B2B Purchase - Project Procurement Professionals

Supreme Industries introduces Aquasource Smart Rainwater Filters, which address urbanisation’s water concerns with durable, long-term solutions for residential, commercial, and industrial applications.

Rainwater Harvesting (RWH) is an increasingly important topic in today’s environment. Active rainfall management is becoming increasingly important with a growing population, fast urbanisation, depleted groundwater resources, and unpredictable climate conditions. Aside from that, mandated rainwater collection regulations for certain project sizes emphasise this topic’s relevance. Recognising the depth of the situation, Supreme Industries Ltd. has opted to focus on this critical rainwater management market.

Rainwater collection, filtration, and storage or groundwater recharge are the three most crucial components of any rainwater harvesting system. Supreme provides a wide range of solutions, including SWR and roof gutter systems for rainwater collection, pipe systems with inspection chambers for stormwater collection, and efficient Rain gain filters for home use. They launch their “Aquasource Smart Rainwater Filters” brand, a scientifically engineered surface water filter system. These filters were designed in collaboration with HSGF design professionals in the field. Extensive trials, tests, and successful installations on numerous notable projects have proven its performance.

The “Aquasource Filters” are designed to effectively filter rainwater collected from broad surface areas such as rooftops, open grounds, and lawns. These filters come with the appropriate pipes and the option to add an ultrasonic water flow metre, allowing for the conveyance of filtered water for groundwater recharging via various methods such as recharge pits, dug wells, defunct bore wells, open wells and bore wells. These filters avoid recharge well obstructions and groundwater contamination by effectively removing pollutants such as silt, sediment, and organic and inorganic contaminants from collected surface water. Their adaptability makes them appropriate for residential, commercial, and industrial projects while following CGWA criteria.

Smart rainwater filters are built from a specifically developed food-grade polyethene (PE) compound and are available in 600, 800, 1000, and 1200 mm sizes to accommodate various plot sizes. They are intended to meet all of the structural strength standards defined in the EN standard, as well as all hydraulic and functional specifications.

Aqua source Filters offers many features that set it apart from conventional alternatives like –

·         Science-based design and development

·         Proven Performance: Installed successfully in numerous renowned projects.

·         It is ready to use and requires minimal on-site construction, minimising installation time and costs.

·         Lightweight: 90 percent lighter than typical masonry or concrete products, making it easier to transport and install.

·         100 percent Watertight

·         Microbe-free: Resistant against the growth of fungi, bacteria, and other microorganisms.

·         Strong and durable design – suitable for up to 40 MT wheel loads.

·         Durability: Can endure up to 50 years and provide long-term advantages.

·         Ideal for submerged environments.

·         Features include minimal maintenance

·         Cost-effectiveness.

By launching the Aquasource Smart RW Filtration System, they are taking a significant step towards addressing the pressing concerns of ensuring a more sustainable water future.

The Supreme Industries Limited
www.supreme.co.in
Toll-Free No – 1800 – 102 – 4707

Amidst growing concerns over gate safety, the tragic death of a distinguished eye specialist has prompted calls for stricter regulations and enhanced safety measures in entrance automation.

In a tragic incident that has deeply affected the community, a senior eye specialist lost her life when a compound gate fell and struck her. Known for her significant contributions to the field, her untimely death underscores the pressing safety concerns surrounding entrance automation systems worldwide.

Accidents involving faulty gates are becoming alarmingly common, emphasising the need for more reliable and secure entrance solutions. Samir Gandhi, Director at Gandhi Automations Pvt Ltd, a leading company in entrance automation and loading bay equipment, expressed profound concern over the incident. He highlighted the critical importance of robust safety measures to prevent such tragedies.

“In our rapidly evolving world, where technology continually shapes our lives, entrance automation stands out as a significant advancement that blends convenience with safety,” Mr. Gandhi remarked. He stressed that gates, doors, and barriers must operate flawlessly to ensure smooth traffic flow and enhanced security.

Drawing from his extensive industry experience, Mr. Gandhi pointed out that gate-related injuries are not uncommon globally. Poor design standards and engineering by fabricators who neglect safety parameters often cause these malfunctions. Such incidents frequently result from the incompetence of service providers and the poor quality of gate construction.

“Several tragic cases remind us of the consequences of neglecting gate maintenance,” Mr. Gandhi continued. Examples include a child crushed by a gate due to a faulty closer and a delivery driver fatally injured by a dislodged gate. These incidents highlight the necessity for professional installation, regular maintenance, and adherence to stringent safety standards.

Mr. Gandhi underscored the importance of adhering to stringent safety standards in gate entrance automation systems. He emphasised that prospective buyers should prioritise safety when considering products from reputable brands. Mr. Gandhi urged businesses and individuals to prioritise safety and reliability when selecting entrance automation solutions. He cautioned against substandard alternatives, emphasising that investments in quality systems outweigh potential long-term costs associated with accidents and liabilities.

As the industry evolves, Gandhi Automations remains committed to innovating and improving entrance automation technologies, ensuring they meet the highest safety standards. Their advocacy for enhanced safety measures aims to mitigate risks and promote a safer user environment.

For more more information, visit: https://www.geapl.com/

What must system integrators and users remember when planning and operating materials handling systems with Automated Guided Vehicles (AGVs)? It’s not a trivial question – different principles apply to the planning and operating of stationary automated conveyor systems and conventional industrial trucks/forklifts. It’s also a topical question, as AGVs are now frequently integrated into intralogistics processes.

AGVs and industrial service robots are solutions for autonomous, flexible materials transport. They have arrived at the very heart of intralogistics, and the trend is set to continue. Market research institute Mordor Intelligence has predicted that between 2023 and 2028, Europe’s AGV market will grow by around 19 percent each year.

This is also due to the high level of market differentiation. The spectrum ranges from mini-vehicles for smaller containers to heavy-duty AGVs with capacities of several hundred tonnes. There is also a proliferation of autonomous mobile robots (AMRs) with additional degrees of autonomy, used in a wide variety of areas, from the automotive industry to mechanical engineering, parcel logistics to heavy industry, and even hospitals.

The challenge
From an occupational health and safety perspective, this is an exciting and challenging development. AGVs often have to move in the same workspace as personnel, and because they are automated vehicles, special safety precautions need to be taken and certain requirements satisfied. This is often new territory for users, and it is undoubtedly challenging.

Many incomplete machines
The starting point is the definition of a ‘machine’ under the Machinery Directive. It’s no trivial question. By definition, AGVs are typically supplied as incomplete machines. At the same time, the complete system must be regarded as an ‘assembly of machinery’, which requires a certificate of conformity. The party responsible for ensuring this, whether the manufacturer or system integrator, must be determined early on.

Standards: Manufacturer’s perspective
The requirements for the safety of AGVs are more complex than those for other transport and conveyor systems as AGVs have to take both the Machinery Directive and its subordinate standards (i.e. the perspective of the manufacturer) as well as the occupational health and safety regulations of the respective facility (i.e. the perspective of the operator) into consideration.

For manufacturers of AGVs and complete systems, C-standard EN ISO 3691-4 Industrial trucks-Safety requirements and verification-Part 4: Driverless industrial trucks and their systems have been in effect since the end of 2020. The standard replaced EN 1525, which had been in effect since 1997 and had ceased to reflect the state of the art.

The new standard specifies the requirements for AGVs, transfer stations, and the system. It distinguishes four operating areas: operating area, operating hazard area, restricted area and closed area. Defined safety requirements must be satisfied for each of these four areas. These requirements include safety clearances, travel speeds, safety markings, and active and passive personnel detection equipment specifications.

Requirements:
Operator’s perspective In contrast to other automated systems, AGVs work at the heart of production, with no safety fences or delineated working areas. This means that the occupational health and safety regulations of the production facility in which they are used apply to their integration into the production environment.

As an example, the Operational Safety Ordinance applies to AGV applications in Germany.  Subordinate to these are the technical regulations (TRs) ‘ASR1-2 Room dimensions and movement areas’, ‘ASR-A1-8 Traffic routes’ and ‘ASR-A2-3-1 Escape routes and emergency exits, escape and rescue plan’. These TRs must be taken into consideration, as integration of an AGV could have an impact on their requirements.

Annex A, tables 1 and 2 of DIN EN ISO 3691-4 describe all relevant relationships with clearance dimensions, active/passive personnel detection equipment, permissible speeds, markings and restart procedures.

Central safety function: Personnel detection systems
Quite understandably, a central safety function of AGVs is personnel detection. This ultimately decides whether an AGV detects a person working in the area of the planned route and responds accordingly, e.g. by stopping or modifying its route. ISO 3691-4 (see above) requires.

Performance Level (PL) ‘d’ (PLR = d) for this particular function. The standard also specifies test requirements for upright and horizontal obstacles. It also imposes requirements on warning systems, emergency-stop devices, operating modes, load handlers, towing and trailer operation, and technical documentation and operating instructions.

Prioritise machinery and operational safety early in the process
The brief overview shows that from the perspective of machinery safety, the planning and commissioning of an AGV require a different approach than the planning of conventional conveying technology. The complete machine must be planned with all aspects of machinery safety and operational safety taken into account. The task is thus more complex than other internal conveyor and transport technology systems. Since planning often involves different partners (e.g., the AGV manufacturer and a system integrator), tasks must be distributed. An important aspect: Employee training It is also important to note that when planning AGV-supported intralogistics, the requirements for the operator organisation and awareness-raising amongst employees play a vital role in the safety of the complete system than is the case with other automated systems and machinery – precisely because the use of AGVs involves man and machine working alongside one another.

Employee training is thus becoming increasingly important. Practical experience shows that AGV cross-traffic with forklift trucks must also be considered. Due to the safety technology in place, AGVs are capable of avoiding accidents. Still, collisions between AGVs and forklift trucks are commonplace. Why? When a forklift truck operator is transporting goods on pallets, his ability to see flat-bodied AGVs ahead of the truck is limited. Training is an effective way to minimise this risk.

Author by Marcel Bogusch, Industry manager for intralogistics at K.A. Schmersal GmbH & Co. KG, Wuppertal.

For more information, visit: https://www.schmersal.com/en/home/

Learn how Lubrizol is shaping the future of infrastructure development in dynamic regions like India, the Middle East, and Africa.

With the inauguration of Lubrizol’s new Global Capability Center in Pune, how do you envision this facility contributing to developing and innovating solutions?
Lubrizol’s new Global Capability Center in Pune, our latest facility in India, was created with growth and innovation as its cornerstone. Lubrizol has been working in India for more than 50 years, first in additives for the transportation industry, and through the years, we have expanded to provide solutions for the construction and infrastructure industries along with products for homecare, personal care, beauty, paints, coating, and other industries. We are a world leader in chlorinated polyvinyl chloride (CPVC) resins and compounds in the construction and infrastructure industries.

Last year, we began construction in Vilayat on what will be India’s largest CPVC resin plant. At the same time, we are doubling capacity at our CPVC compounding facility in Dahej. With multiple regional facilities operating and ambitious growth plans, we saw an opportunity to scale and grow strategically by creating the Global Capability Center.

The GCC will be fully staffed with roles including, but not limited to, engineering, finance, supply chain, and human resources. This allows us to align our resources to the greatest global needs across the total portfolio. At Lubrizol, we are proud to be partners in our customers’ progress and use our decades of experience to solve tough challenges and enable opportunities.

Could you share insights into your sustainability initiatives within the construction sector?
Delivering products that solve our customers’ most challenging sustainability needs is core to our purpose. As a manufacturer, Lubrizol defines a sustainable solution as a Lubrizol product that enables a positive, sustainable impact in the value chain and avoids or minimises environmental health impacts. Lubrizol is also committed to reducing combined Scope 1 and 2 GHG emissions by 20 percent by 2030.

We are world leaders in Chlorinated Polyvinyl Chloride (CPVC) plumbing solutions. Our solutions have a 44 percent lower Life Cycle Assessment (LCA) than other competing solutions, enabling the sustainable delivery of clean drinking water to millions of people in India and around the world.

Our paints and coatings solutions center on water-based chemistry, spanning resins, polymer systems, and dispersants. Our innovative water-based resin technology excels in concrete applications, offering superior crack bridging capability due to its higher elasticity and tensile strength compared to solvent-based systems.

In light of Lubrizol’s commitment to advancing mobility and enhancing modern life, how do you see your products and solutions shaping the future of infrastructure development?
IMEA is one of Lubrizol’s identified growth regions for your outlined reasons. Relative to infrastructure, Lubrizol is involved in industrial machinery, piping, air conditioning, refrigeration, and more in new construction. Hence, Lubrizol looks forward to helping deliver on the needs as infrastructure needs grow.

Not only are these regions growing very rapidly, but the middle class within them is also growing rapidly. For example, the investments we are making to build a CPVC resin plant and expand our CPVC compounding facilities mean we can make Clean and safe drinking water accessible to more people and their homes and businesses.

A growing middle class means many have more disposable income, and consumers will desire more consumable goods like personal care items. We are innovating locally based on local needs and requirements. When we think about how we can shape the future regarding advancing mobility, we think about transportation needs. We provide additives for fuels and vehicle lubricants that provide efficiency and reliability. We also have a keen eye for the future in whatever form it takes, from battery-electric vehicles to other fuel sources.

Given the increasing emphasis on wellness and environmental consciousness in workspace design, could you elaborate on the features of Lubrizol’s new facility in Pune?
We’re very proud of the sustainability and employee well-being features within our Lubrizol GCC. The campus is LEED Gold certified to enable a safe, healthy, and environmentally conscious workspace, which aligns with Lubrizol’s commitment to delivering sustainable solutions to our customers. The 67-acre campus surrounding the Global Capability Centers (GCCs) has lots of green space, a central cafeteria, a multi-sports facility and a butterfly garden. Inside our offices, we have open spaces for reflection and collaboration, amenities like height-adjustable workstations for all employees and rooms for wellness activities.

With the rise of smart cities and digital transformation in the construction sector, how is Lubrizol leveraging technology and data analytics to optimise its products and services?
Lubrizol Science supports the progress of urban development projects through our customers in the construction sector. To stay ahead of megatrends driving change in society, we not only look at the products we make and how we make them but also across our total value chain – from the raw materials to how our solutions are used in their end state – for innovation opportunities. Decision Science is an example of how we continuously innovate at Lubrizol. We optimise our analytics and AI across the enterprise to enable faster, more efficient decisions based on data-driven insights.

As a leader in speciality chemicals, how does Lubrizol prioritise product safety and regulatory compliance?
Operating Safely & Responsibly is a core Lubrizol value and our highest priority. Lubrizol is relentlessly committed to ensuring the safety and compliance of our products for every market and industry we serve. We follow a rigorous product stewardship process that evaluates our solutions’ potential health, environmental and regulatory impacts throughout their life cycle. Lubrizol also collaborates with industry associations, customers and regulators to promote best practices and standards for the safe and responsible use of chemicals in all applications, including construction.

For more information, visit: https://www.lubrizol.com/

Embracing digitalisation in the construction industry, MYCRANE swiftly became a catalyst for change in India. Its platform, offering unparalleled access to hundreds of rental providers and thousands of cranes, resonated deeply with clients seeking productivity, safety, and sustainability.

Can you describe the initial challenges and successes MYCRANE faced when entering the Indian market?
Entering the Indian market, MYCRANE faced the challenge of encouraging companies to change their traditional methods of sourcing lifting equipment. MYCRANE has created something that has never been done before, MYCRANE’s task was to persuade people to adopt a more efficient approach. Once MYCRANE goes to the market and explains the platform’s benefits, potential clients quickly understand how our technology helps them with the crane procurement process.

In less than a year, we have registered many of India’s biggest industrial companies as customers. Via the free-to-use platform, MYCRANE’s Indian clients have access to hundreds of rental providers and thousands of cranes. Recent supplier registrations include Tiong Woon, one of Asia’s largest heavy lift equipment owners, and Sanghvi Movers Limited – one of the biggest crane companies in the world.

India is one of the most receptive markets for our vision to digitalise the construction industry and help clients work more productively, safely and sustainably.

What differentiates MYCRANE from traditional crane rental services in India?
MYCRANE developed the world’s first global platform for online crane rental, a new concept that fundamentally changes the rental process and helps our users achieve the benefits of digitalisation. After completing a simple and free registration, clients can quickly and easily find lifting equipment using the MYCRANE platform, saving time and money as they do so.

The platform encourages transparency and provides more choices for the client. Our customer feedback is overwhelmingly positive, as typified by the comments provided by Mr Amit Khurana, a registered client of KEC International. He mentioned that they had been using MYCRANE for about a year and expressed appreciation for its innovation. He highlighted the convenience of posting requirements in one central location rather than contacting multiple equipment providers individually. According to him, MYCRANE enables them to receive various quotes in a standardised format containing all necessary information. This, he added, enhances efficiency and optimises their business processes.

With over 300 rental providers and thousands of cranes available, how does MYCRANE manage and maintain its extensive supplier network?
The platform continuously updates new supplier registrations and fleet changes, ensuring users always have access to the latest information.

Our India operation has a very strong team, which has recently been expanded due to our success in the market. One of our latest appointments was that of Mumbai-based Ashishkumar Tiwari to the role of sales director in India.

Ashish has two decades of professional experience in India, working closely with the construction industry and engineering, procurement, and construction (EPC) clients. His career highlights include holding the post of senior manager of plant and machinery for Reliance Industries Limited, India’s largest public company.

MYCRANE India is supported by our head office operation based in Dubai, United Arab Emirates.

How does MYCRANE ensure the safety and compliance of the cranes rented through its platform?
MYCRANE encourages users to adopt more sustainable practices to remain competitive by providing a transparent playing field.

Our stringent supplier registration process ensures that all cranes listed on the platform meet local and international safety and environmental standards and hold necessary certifications.

Because MYCRANE digitises the entire rental process, the need for paper-based documentation is greatly reduced at every stage. This helps cut paper waste and promotes digital record-keeping.

MYCRANE also helps optimise the utilisation of cranes by matching demand with the nearest available equipment. This introduces the possibility of reducing unnecessary transport of cranes, lowering fuel consumption and emissions.

For more information, visit: https://my-crane.com/

Featuring an Al-Zn Alloy substrate comprising 55 percent Al, 43.5 percent Zi, and 1.5 percent Si, offering an unparalleled blend of durability and corrosion resistance. Tailored paint types such as RMP, SMP, UDP, SDP, and PVDF enhance these properties, catering to specific environmental and aesthetic demands, making Signature the go-to choice.

Colorshine redefines the landscape of color coated coils and roofing sheets by merging unparalleled quality with revolutionary technology. Our flagship product, Signature, stands out with its cutting-edge four-coat paint system, ensuring exceptional paint adhesion and advanced anti-fading and anti-corrosion properties.

Signature is available in base metal coatings ranging from AZ-150/180/200. It offers an industry-leading 15-year warranty.

Addressing market demands
The construction and manufacturing industries constantly face challenges related to environmental wear and tear, corrosion, and aesthetic degradation. Signature addresses these issues by providing superior technology and enhanced corrosion resistance, ensuring long-lasting and visually appealing structures.

Benefits of Signature

Strength of steel
Colorshine Signature utilises steel with yield strengths of 240 MPa, 300 MPa, 350 MPa, and 550-600 MPa, ensuring versatility for various structural requirements.

Advanced material composition
Signature features an Al-Zn Alloy substrate comprising 55 percent Al, 43.5 percent Zn, and 1.5 percent Si, providing an unparalleled blend of durability and corrosion resistance. Our tailored topcoats, such as RMP, SMP, SDP, and PVDF, enhance these properties, catering to specific environmental and aesthetic demands.

Superior technology
Leveraging advanced technology, Signature enhances resistance to environmental wear, cracking, and peeling with its four-coat paint system that offers superior paint adhesion. This technology ensures consistent colour and gloss retention, prolonging each sheet’s aesthetic appeal and functionality.

Enhanced corrosion resistance
The Al-Zn Alloy substrate, combined with our innovative four-coat paint system, significantly boosts corrosion resistance, extending our products’ lifespan beyond traditional materials.

Technical conformity
Colorshine Signature adheres to stringent international standards, including ASTM A 755 and AS 2728 for Al-Zn alloy steel with AZ-150, and meets additional requirements like IS, JIS, and EN as needed.

Identification
As with all Colorshine products, each Signature sheet includes nonerasable video jet printing for easy identification and authenticity verification.

Signature by Colorshine: The Ideal Solution for Enhancing Durability and Aesthetic Appeal Across All Industries.

For more information or to discuss
your specific needs, contact us at:
• Email: sales@colorshine.in
• Website: http://www.colorshine.in
• Phone: +044 – 47730510

As a specialist in loading bay solutions, Avians offers a comprehensive range of products designed to streamline operations and ensure safety. From dock levelers to sectional overhead doors, Avians’ equipment is essential for any logistics hub or warehouse.

As a specialist in loading bay solutions, Avians offers a comprehensive range of products designed to streamline operations and ensure safety. Our lineup includes essential equipment like dock levelers, dock shelters, dock seals, dock houses, and sectional overhead doors, all crucial components for any logistics hub or warehouse.

Dock levelers
These devices bridge the gap between the warehouse floor and the truck platform, allowing for smooth and safe loading and unloading of goods.

Dock shelters & dock seals
These are designed to create a tight seal around the trailer to protect goods from the elements and maintain internal temperatures.

Dock houses
Dock houses protect against contamination and create a controlled environment at the loading bay, enhancing operational efficiency. They provide additional space for staging, ensuring a more organised and efficient loading and unloading process.

Sectional overhead doors
These doors feature high-quality insulation and robust sealing all around, ensuring optimal indoor conditions by regulating temperature and preventing dust infiltration. Built for durability and security with advanced locking mechanisms, these doors maximise space efficiency indoors and outdoors. They are customisable in size, color, and finish to meet specific functional and aesthetic needs, making them ideal for various industrial and commercial applications.

Accessories
Avians also offers a range of accessories such as Smart Wheel Chokes, Vehicle Restraints, and Traffic Lights. These accessories further enhance safety and efficiency by ensuring that trucks are securely parked, vehicles remain in position during loading, and traffic flow is managed effectively.

Vehicle Restraints secure trucks to prevent movement, ensuring safety. Vehicle Guides aid in aligning trucks with the dock for efficient loading. Wheel Chocks prevent truck movement during loading for safety. Rubber Bumpers absorb impact, protecting vehicles and buildings. Traffic Lights manage vehicle flow, enhancing safety and efficiency. Sensors detect vehicles to activate equipment, optimising operations.

Our solutions are designed not only to meet industry standards but also to exceed them, ensuring that your loading bay operates smoothly, efficiently, and safely. Whether you’re handling goods or managing logistics, Avians Loading Bay Solutions are here to support your operations effectively.

Please feel free to connect with our team for any requirement or queries:
Email: sales@avians.co.in  
Contact No. 8390300400,
Website: www.avians.co.in

Vedanta Aluminium grows its electric forklift fleet to 66 units, maintaining its leadership in sustainable operations and commitment to reaching Net Zero by 2050 through considerable decarbonisation efforts.

Vedanta Aluminium, India’s largest aluminium producer, has increased its electric lithium-ion forklift fleet to 66 units, cementing its position as the country’s largest deployer of electric lithium-ion forklifts. The company has successfully installed an extra 22 electric forklifts at its smelter operations in Jharsuguda, Odisha, demonstrating its commitment to sustainability. This development bolsters Vedanta Aluminium’s decarbonisation efforts.

Speaking about this project, John Slaven, CEO of Vedanta Aluminium, states, “At Vedanta Aluminium, sustainability is a business imperative. We continuously adopt innovative practices to enhance our operational excellence. The deployment of 66 electric lithium-ion forklifts marks a milestone in accelerating our transition to a Net Zero future.”

These forklifts are being used at Vedanta Aluminium’s Jharsuguda and Lanjigarh facilities in Odisha, as well as its BALCO smelter in Chhattisgarh. They have faster and safer battery charging capabilities. This dramatically improves operational efficiency while also considerably reducing carbon emissions. The introduction of electric lithium-ion forklifts greatly reduces the company’s carbon footprint through:

• Potential annual decrease in greenhouse gas emissions of roughly 2,500 tonnes of CO2 equivalent.
• Significant reduction in fuel use, with a projected savings of about 8.4 lakh litres per year.

The corporation has pledged to decarbonise all of its light motor vehicle (LMV) fleet by 2030. This continuous endeavour demonstrates Vedanta Aluminium’s commitment to evaluating and deploying innovative technologies to decarbonise its processes. Vedanta is one of India’s first firms to implement sustainable operational principles, particularly in material handling.

The development of Vedanta Aluminium’s electric forklift fleet is another step towards achieving Net Zero by 2050. To meet this promise, the corporation is implementing a two-pronged strategy: decreasing its carbon footprint by improving operational excellence and renewables in its energy mix and offsetting its carbon impact through major afforestation initiatives. Through its operations, the firm is increasing global access to responsibly produced, high-quality aluminium, ensuring a greener future for the earth.

Vedanta Aluminium, a unit of Vedanta Limited, is India’s largest aluminium producer, producing more than half of the country’s aluminium (2.37 million tonnes in FY24). It is a market leader in value-added aluminium products with important applications in key sectors. Vedanta Aluminium is ranked first in the S&P Global Corporate Sustainability Assessment 2023 world rankings for the aluminium industry, reflecting its industry-leading sustainable development policies. The company’s world-class aluminium smelters, alumina refineries, and power plants in India help it achieve its purpose of promoting emerging applications of aluminium as the ‘Metal of the Future’ for a greener tomorrow.

For more information, visit: https://www.vedantalimited.com/eng/

Everest Industries has scaled new heights by completing a significant project for Goodluck Industries. This collaboration, spanning 2,34,724 square feet, showcases Everest’s innovative technology use and unwavering dedication to delivering top-notch Pre-Engineered Building solutions.

In India’s growing industrial sector, Everest Industries remains a symbol of innovation and reliability in Pre-Engineered Buildings (PEB). Recently, Everest reached a major milestone by completing a significant project for Goodluck Industries, showcasing their expertise in providing cutting-edge solutions customised to meet their clients’ unique needs.

The Goodluck Industries project: A triumph of collaboration
Goodluck Industries, a trusted name in the manufacturing sector, partnered with Everest Industries to expand its operational footprint with a massive facility spanning an impressive 2,34,724 square feet. This project signifies Everest’s capability to handle large-scale ventures and highlights its enduring relationship with Goodluck Industries in 2012.

Innovative solutions for enhanced durability
One of the standout features of Everest’s contribution to the Goodluck Industries project is the strategic use of UPVC sheets in areas prone to corrosive fumes during manufacturing. This innovative application underscores Everest’s commitment to enhancing building longevity and operational safety, ensuring the infrastructure remains robust and efficient even in challenging environments.

Repeat orders and enduring partnerships
Goodluck Industries chose Everest Industries for this expansion project, a testament to the trust and satisfaction nurtured over the years. Everest has consistently delivered on its promise of quality, reliability, and innovation, having secured repeat orders and maintained a steady association since 2012.

Setting new standards in PEB
Everest Industries continues to push the boundaries of what’s possible in the PEB sector in India. By leveraging advanced technologies and sustainable practices, they meet and exceed the expectations of their clients, ensuring that every project stands as a testament to their commitment to excellence.

Looking ahead
As Everest Industries celebrates another successful project completion, the focus remains on the future. With a dedication to innovation, sustainability, and customer satisfaction, Everest is poised to continue leading India’s PEB industry.

Everest Industries’ collaboration with Goodluck Industries exemplifies its ability to innovate, adapt, and deliver exceptional solutions in Pre-Engineered Buildings. With its recent project showcasing its prowess in handling large-scale ventures and its enduring partnership with Goodluck Industries, Everest reaffirms its position as a leader in the industry, setting benchmarks for reliability, innovation, and customer-centricity.

For more information, visit: https://www.everestind.com/

In the dynamic world of Indian construction, formwork and scaffolding are not just tools but catalysts for transformation. With cutting-edge technology and soaring demand, this sector is shaping the future of safer, swifter builds across the nation.

Major technological advancements, increasing demand, and regulatory support are driving notable growth and stability in India’s formwork and scaffolding sector. These innovations have led to the development of new and improved scaffolding formworks, significantly accelerating construction processes while upholding the highest safety standards. 

As infrastructural and residential developments expand across the country, the demand for scaffolding and formwork rises in tandem. Modernisation is a continuous process in the infrastructure sector, leading to rapid changes and the development of new and improved scaffolding formworks. These innovations have significantly accelerated construction processes while maintaining the highest safety standards, improving quality, and optimising costs.

Competitive dynamics in the market
The marketplace for formwork and scaffolding in India is marked by competitive dynamics among key players, with a steady growth trajectory. The market share is distributed among several leading companies, each adopting strategic measures to enhance their market presence. The increasing adoption of these strategies is predicted to drive market growth throughout the forecast period, ensuring a competitive yet thriving environment.

Rising demand driven by urbanisation
There is no sign of sluggishness in demand for formwork and scaffolding in India. On the contrary, the demand is rising due to population growth, urbanisation, and evolving consumer preferences. The Indian government is also playing a significant role by adapting and utilising advanced technology in housing and infrastructure projects, further bolstering the sector.

Outinord’s formwork: speed and efficiency
Outinord stands out in the market with the fastest cast-in-place construction technology globally. The company focuses on industrialising the construction process, providing building technology that allows for daily casting, thereby significantly reducing project timelines. Outinord’s solutions offer several key advantages: they shorten construction timelines by achieving a daily cycle, reduce project costs by requiring only 10 to 15 unskilled labourers with one supervisor, and eliminate the need for plastering due to achieving a fair-faced finish.

Exceptional projects with Outinord formworks
Outinord has been involved in several exceptional projects in India, demonstrating its capabilities. For instance, for the NH 68 Highway project, Outinord supplied piers measuring 1.75 meters by 1.75 meters and up to 6 meters in height to Wagad Infra Projects. They also provided a precast mould for the pier cap. This enabled Wagad Infra to cast the pier and pier cap in a single day, drastically shortening the project timeline and enhancing efficiency and quality. By utilising Outinord’s advanced formwork technology, Wagad Infra significantly reduced labour costs, ensured higher quality, and accelerated project completion. This project exemplifies Outinord’s ability to deliver exceptional construction solutions that are cost-effective, time-efficient, and maintain the highest levels of durability and safety.

Versatile column forms
Outinord’s column forms are another testament to their innovative solutions. These simple, easily adjustable forms allow for the quick construction of support and architectural columns in rectangular or square shapes. A team of no more than six personnel can complete eight columns in a day, showcasing the efficiency of their technology. The pier formwork is cast-in-place and tie-rod-free, with adjustable pier caps available, allowing clients to use a single mould for various sizes.

Broad sectoral reach
Outinord’s products cater to a wide range of infrastructure segments. Leveraging extensive experience from completing numerous infrastructure projects worldwide, Outinord offers a new product range that caters to segments such as retaining walls, box culverts, ESR, flyovers, LVG, bridges, tanks, STP, canals, nuclear projects, stadiums, dams, and more. This versatility highlights Outinord’s capacity to provide tailored solutions for diverse infrastructure needs, solidifying its position as a key player in the formwork and scaffolding market.

India’s formwork and scaffolding market is on a robust growth path, driven by technological advancements, increasing demand, and strategic market dynamics. Companies like Outinord are at the forefront, offering innovative solutions that enhance efficiency, quality, and safety in construction projects across various infrastructure segments.

For more information, visit: https://outinord.net/

For two decades, B&R’s X20 system has defined industrial automation with its small design and remarkable performance, establishing a global benchmark for innovation and dependability.

For the past 20 years, the X20 system has been a vital part of numerous industrial applications, offering consistent performance and driving productivity to previously unheard-of levels. With its compact size and powerful functionality, the X20 has revolutionised industrial automation and made it possible for machines all over the world to operate precisely and efficiently. Its cutting-edge technology and robust design have always exceeded expectations, making it the go-to choice for machine manufacturers across multiple industries.

The X20 System is a comprehensive control solution because of its finely detailed, ergonomic design. The exact components required can be combined using the X20 System family, based on the needs of the user and each unique application. The X20 system is incredibly easy to wire and maintain thanks to its 3-slice design, wide assortment of modules, and compact size. Thanking clients and partners for their support and confidence, B&R Industrial Automation celebrates 20 years of excellence and dependability. Let’s toast to 20 years of B&R X20 system success, innovation, and unmatched performance.

For more information, visit: https://www.br-automation.com/en-in/

Layher’s Allround Scaffolding improves cement industry efficiency by providing strong support for silo maintenance and industrial heights, maintaining reliability in a variety of settings.

Layher has been producing high-quality scaffolding systems in Germany for over 75 years. Layher operates more than 45 subsidiaries around the world. The items are used in construction, cement plants, chemical plants, power plants, shipbuilding, and offshore applications.

More possibilities – Layher products and services
Layher’s current product attributes and services assist customers in achieving long-term success and increasing the profitability of their businesses. The Layher Allround Scaffolding has become synonymous with modular scaffolding on the market. It is extremely versatile and can be utilised in various applications, including construction sites, the chemical industry, power plants, aeroplanes, shipyards, the event sector, theatres, and arenas.

Application of Layher Allround scaffold in cement industries
Cement silos can be used in the production process in integrated cement plants or as a crucial component in distribution terminals. These storage silos are critical to the cement industry because they allow for continuous production while cement dispatch can be intermittent. The largest cement storage silos in the cement industry have diameters of up to 30 m. In contrast, normal silos for storing up to 20000 metric tonnes of cement have diameters ranging from 16 to 30 m and heights of 72 m. Such silos require efficient and trouble-free emptying. As a result, total plant reliability and almost 100 percent availability are the greatest requirements. To achieve high availability, flow problems must be strictly eliminated. According to the principle of flow in silos, this can only be accomplished by mass flow. For cement silos, the central cone design has been the most popular. On the one hand, the central cone serves as a displacement function for the material in the silo; on the other hand, numerous configurations, particularly those with several compartments, become viable. Multi-compartment silos are used to make speciality cement from a variety of primary and secondary cement components.

The building’s shape, as well as the surface of the façade, resembled a crystal. To attach the Local Scaffolder, the Layher Scaffolding and Technical team worked to fit the scaffold to the building’s slope with various brackets inside, then pushed it inwards by one scaffold width. The scaffold was anchored using Layher Anchoring technology, allowing larger wind loads to be transferred without putting extra strain on the structure.

Wind pressure makes it difficult to create scaffolding for silo repair. The use of support systems (scaffolding with a permanent structure) to eliminate blockages caused by brackets or cable trays around the silo. Layher Allround Scaffolding systems offer a unique, bolt-less connection technology; the patented Allround joint has superseded the traditional scaffolding technique, particularly in the construction of Scaffolds for Silos up to 54 metres. Allround Scaffolding can withstand all forms of heavy loads and is an excellent system for all types of support scaffolding. Allround scaffolding effectively addresses all obstacles, whether they involve fake work at extreme heights or round inner scaffolding.

It must be erected in a modular scaffolding system for the maintenance of silos and high-rise industrial structures. Cement plants are located near the seashore, so wind force must be considered.

Anchoring is critical for scaffolding stability and must be installed continuously as the scaffolding assembly progresses. Only provide anchoring on sufficiently robust components, and if necessary, test the anchoring surface using pull-out tests. A check is unnecessary if appropriate load-bearing capability can be calculated based on professional knowledge and the service value of the anchoring force is at most 1.5 KN or, in the case of reinforced concrete.

Connect the horizontal ledger. With two standard couplers and particularly wide scaffolding constructions, anchoring using a horizontal ledger must be necessary. The anchoring design is chosen based on the bay width, the load on the scaffolding, the live load, the wind load, and the structural height of the scaffolding. As the scaffold’s weight increases, the anchoring configuration must get denser to transfer the force to the anchoring surface safely. The more dense the anchoring structure, the less force will be applied to the individual wall ties.

Landing–type aluminium Stair Access 
Layher Modular stair towers provide access alternatives that always fit and match the system.  The landing-type Aluminium stair tower makes it simple to build a 4-standard stairway tower, either integrated into scaffolding or as a free-standing access structure anchored to the building. Using aluminium landing-type stairs makes it possible to work on scaffolding without difficulty. Furthermore, access structures that are built into the scaffolding are distinguished from those that are separate and fixed to the silo. An aluminium stair tower’s highest permissible load-bearing capability is 2.5 KN/m2. Because of the minimal weight of the components, it is simple to build up to 54 metres in height. Attach the required anchoring as needed, following structural standards. Unlike external platform stairway access, the platform stair tower cannot interfere with work inside the scaffolding while individuals ascend or descend.

Allround Scaffolding is straightforward to erect around curved surfaces thanks to the Allround connector’s eight distinct connectors and varied angle options. Possible connections and variable angle choices allow curved surfaces to be easily enclosed with scaffolding. The widest potential bay widths must be considered when designing cost-effective large-diameter scaffolding. Two kinds of system solutions using Allround equipment have proven useful in practice: the first employs solely system bays, while the second uses intermediate bays. In both circumstances, it is advised that the last bay be designated as an equalising bay.

For more information, visit: https://layherna.com/

In a candid interview, Santhosh Kumar T V, the newly appointed Managing Director of HiKOKI Power Tools India, shares his professional journey, vision for the company, and insights into the power tools industry.

Can you tell us about your background and professional journey before becoming the Managing Director of HiKOKI Power Tools India?
Before taking on the role of Managing Director at HiKOKI Power Tools India, my career spanned several leadership positions across industrial, professional, and consumer sectors globally. I accumulated extensive experience with renowned multinational corporations, where I spearheaded strategic initiatives in diverse markets, notably in the Middle East and India. These roles provided me with invaluable insights into market dynamics, customer needs, and operational excellence across different geographies.

What is your vision for HiKOKI Power Tools India over the next few years?
My vision for HiKOKI Power Tools India is centered around solidifying our market leadership through innovation, customer-centricity, and operational excellence. We aim to reinforce our position as the preferred choice for professionals, tradesmen, and consumers alike. This will be achieved by introducing cutting-edge products tailored to local requirements, expanding our service network, and nurturing robust partnerships with stakeholders across the spectrum.

What strategic changes or initiatives do you plan to implement to enhance your market position?
To strengthen our market position, we are focusing on several strategic initiatives. Firstly, we aim to expand our distribution networks comprehensively to improve accessibility and reach. Secondly, we are developing localised product offerings specifically designed to meet the unique demands of the Indian market. Thirdly, enhancing our after-sales support infrastructure is pivotal, ensuring seamless customer experiences post-purchase. Lastly, digital transformation initiatives will streamline operations and elevate customer engagement through innovative platforms and solutions.

What new products or innovations can customers expect under your leadership?
Under my leadership, customers can anticipate a range of innovative products aimed at enhancing efficiency, reliability, and user comfort. We are committed to leveraging customer feedback and insights from professionals to develop tools that precisely address their operational challenges and job-specific requirements. Continuous improvement and technological advancement will remain foundational to our product development strategy, ensuring that our offerings stay at the forefront of industry standards.

Where do you see HiKOKI Power Tools India in the next five to ten years?
Looking ahead, I envision HiKOKI Power Tools India as a definitive market leader renowned for innovation, reliability, and exceptional customer satisfaction. Over the next five to ten years, we will expand our product portfolio significantly, diversify our market presence across India, and capitalise on emerging opportunities within the evolving power tools sector. Our commitment to delivering superior products and unparalleled service will be instrumental in solidifying our position as a preferred partner for professionals and consumers alike.

How has HiKOKI Power Tools India maintained its position as a leader in the power tools market over the past 27 years, and what key innovations and strategies have contributed to your sustained growth and customer trust?
We would like to take this opportunity to introduce HiKOKI Power Tools India Private Limited is a subsidiary of Koki Holdings Japan and was established in the year 1996 to take care of business in India and neighbouring countries Bangladesh, Nepal, Bhutan, and Sri Lanka. With pride and confidence, we have completed 27 years of operations in India, and for the past 27 years, we have consolidated our position in the Indian power tool market based on trust and faith bestowed on us by our customers. We are pioneers in the field of advanced power tools, catering to a wide spectrum of power tool requirements in the Indian industry. We market power tools and accessories under the brand HiKOKI, Metabo, HITMIN, and CARAT.

Our products are of high standards in terms of quality, design, material, and workmanship, making our priority to meet the expectations of customers in the field of construction, woodworking, metalworking, and engineering segments by adding new innovations to our product range. Our successful track record of sustained growth in the Indian market attributes to effective quality management systems and practices combined with a team of highly committed sales and service professionals. Our expertise extends to almost all facets of industries wherever cordless or power tools are required. The focus is always on the ‘Customer’ to ensure the highest degree of quality and reliability in our products in the field. Our dealer network is quite strong and spread across all the corners of the states in India to have easy and speedy access to facilitate the transactions. Our service network ensures a timely response to customer needs in terms of spares and service.

We look forward to serving you with excellence and reliability for many years to come.

What advice would you give to young professionals aspiring to leadership roles in the power tools industry?
For young professionals aspiring to leadership roles in the power tools industry, I emphasise the importance of continuous learning and adaptability. Stay abreast of industry trends, technological advancements, and market dynamics. Cultivate strong relationships with colleagues, customers, and industry experts, as collaboration and knowledge-sharing are key to success. Embrace challenges as opportunities for growth, prioritise integrity and ethical conduct in every aspect of your professional journey, and remain steadfast in your commitment to delivering value and innovation.

For more information, visit: https://www.hikoki-powertools.in/

Hercules Hoists exceeds 202 crores with strategic efforts, aiming for Vision 500. They prioritise innovation for long-term growth, driven by sustainable practices and worldwide expansion.

Can you describe Hercules Hoists’ journey from a turnover of 87 crores three years ago to achieving 202 crores this year?
Our company’s success can be attributed to numerous vital elements, including teamwork, India’s advantageous economic environment, and our focus on enhancing our capacity to create, convey, and provide value to clients. First and foremost, our team’s dedication and collaboration were critical. We have leveraged our employees’ aggregate abilities by cultivating an innovative and supportive culture and improving operational efficiency and flexibility to meet market needs. Secondly, India’s advantageous economic environment, which includes economic stability, government policies, and a thriving consumer market, has laid a solid platform for our success. We have deliberately used these chances to enhance our market presence and consumer base. Finally, our persistent attention to fine-tuning our product offerings, improving communication methods, and optimising service delivery procedures has increased our value proposition, increasing customer happiness and loyalty.

What strategic changes or additions did Hercules Hoists make to its product portfolio that contributed significantly to this growth milestone?
I’m delighted to attribute our substantial growth milestone to strategic changes and product portfolio expansion. We have focused on hoists, with Bajaj Indef as the dominant brand, and made significant investments to expand our portfolio into cranes. The decision was motivated by the synergies between hoists and cranes, which service overlapping customer bases and require similar skill sets. The development built on our existing market presence and client relationships, increasing our competitiveness and market share.

What advantages does your Hoist provide for large-scale construction projects?
We provide tremendous benefits and are specifically designed for large-scale building projects. Our efficiency and productivity improvements quicken the lifting and moving heavy materials, which is critical for fulfilling project deadlines. Advanced safety features provide secure operations, reducing accidents and ensuring dependability in challenging environments. Our company caters to different construction needs by offering various adaptive solutions, such as spark-proof Chain Pulley Blocks and versatile Wire Rope Hoists that are custom-made to industry standards. These innovations improve resource utilisation and cost savings by lowering downtime and operational expenses throughout the project’s lifecycle. Hercules Hoists is a trusted partner in the construction industry due to its commitment to customer support, which includes maintenance, spare parts availability, and technical assistance. They have proven expertise and a track record of success in power plants, refineries, steel, foundries, and cement industries.

How big is the addressable market, and how has the competitive landscape changed over the years?
The hoist market in India is valued at around 750 to 800 crore rupees per year, with a growth rate of 9–10 percent. It includes industrial hoists for manufacturing and construction, as well as specialised hoists. In comparison, the crane market is much larger, estimated to be three to four times the size of the hoist industry, driven mostly by manufacturing overhead cranes such as gantry, single girder/double girder, and jib cranes used in a variety of sectors. The competitive landscape of India’s Hoist and crane industry has shifted dramatically from a few established players offering traditional solutions to a dynamic environment in which innovation, product differentiation, and superior service are critical in driving competition among both new entrants and existing companies. Government policies, industrial growth, infrastructure development, and technological advancements are all influencing companies to focus on integrated solutions, which combine dependable equipment, robust after-sales support, customisation options, and digital solutions to improve operational efficiency. Hercules Hoists is effectively positioned within this growing industry, allowing it to expand its reach by exploiting core competencies in hoists while investigating potential in complementary areas such as cranes to give greater value across many sectors.

What impact do macroeconomic factors have on your company and your strategy?
Macroeconomic considerations have an important influence on the development of our operating strategies and plans in India. The country’s strong GDP growth and considerable infrastructure investments generate demand for construction and industrial equipment, including hoists and cranes. Initiatives like the National Infrastructure Pipeline and increased private sector capital spending are expected to promote construction and industrial activity, allowing us to meet growing market demands. Exchange rate variations affect the cost of imported raw materials and components, altering our cost structures and worldwide competitiveness, particularly for imported technologies. India’s economic prosperity promotes technological developments and innovations in infrastructure and industry, motivating us to spend on R&D. This enables us to provide innovative, efficient, and environmentally friendly solutions that meet market expectations and regulatory criteria. Positive corporate and consumer confidence in India’s economic future can increase investment in infrastructure and industrial projects, extending our client base and project opportunities. Our approach emphasises agility, innovation, and customer-centricity to successfully traverse these dynamics, capitalise on growth opportunities, and achieve long-term expansion in India’s changing economic landscape.

Looking ahead, what are your thoughts on potential disruptions in the material handling industry? How is Hercules Hoists preparing to stay ahead of the curve?
Looking ahead, disruptions in the material handling business could occur in several crucial areas. Rapid advances in automation, robotics, and artificial intelligence are transforming material handling processes, resulting in increased efficiency, lower costs, and higher safety standards. Companies not adopting these technologies risk losing competitiveness as customer expectations shift to personalised solutions, faster response times, and higher service standards. There is also an increasing emphasis on sustainability, which drives demand for environmentally friendly and energy-efficient solutions. Furthermore, global supply chain disruptions caused by geopolitical tensions, natural disasters, or pandemics require strong management techniques to ensure business continuity. 

Hercules Hoists is taking proactive measures to address these concerns. We are investing heavily in R&D to reinvent our product offerings and are looking into technologies like automation, IoT-enabled systems, and predictive maintenance to improve our capabilities and operational efficiency. Understanding and addressing client needs remains critical, focusing on delivering customised solutions, prompt service, and value-added services to boost customer satisfaction and loyalty. Furthermore, we are committed to ongoing training and development programmes for our employees, ensuring they have the skills to operate and maintain new equipment and technology efficiently. Hercules Hoists’ strategic efforts aim to effectively handle potential disruptions and maintain its leadership position in the growing material handling sector.

With the recent growth trajectory, what are the company’s projections and strategic priorities for the next few years?
Looking ahead, Hercules Hoists is poised for strong growth and expansion, fueled by strategic priorities and ambitious goals for the future. Vision 500 is central to our goals; intending to reach 500 crore in sales within three to four years, demonstrating our confidence in market potential, innovative capabilities, and commitment to customer value. Key strategic initiatives include increasing our domestic and international market presence by entering new regions of India and seeking export potential in foreign markets. Innovation is key, emphasising R&D to improve product offerings, integrate innovative technologies, increase energy efficiency, and meet changing customer and industry standards. Customer relationships are prioritised through customised solutions, great after-sales service, and response to customer input. Our strategy is based on operational excellence, which involves optimising production processes and supply chain management through lean methods and technological advancements. Investing in talent development by nurturing talents, offering ongoing training, and cultivating a culture of innovation and quality remains central to our expansion plan.

By focusing on these strategic priorities and using our technology, innovation, and customer-centricity strengths, Hercules Hoists is well-positioned to accomplish Vision 500 and maintain long-term success in the competitive global lifting equipment industry.

For more information, visit: https://indef.com/

Mechtrotech Projects Pvt. Ltd. specialises in providing unique technical solutions, such as high-quality EOT cranes and services in automation, control systems, and industrial electronics to the worldwide steel, mining, and power industries.

Considering maintenance, energy efficiency, and operational downtime, how do you evaluate the lifecycle costs of incorporating EOT cranes into your construction projects?
When calculating the lifecycle costs of EOT cranes for building projects, look beyond the initial purchase price. Observe variables such as maintenance, energy efficiency, and downtime. Evaluate the initial expenditures, which include crane purchase and installation. Examine operating costs like energy consumption and maintenance, which include labour costs. Consider downtime costs and the impact of project delays due to crane malfunctions. Make informed judgements by using lifecycle cost analysis tools and manufacturer data. Look for leasing options for short-term projects and prioritise operator training to ensure safe and efficient crane operation. By carefully weighing these variables, you may select an EOT crane that saves money throughout its lifecycle for your building projects.

What methodologies or tools do you employ to assess the optimal sizing and configuration of EOT crane systems based on project-specific requirements and constraints?
Multiple approaches and tools are required to optimise the sizing and setup of EOT crane systems. First, the lift capacity must be analysed to establish the minimum lifting needs, considering the heaviest weights and safety buffers. Conduct a thorough study of the work area, including building measurements, clearances, and impediments, to determine the best crane span and hoisting range. One should understand lift frequency, weight variances, and cycle periods to evaluate duty cycles. Consider operational concerns like crane quantity and location. Use technologies such as 3D modelling software to simulate movement, crane selection software to select models, and lift planning software to sequence lifts and identify hazards. Ensure compliance with building codes and plan for future lifting requirements beyond present project demands.

How do you navigate procurement decisions regarding purchasing versus renting EOT cranes, and what criteria inform this decision-making process?
When determining whether to buy or rent EOT cranes, consider project duration, lifting requirements, space limits, and cost comparisons. Purchasing provides superior schedule control for long-term, regular projects but involves considerable upfront investment and ongoing maintenance expenditures. Short-term rentals are appropriate for projects that require flexibility while avoiding excessive ownership expenses for underutilised equipment. When choosing a supplier, examine rental availability, company reputation, dependability, after-sales assistance, technical innovation, industry experience, client references, manufacturing quality, and adherence to safety standards. This evaluation will assist you in making an informed decision and optimising costs to ensure project success.

Can you share insights into your approach for selecting EOT crane suppliers or manufacturers, including considerations such as reliability, aftersales support, and technological innovation?
Using data analytics and predictive maintenance solutions improves EOT crane performance. This entails providing cranes with sensors for real-time data collection on characteristics such as vibration and temperature. Centralised data platforms store and analyse data from several project locations, allowing for performance benchmarking and predictive maintenance. The insights acquired are then used to develop dynamic load management, remote monitoring, and operator training. The advantages include less downtime, a longer crane lifespan, increased safety, and data-driven decision-making. However, data security, integration expenses, and technological knowledge must be addressed. This technique improves safety, lowers costs, and efficiently controls EOT crane fleets across project sites.

How do you leverage data analytics or predictive maintenance solutions to optimise the performance and reliability of EOT crane fleets across multiple project sites?
Smooth coordination and synchronisation between EOT crane operations and other construction activities are critical for reducing delays and disruptions. Key solutions include good planning and scheduling, logistics and staging, technology and automation, and contingency preparation. Implementing these solutions allows construction businesses to achieve coordination between EOT crane operations and other activities, reducing delays and disturbances and assuring effective project execution.

How do you anticipate emerging trends in automation and digitalisation impacting the future procurement landscape for EOT cranes in the construction industry?
Automation and digitalisation developments are projected to significantly impact the future procurement scenario for EOT cranes in construction. Significant implications include an emphasis on data-driven decision-making, the rise of automation and autonomous lifting, the growing relevance of remote monitoring and diagnostics, altering rental arrangements, and a focus on flexibility. The future procurement environment will likely be more data-driven, focusing on features that improve efficiency, safety, and flexibility.

For more information, visit: https://mechtrotech.com/

Integrating the swift operation of high-speed doors with the resilient security of rolling shutters, Toshi Spiral Doors is setting new benchmarks in sectors including Food, Pharmaceuticals, and Warehousing.

In today’s fast-paced industrial environments, reliable, efficient, and secure entrance solutions are paramount. Toshi Spiral Doors emerge as a cutting-edge innovation, seamlessly combining the speed of high-speed doors with the robust security of rolling shutters. These doors are revolutionising operations across various industries including Food, Pharmaceuticals, and Warehouses.

Features and benefits
Toshi Spiral Doors offers unparalleled safety with sophisticated safety features to minimise workplace accidents. Their smooth operation reduces the risk of mishaps, enhancing overall workplace safety. Additionally, they excel in thermal insulation, which is crucial for maintaining consistent temperatures within industrial facilities. This feature improves operational efficiency and reduces energy expenses by minimising heat loss or gain, depending on the season. The high-speed operation of Toshi Spiral Doors is another significant benefit, as it directly impacts productivity by facilitating the swift movement of goods and personnel, thereby optimising traffic flow within the facility. Security is robust with these doors, engineered to withstand unauthorised access attempts, protecting valuable assets and inventory. Thanks to their no-contact spiral technology, facility managers can rely on the doors’ durability and low maintenance. This innovative design minimises wear and tear, resulting in longer-lasting performance and reduced maintenance costs.

Applications across industries
The applications of Toshi Spiral Doors span across various industries. In storage facilities, maintaining controlled environments is essential for preserving goods, and the exceptional insulation capabilities of Toshi Spiral Doors contribute to maintaining optimal temperatures, ensuring stored items remain in pristine condition. In manufacturing plants, where workflow efficiency directly impacts production output, the high-speed operation of these doors plays a pivotal role. They enable rapid movement of materials and equipment, streamlining manufacturing processes and minimising downtime.

Customer success story
Recently, Toshi Automation Solutions Limited collaborated with a prominent FMCG company to enhance their operational efficiency and security at their warehouse with our top-of-the-line spiral doors. Protecting valuable inventory and maintaining a secure facility was the primary objective. Installation of Toshi Spiral Doors ensured robust security with its sturdy construction and optional access control systems that help prevent unauthorised access and safeguard assets.

This partnership underscores our commitment to delivering quality solutions tailored to specific customer needs. At Toshi, customer satisfaction, reliability, and precision engineering are foundational principles that drive innovation and excellence.

Integrating advanced features to enhance safety, insulation, speed, and security has made our spiral doors popular in different industries. Our customers acknowledge and appreciate the superiority of Toshi Spiral Doors over other industrial door automation solutions available today. Whether you want to optimise retail operations, improve storage facility efficiency, or streamline manufacturing processes, Toshi Spiral Doors offers a reliable solution tailored to your unique requirements.

Log on to www.toshiautomation.com for more information on Toshi Spiral Doors and our other entrance automation solutions

Over the years, Amsak Cranes has revolutionised the industrial crane landscape through cutting-edge technologies, enhancing precision and efficiency across its range. This interview explores the key advancements driving this evolution.

Tell us about Amsak Cranes’ key technological advancements and how they have enhanced the efficiency and precision of your equipment.
One of our key advancements is incorporating smart technology, including IoT and machine learning. These technologies allow us to offer remote monitoring, predictive maintenance, and data analytics, all of which contribute to improved operational efficiency.

With the integration of IoT, we enable remote monitoring and control of EOT cranes, giving our operators and managers real-time access to data about crane operations, performance, and maintenance needs. Another critical feature we’ve introduced is using load cells with displays, which continuously monitor the load weight lifted by the crane. This system not only alerts operators to potential tipping hazards but also displays the rated load for added safety.

We’ve also focused on energy efficiency by incorporating variable frequency drives (VFDs) into our designs, which help reduce energy consumption and operational costs. Our EOT cranes have specialised features such as anti-sway technology, advanced control systems, and customisable configurations to meet specific project requirements.

Operator comfort has been a priority in the design of our modern crane cabins, which now feature ergonomic designs, adjustable seats, climate control, and advanced control interfaces. Innovations in cabin insulation and crane design have also led to significant reductions in noise and vibration, creating a more comfortable working environment for our operators.

Could you describe the range of EOT cranes, gantry cranes, JIB cranes, and material handling solutions offered by your company?
Regarding our EOT (Electric Overhead Traveling) Cranes, we offer various options to suit different industrial needs. For light to medium-duty applications, our single-girder EOT cranes are ideal, offering capacities from 1 ton to 20 tons. They provide an economical solution without compromising on performance. For more demanding industrial environments, our double-girder EOT cranes are the go-to choice, with capacities ranging from 10 tons to 200 tons and the ability to achieve higher lifting heights.

Our gantry cranes are another essential part of our product line. We have single-girder gantry cranes, which are versatile and cost-effective for indoor and outdoor use and have capacities of up to 15 tons. For heavier loads, our double-girder gantry cranes can handle capacities up to 200 tons, making them suitable for heavy-duty applications in larger areas. We also offer custom configurations for our gantry cranes, allowing for adjustable spans, heights, and specialised lifting attachments to meet specific project requirements.

Regarding JIB cranes, we have wall-mounted JIB cranes designed to save space and handle lighter loads with capacities of up to 3 tons. For more flexibility in positioning, our pillar-mounted JIB cranes can handle capacities up to 5 tons and are perfect for individual workstations.

For material handling, we provide both lightweight cranes, which are portable and easy to install for smaller loads, and heavy-duty cranes, which are designed for continuous use in demanding environments with higher capacities. We also offer specialised solutions, including custom-designed cranes for specific material handling needs, such as bulk handling and automated systems.

How does Amsak Cranes ensure reliability and performance in its EOT crane offerings, especially for heavy-duty industrial applications?
We prioritise robust design and engineering, employing high-quality materials and state-of-the-art techniques to ensure our cranes excel in harsh industrial environments and with heavy loads. Our commitment extends to comprehensive maintenance and support services. We conduct regular inspections, provide servicing, and ensure the availability of spare parts, all aimed at maximising the longevity and reliability of our cranes throughout their lifecycle. Quality assurance is paramount. We adhere strictly to international standards such as ISO and OSHA, ensuring consistency and reliability across our product lines. We are dedicated to innovation. We continuously explore new materials and construction techniques to enhance our cranes’ durability, efficiency, and sustainability, staying at the forefront of technological advancements in the industry.  

Could you elaborate on the safety features and standards implemented in Amsak Cranes’ EOT crane designs to ensure workplace safety and compliance with industry regulations?
Our anti-collision systems have proximity sensors that detect obstacles and other cranes within the operating area. These sensors enable automatic braking, swiftly slowing down or stopping the crane upon detection of an obstacle, thereby enhancing safety in crowded construction sites.

Our cranes are equipped with load cells to prevent overloads. These cells measure the weight of the load being lifted, ensuring it stays within the crane’s rated capacity. In case of an overload, our automatic shutdown systems immediately halt the crane’s hoisting mechanism, mitigating potential damage and accidents.

Emergency stop mechanisms are strategically placed on operating pendants and remote control units, allowing operators to shut down crane operations quickly in emergencies. This accessibility ensures a swift response to unsafe conditions, prioritising personnel safety.

Fail-safe brakes, including electromagnetic brakes, automatically engage during power failures to prevent unintended load drops, maintaining secure load positioning and operator safety.

Limit switches on travel and hoisting mechanisms prevent the crane from exceeding designated operational areas and limits, averting collisions and structural damage. These switches are critical in maintaining safe crane operations.

We invest significantly in operator training with comprehensive programs covering crane operations, safety protocols, and emergency procedures. Regular recertification ensures operators remain updated with the latest safety practices and regulations, reinforcing our commitment to safety.

Our advanced control systems facilitate remote operation, keeping operators safe from hazardous areas. Precision controls further enhance safety by enabling accurate crane movements, reducing the risk of accidents due to human error.

We utilise weatherproof components and temperature control systems for cranes operating in diverse environments to withstand extreme conditions and ensure reliable performance. These measures minimise the risk of equipment malfunction and enhance operational safety.

Regular maintenance and inspections are key to sustaining crane safety. Our preventive maintenance programs and routine inspections proactively identify and address potential safety issues, reducing the likelihood of mechanical failures and enhancing overall safety.

Compliance with industry standards, including ISO certification for quality management and safety, underscores our commitment to meeting and exceeding international safety criteria. This adherence ensures that AMSAK Cranes delivers products prioritising safety and reliability in every operation.

How does Amsak Cranes invest in skilling and training programs to equip its workforce and customers with the necessary skills for handling modern EOT crane systems?
We prioritise continuous development for our workforce through comprehensive training programs. These programs cover technical advancements, safety protocols, and skill enhancement workshops, ensuring our employees stay abreast of the latest technologies and industry practices.

We extend our training initiatives to our customers as well. Our tailored training sessions equip them with the necessary skills to operate and maintain our cranes efficiently and safely. This proactive approach enhances operational proficiency and promotes a safety culture across our client base.

In addition to training, we provide ongoing technical support and maintenance services. These efforts are crucial in maintaining our cranes in optimal condition, minimising the risk of operational failures and ensuring consistent performance and reliability.

For more information, visit: https://amsakcranes.com/

Discover how B2B Genie’s strategic initiatives are reshaping the construction industry. They focus beyond raw materials to deliver substantial savings and sustainable solutions.

How does B2B Genie contribute to the broader construction and infrastructure industry beyond supplying raw materials? Are there any notable projects or initiatives that highlight the company’s impact?
We aim to engage comprehensively in the project value chain, extending beyond raw materials to areas where we can add significant value. For instance, we collaborated with a major customer to complete their fabrication work on-site, resulting in substantial savings compared to their initial outsourcing plan. Our verified list of contractors facilitated this success, thereby creating value for our customers.

Another critical area in which B2B Genie is working very seriously is promoting sustainable solutions. Sustainability is at the core of our thinking, and we make every possible effort to promote sustainable products and solutions. Under our project ’X’ initiative, we have successfully delivered around 550000 MT of alternate material, thus saving precious natural resources. We promote fuel-saving devices to all our industrial and infrastructure customers, thereby saving them money and lessening the impact of pollution.

How is B2B Genie incorporating smart building materials into its product offerings to enhance project outcomes?
B2B Genie supplies WEP panels that directly replace existing Plywood and Steel-based panels. WEP is an eco-friendly material that gives customers a higher ROI. What’s more, these come with a buyback scheme as well! B2B is also partnering with a company to supply Cement savers with better durability guarantees, new innovative raw materials for the construction chemical industry, food-grade coating material for the food packaging industry, and various new-age items with a focus on sustainability and the promise of making the world a better place to live in.

Integration with ERP and CRM systems is crucial for seamless operations. How has B2B Genie integrated these systems to enhance customer relationship management, order processing, and project management capabilities?
Our integrated ERP and CRM system helps provide an enhanced buying experience and after-sales support for all our customers. We have developed a system with an Indian company that covers the entire life cycle of product selling, from lead generation to sourcing to selling, and provides after-sales services to the customer to ensure error-free, seamless, and faster operation.

What measures do you take to ensure the safety and reliability of the products/equipment you offer? Quality and timely delivery are the essence of a long-term and sustainable relationship between the client and supplier. We supply the right quality materials from our verified and certified supply partners, who guarantee the quality of products with complete traceability of brand, batch number, and test reports. We also facilitate third-party inspections on a case-to-case basis if required.

How do you manage logistics and customer support across different geographies?
Our dedicated operations and supply chain team works seamlessly in shifts to cater to every order and ensure we deliver what we promise, thus creating customer delight. Our IT system helps us monitor the logistics in real time, provide feedback to the customers, and resolve any issues.

How is B2B Genie contributing to environmental sustainability, and what are your plans in this area?B2B Genie is deeply committed to advancing eco-friendly green materials, reducing CO2 emissions, enhancing water and energy efficiency, minimising waste and unwanted emissions, and improving overall environmental quality. We are on the brink of launching innovative products poised to set new industry standards.

In addition, B2B Genie works closely on projects involving the supply of drinking water, offering high-quality products and assisting clients in finishing their work on schedule.

What are the highlights of last financial year?
In the last financial year, B2B Genie achieved a turnover of INR 345 Cr while maintaining positive EBITDA. We have recently expanded by opening a new office in Bangalore and are now serving customers across 25 states in India from our 5 offices nationwide.

For more information, visit: https://b2bgenie.in/

Amidst the monsoon’s unpredictable weather, the spectre of fires looms large, exacerbated by recent tragedies in Delhi and Rajkot. This season’s blend of heavy rains and potential electrical failures underscores the imperative for rigorous fire safety protocols and efficient evacuation strategies.

As the monsoon season has begun, people are concerned about fire safety and evacuation preparedness. The nation has witnessed devastating fire incidents, such as the Delhi Baby Care and Rajkot Gaming Zone Fires, which have shaken people nationwide. These incidents have raised questions about Fire Safety and Fire Evacuation preparedness, especially now that we are entering the monsoon season, which is prone to major fire accidents.

During monsoons, the increased water indoors and outdoors can lead to issues like waterlogging, short circuits, potholes, and electrical system failures that can trigger fires. The uprooting of trees due to heavy rains is another risk factor that can cause fires. The BMC has recorded 106 complaints about uprooting trees or branches falling due to rains between June 9 and 22. In the 2023 Monsoon Season, Mumbai recorded 1500 fire calls from June to September.

In the monsoon, common factors such as traffic jams, waterlogging, falling branches, and narrow lanes make firefighting and rescue operations difficult as fire brigade officials struggle to reach the destination in time. There is also a risk of short-circuits due to heavy rains, causing the smog to spread in seconds, particularly in a coastal city with high wind velocity. As a precautionary measure, the MMRDA has established a 24×7 control room for the Monsoon Season. The southwest region is at risk of various weather hazards, including wildfires, flash floods, and dust storms in the monsoon, making it crucial for highrises and older buildings in the city to assess and set up adequate fire evacuation frameworks to deal with distress calls.

To ensure safety, a fire evacuation lift provides a much better option than other fire evacuation systems. It can be used seamlessly to evacuate people stranded inside the building, allowing firefighters to reach higher floors faster and safer. These lifts are equipped with advanced technologies like IoT, a trap door for emergency exit, a non-combustible material cabin, and side panels with ceramic wool with a two–hour fire rating, making them essential during the monsoon.

During the monsoon season, adhering to fire safety protocols and evacuation preparations is crucial. It is important to regularly check and test fire sprinklers and extinguishers, especially during the monsoon season. Inspect and replace batteries in smoke detectors and fire alarms to ensure they work properly. Also, cover outdoor electrical equipment and appliances to protect them from rain and reduce the risk of electrical failures. Maintain the property by clearing gutters to prevent water accumulation near structures. Trim trees and shrubs to reduce the risk of lightning strikes. Clear brush at least thirty feet from the building and remove anything blocking access to fire hydrants and fire department connection lines.

Develop an emergency evacuation plan and ensure everyone is well-versed in the escape routes. Unplug unnecessary appliances and avoid windows during severe thunderstorms. Buildings with a height of 70 meters or above should install the Fire Evacuation Lift and get trained to use it during an emergency. MMRDA has strategically stationed 131 de-watering pumps across project sites to combat waterlogging and ensure efficient drainage. The occupants need to take care of garbage disposal to avoid waterlogging.

In Mumbai, around 200 high-rise buildings are under construction, increasing the chances of fire accidents. These projects need routine check-ups of electrical machinery, functional fire safety equipment, and the installation of fire evacuation lifts for faster and safer evacuations to obtain the Fire NOC. The smoke generated by wildfires poses the greatest health threat to those with heart and lung conditions, especially older adults and children. Having fire evacuation lifts in buildings, malls, schools, and hospitals can prevent the spread of smoke or fire and allow people to evacuate themselves on time without waiting for the fire brigade.

In summary, integrating fire-resistant materials in building construction significantly enhances safety by containing fires, preserving structural integrity, protecting escape routes, and minimising property damage. Adherence to rigorous fire safety standards and installing fire evacuation lifts will create more resilient and secure environments.

For more information, visit: https://spartanindia.com/

Witness VTN’s evolution from pioneers of construction buckets to creators of versatile tools like the CI-Revolution shear, setting new standards in demolition.

VTN was born in 1973. The only product they manufactured at the start of their journey was construction buckets. They went on to launch the first grapple and demolition tools in 1988. Today, VTN specialises in all types of demolition and material handling tools viz Concrete Crusher, Pulverizer, Multiprocessor, Demolition Grapple, Stone grab, and Log grab. However, the absolute protagonist of their demolition line is the CIRevolution shear.

The VTN shear can almost do everything that its name suggests. While it is perfect for cutting and recovering ferrous material, it also finds natural use in aerial and ground demolition. Its versatility also allows it to cut multiple materials, such as tyres, cables, armatures, and even small beams. Mounted in the place of a bucket or arm, the Cl-R hydraulic shear is offered in 13 models for excavators of different sizes.

Is it the right choice to satisfy the needs of more specialised work?
Many technical features explain the success of this model. The shear structure is based on a heavy-duty frame made with the best high-strength steel. This allows significant weight reductions, optimises performance, and maintains unchanged characteristics in all load combinations. The heavy-duty principle is also applied to rotation, which sees the use of large-diameter washers, a choice that allows the use of the shear in the most demanding and extreme situations. The work is also facilitated by protection valves in flow regulators that ensure easy and precise positioning. Also noteworthy is the overturned hydraulic cylinder, which, with its large bore, guarantees excellent performance and protection of the rod from accidental impacts.

The performance is also guaranteed by the adoption of the Speed Valve, which reduces the working time through an oil regeneration circuit mounted on the cylinder. Shrink-fit technology for the fulcrum pin allows the optimal alignment of the movable jaw with the fixed one, guaranteeing the best performance and maintaining the best cutting precision.

The adoption of tampons with a double guide (one on each side) prevents the jaw from flexion, ensuring high precision and cutting efficiency. The interchangeable and reversible cutting blades ensure operational performance four times before the need for replacement. Maintenance is very easy, as the hydraulic system is easily accessible.

Material handling attachments:
Sometimes, operators need help moving materials around the job site. VTN grapple buckets turn an excavator from a dig-only machine into one capable of lifting and shifting materials around the work area. This can be useful in various situations on construction job sites, including land clearing and demolition tasks.

Four important factors to remember when deciding on a Grapple:

• Is your machine equipped with a coupler system?

• Do you plan on performing continuous lifting and placing tasks?

• What would be the primary application you would like the grapple to handle?

• What kind of grapple you would want to have?

When the project requires lifting and moving items of various sizes and shapes, hydraulic grapples are quite handy. These attachments offer a bigger and tighter grasp on materials, and some even offer the ability to rotate. The most popular grapple for excavators is a fixed grapple that boasts two jaws-one with three tines and one with two tines. Rotating attachments like grapples have become more popular with mini excavators and backhoes. Accessories such as tilt rotators further expand a grapple’s versatility and can improve the excavator operator’s productivity.

Grapple attachments can be used to handle Rocks, Boulders, Scrap, and Logs and for precision work like placing Tertrapods. Grapples can also be used to demolish brick structures.

VTN values after-sales assistance enormously. “Beyond the quality of all our equipment, service is our strength.” When a company buys VTN equipment, it is always followed up with quality product support because the sale can never be an end in itself. Suretech looks after VTN product support in the Indian subcontinent.

Call #DrDigger
#AttachmentSpecialist since 1990 on 1800 120 7873
sales@suretech.co.in
www.suretech.co.in
Transforming the way you use your machines

The construction industry’s ascent to towering heights demands advanced access equipment for safety and efficiency. Here is a sneak peek into how innovations in height access are reshaping worksite dynamics, ensuring secure environments and streamlined productivity.

The construction industry is reaching new heights, making access equipment indispensable for working at elevation. High-rise buildings are increasingly common, and more than traditional methods of access and maintenance are required. Modern access equipment has evolved significantly, transitioning from simple ladders to sophisticated Mobile Elevating Work Platforms (MEWPs). By selecting the appropriate access equipment, construction teams can enhance safety protocols and optimise productivity, fostering a secure working environment. Innovations and advanced approaches in height access equipment continue to make working at heights safer and more efficient.

Against this backdrop, we sought insights from industry leaders on driving sustainability, enhancing safety standards, and meeting evolving market demands through advanced technologies and strategic initiatives. This article is based on excerpts from their insights. The evolution of access equipment encompasses a wide array of machinery designed to enable safe working at heights and in challenging environments. From aerial work platforms (AWPs) and telehandlers to cranes and material handling equipment (MHE), these tools are indispensable in sectors requiring elevated access for construction, maintenance, and material handling tasks.

Over the years, access equipment has evolved significantly, integrating advanced technologies to enhance safety, operational efficiency, and environmental sustainability. Innovations such as telematics, IoT-enabled systems, and predictive maintenance capabilities are transforming how equipment is managed and operated, ushering in a new era of smart construction and mining practices.

Driving sustainability through technological innovation
In pursuing sustainable development, the construction and mining industries increasingly prioritise eco-friendly practices and technologies. Mark McConway, Managing Director at WEB Systems International, underscores the importance of sustainability in equipment design, stating, “Reducing the carbon footprint of access equipment is crucial for mitigating environmental impact.” Companies are adopting energy-efficient solutions and incorporating recycled materials into their manufacturing processes to minimise waste and conserve natural resources.

Vibrant Engineering exemplifies this commitment with eco-friendly asphalt plants and road construction equipment. By integrating recycled materials like Recycled Asphalt Pavement (RAP) and implementing energy-efficient technologies, Vibrant Engineering enhances operational efficiency and reduces greenhouse gas emissions associated with construction activities.

Enhancing safety standards through innovation
Safety remains paramount in industries where working at height poses inherent risks. Advanced safety features and rigorous compliance with international standards are integral to modern access equipment design. Dr Raghunandan Jagdish, MD & CEO of Nandan GSE Pvt Ltd, emphasises, “Safety innovations such as advanced control systems and ergonomic cabin designs are pivotal in minimising operational hazards and ensuring operator wellbeing.” Companies invest in state-of-the-art technologies that enhance operational safety, including anti-sway systems, automated load monitoring, and comprehensive training programs for equipment operators.

Anubhav Roy, Marketing Manager at Abhay Rana Infra Services Pvt Ltd, highlights the importance of preventive maintenance in maintaining high safety standards, stating, “Regular maintenance and thorough inspections are critical to ensuring equipment reliability and reducing the risk of unexpected failures.” By implementing predictive maintenance strategies facilitated by IoT and data analytics, companies can proactively address potential issues before they escalate, enhancing equipment reliability and prolonging service life.

Empowering operators through training and development
Operator training and skill development are instrumental in optimising equipment performance and ensuring safe operational practices. Srinivasan M, Assistant General Manager at Schwing Stetter India, emphasises the significance of comprehensive training programs: “Empowering operators with advanced training on equipment functionalities and safety protocols enhances operational efficiency and reduces downtime.” Companies like Schwing Stetter India prioritise continuous learning and skill enhancement to equip operators with the knowledge and expertise to operate modern access equipment safely and effectively.

Integrating virtual reality (VR) and augmented reality (AR) technologies in training modules further enhances the learning experience, enabling operators to simulate real-world scenarios and practice complex manoeuvres in a controlled environment. By fostering a culture of continuous learning and skill development, companies enhance operational efficiency and cultivate a safety-first mindset among equipment operators.

Innovative solutions for diverse applications
Access equipment serves diverse applications across construction and mining sectors, each with unique operational requirements and challenges. Amit Bhalla, President & CEO of Bajaj Indef (Hercules Hoists Limited), discusses the versatility of access equipment, stating, “From compact AWPs for indoor maintenance to robust telehandlers for heavy-duty construction projects, our product range caters to diverse industry needs.” Companies like Hercules Hoists Limited leverage their expertise in hoists and cranes to deliver customised solutions that optimise operational workflows and maximise productivity across various applications.

Integrating advanced technologies such as GPS tracking and remote diagnostics further enhances equipment performance and operational visibility, enabling companies to monitor fleet activities in real-time and streamline maintenance schedules. By offering modular designs and customisable configurations, manufacturers empower customers to adapt access equipment to specific project requirements, enhancing operational flexibility and efficiency.

Partnerships and collaborations driving innovation
Collaboration among industry stakeholders is pivotal in fostering innovation and driving market growth in the access equipment sector. PVS Nageswara Rao, Director and CEO of Mechtrotech Projects Pvt Ltd, emphasises the importance of strategic partnerships, stating, “Collaboration with technology providers and industry peers enables us to leverage cutting-edge solutions and expand our product offerings.” By forging alliances with global manufacturers and technology innovators, companies enhance their technological capabilities and gain access to new markets, strengthening their competitive edge in the industry. Vikram Rana, Director at Abhay Rana Infra Services Pvt Ltd, discusses the strategic importance of partnerships in expanding market reach and enhancing customer satisfaction. “Our collaborations with leading equipment manufacturers such as Magni Telehandlers enable us to deliver high-performance solutions that meet the evolving needs of our customers,” he explains. Companies pool resources and expertise through strategic alliances and joint ventures to develop innovative products and services that address emerging market trends and customer preferences.

Embracing Digital Transformation for operational excellence
Digital transformation is reshaping the access equipment industry, driving operational excellence and enhancing customer experiences through advanced digital solutions. Andrei Geikalo, Founder and CEO of MYCRANE, discusses the role of digital platforms in revolutionising equipment rental services, stating, “MYCRANE leverages digital technologies to optimise crane utilisation and streamline rental processes, offering customers transparency and efficiency.” Digital platforms facilitate seamless equipment booking, real-time tracking, and remote diagnostics, empowering construction and mining companies to optimise fleet management and reduce operational costs. Cloud-based fleet management systems enable companies to centralise data storage and access critical equipment information from anywhere, enhancing decision-making and operational efficiency. These systems provide real-time analytics and predictive maintenance capabilities that allow companies to preemptively address equipment issues and minimise downtime, thereby improving overall productivity and project timelines.

Market dynamics and future outlook
The access equipment market is poised for significant growth, driven by increasing infrastructure investments, urbanisation trends, and technological advancements. According to industry forecasts, the global market for access equipment is projected to expand steadily, with robust demand from sectors such as construction, mining, and industrial manufacturing. Amit Bhalla of Hercules Hoists Limited shares insights on market dynamics, stating, “Rapid urbanisation and infrastructure development initiatives worldwide are driving the demand for versatile access solutions that enhance productivity and safety.”

Emerging markets in Asia-Pacific and Latin America present lucrative opportunities for market players fueled by rapid industrialisation and urban development. Companies are capitalising on these growth opportunities by expanding their regional footprint, establishing manufacturing facilities, and forging strategic alliances with local partners to meet rising demand for access equipment.

Addressing regulatory challenges and sustainability goals
Regulatory compliance and sustainability initiatives are shaping the future of the access equipment industry, influencing product innovation and market strategies. Government regulations to enhance workplace safety and reduce environmental impact are prompting manufacturers to develop energy-efficient equipment and adopt sustainable manufacturing practices.

Vikram Rana of Abhay Rana Infra Services Pvt Ltd highlights the company’s commitment to sustainability, stating, “ARISPL integrates eco-friendly technologies and materials into our equipment offerings, aligning with global sustainability goals.” Companies are investing in research and development to design equipment with lower carbon footprints, optimise energy consumption, and utilise recyclable materials, contributing to environmental conservation and meeting regulatory requirements.

The access equipment sector is at the forefront of innovation, driving sustainable development and safety advancements in the construction and mining industries. Through technological innovation, strategic partnerships, and a commitment to operational excellence, industry leaders are reshaping the landscape of access equipment, enhancing productivity, safety, and environmental stewardship.

As the industry evolves, stakeholders must remain agile and proactive in adopting emerging technologies and sustainable practices to stay competitive and meet growing customer demands. By prioritising safety, sustainability, and operational efficiency, companies can position themselves as leaders in the global access equipment market, driving growth and delivering value across diverse applications and markets.       

The future of access equipment lies in its ability to adapt to technological advancements, regulatory requirements, and market dynamics, ensuring safe and efficient operations in the construction and mining sectors. With a focus on innovation and collaboration, the industry is well-positioned to capitalise on emerging opportunities and address challenges, paving the way for a sustainable and prosperous future.

Vibrant Engineering is transforming the road construction industry by incorporating Recycled Asphalt Pavement (RAP) and Recycled Asphalt Concrete (RAC) into their asphalt mixes.

How does Vibrant Engineering integrate recycled materials like Recycled Asphalt Pavement (RAP) and Recycled Asphalt Concrete (RAC) into your asphalt mixes?
Vibrant Engineering integrates recycled materials such as Recycled Asphalt Pavement (RAP) and Recycled Asphalt Concrete (RAC) into their Asphalt mixes through advanced mixing technologies. This integration allows them to reduce the demand for virgin resources significantly while contributing to environmental sustainability. By reusing materials like RAP and RAC, Vibrant Engineering minimises the extraction of new aggregates and bitumen, conserving natural resources. Moreover, incorporating recycled materials typically requires less energy than producing virgin materials, lowering overall energy consumption and reducing greenhouse gas emissions. These practices align with Vibrant Engineering’s commitment to promoting a circular economy within the construction industry.

Could you discuss any recent technological advancements or R&D initiatives undertaken by Vibrant Engineering in asphalt production and road construction equipment?
Vibrant Engineering is dedicated to advancing asphalt production and road construction equipment through ongoing research and development initiatives. Recent technological advancements include implementing advanced control systems that enhance operational precision and efficiency. They have also focused on designing environmentally friendly equipment that complies with stringent regulations, ensuring minimal environmental impact throughout its lifecycle. Furthermore, integrating IoT (Internet of Things) enables remote monitoring and real-time data analytics, improving overall operational performance and reducing downtime. These innovations underscore Vibrant Engineering’s commitment to pushing the boundaries of asphalt technology while prioritising sustainability and operational excellence.

What design features or materials does Vibrant Engineering employ to ensure the durability and reliability of your plants in harsh weather conditions, such as high humidity or extreme temperatures? Vibrant Engineering employs robust design features and high-quality materials in their Asphalt Batch Mix plants to ensure durability and reliability in challenging environments such as high humidity or extreme temperatures. They utilise corrosion-resistant materials and incorporate climate control systems within the plant structure to maintain optimal operating conditions. These design elements enhance the longevity of their equipment, ensuring consistent performance even under adverse weather conditions. By prioritising durability and reliability, Vibrant Engineering delivers asphalt plants that meet the rigorous demands of diverse construction projects, from local roads to national highways.

How does Vibrant Engineering ensure ethical sourcing of raw materials and components for your Asphalt Batch Mix plants?
Vibrant Engineering strongly emphasises ethical sourcing practices for raw materials and components used in their Asphalt Batch Mix plants. They carefully select suppliers who adhere to ethical standards and sustainable practices, ensuring compliance with regulatory requirements and international standards. Maintaining transparency in its supply chain processes, Vibrant Engineering tracks the origin and quality of materials from procurement through manufacturing. By fostering responsible sourcing practices, they uphold integrity and accountability in their operations while supporting sustainable development goals within the construction industry.

How does Vibrant Engineering incorporate modular components or scalable solutions in your Asphalt Batch Mix plants to accommodate future upgrades or modifications without extensive downtime?
Vibrant Engineering incorporates modular components and scalable solutions into their Asphalt Batch Mix plants to facilitate future upgrades or modifications without significant downtime. Their modular design approach allows for easy assembly, disassembly, or replacement of components, ensuring flexibility and adaptability to evolving project requirements. Scalable configurations enable plant capacity or functionality adjustments, accommodating varying production needs efficiently. This modular and scalable design enhances operational flexibility and minimises disruptions during plant upgrades or expansions, optimising overall project timelines and costs.

What would you like readers to know about Vibrant Engineering’s vision for the future of asphalt technology and its commitment to sustainable development in the construction industry?
Vibrant Engineering envisions a future where asphalt technology advances sustainably, driving innovation and setting new industry standards. They are committed to developing cutting-edge solutions that enhance efficiency, reduce environmental footprint, and promote sustainable infrastructure development globally. By advocating for the use of recycled materials, minimising carbon emissions, and embracing eco-friendly practices, Vibrant Engineering aims to lead the industry in sustainable construction equipment manufacturing and operational excellence. Their vision underscores a dedication to continuous improvement and leadership, paving the way for a more sustainable future in the construction sector.

For more information, visit: https://vibrantengineering.com/

JK Tyre’s two new off-road tyres in Nepal, the Hard Rock Champion and a variation of GTL Plus, are designed to improve durability and performance in harsh situations.

JK Tyre & Industries, India’s top tyre industry major, has launched two new Off-the-Road (OTR) tyres to its portfolio, specifically developed for the Nepalese market. With the introduction of the Hard Rock Champion tyre and a variant of the GTL Plus, JK Tyre has reinforced its commitment to driving innovation in the country.

Anuj Kathuria, President (India) of JK Tyre, showcased the next-generation tyres at the special Mining & Construction Pavilion of M/s Delta Distributor Pvt Ltd, Kathmandu’s authorised distributor.

Talking about the new products, Anuj Kathuria, President (India), JK Tyre & Industries Ltd. says, “At JK Tyre, we are excited to introduce two new heavy-duty OTR tyres tailored for the demanding Nepalese market. Nepal is a key market for us, and addressing the diverse needs of this region is a top priority. These tyres are engineered to handle various terrains, providing exceptional durability and reliability. We are confident that these advanced solutions will deliver unparalleled performance to our customers. Our dedication to technological advancements and product innovation will further solidify our market position.”

The newly released tyres are specifically developed to match Nepal’s challenging circumstances, providing increased durability and protection.

JK Tyre’s Next-Gen Premium Mining Tyre, 12.00-20 20PR E4 HARD ROCK Champion, is engineered to endure the harsh conditions seen in Nepal’s mining industry. The tyre’s non-directional tread pattern and dual-bend groove are intended to lessen stress concentration while providing greater grip to the machine. These tyres are intended for mining tipping operations and are manufactured to provide outstanding performance.

The company has introduced the 17.5-25 20PR GTL Plus E3/L3 tyres for use on graders and loaders in a variety of construction applications. The GTL Plus is known for its tough nylon construction, which provides exceptional casing strength and dependability under impact loads.

For more information, visit: https://www.jktyre.com/

As the landscape of material handling equipment evolves, ARISPL is poised to meet emerging trends head-on. From automation to advanced telematics, discover how ARISPL is gearing up for the future.

What future trends do you foresee in the access equipment and MHE sectors, and how is ARISPL reparing to meet these trends?
At ARISPL, we see some big trends in the material handling equipment sector. Companies are shifting towards automation and smart technology, such as remote-controlled operation and telematics, which help with predictive maintenance. Magni Telehandlers are well-equipped with such systems.

Can you detail the engine specifications and capacities of the most popular Magni telehandlers that ARISPL offers?
Magni Telehandlers have two engine options, depending on the emission norms in the individual local markets. The engines are either Volvo or Deutz. ARISPL’s most popular Magni telehandler model is the Magni 5.25, equipped with a powerful Deutz engine producing 136 HP. This Stage V engine meets current emissions norms, ensuring compliance with the latest environmental standards.

The linear powerband provides smooth and consistent power delivery, and the high-torque band offers excellent performance under load. These turbocharged engines ensure robust and reliable performance for various applications. Additionally, the Magni 5.25 can comfortably lift 5 tonnes to a height of 25 meters, making it a versatile and powerful choice for many projects.

Can you discuss the advantages of advanced software technology and the FOPS/ROPS cab with full visibility for Magni telehandlers?
Magni telehandlers feature advanced software technology that enhances functionality and the user experience. This software offers live dynamic load charts in real-time data monitoring and diagnostics, empowering operators to optimise performance and ensure efficient equipment maintenance. The telehandlers also feature a FOPS (Falling Object Protective Structure) and ROPS (Roll-Over Protective Structure) cab with complete visibility. This cab design ensures the highest level of safety for the operator by protecting against falling objects and roll-overs. Additionally, the full-visibility cab offers an unobstructed view. This enhances operator awareness and reduces blind spots, significantly improving safety and operational efficiency on the job site.

How does the 360° rotation tower of the Magni RTH series contribute to its versatility and efficiency on construction sites?
The 360° rotation of the boom in the Magni RTH series telehandlers enhances versatility and efficiency on construction sites. This capability allows the boom to rotate fully around its axis, enabling operators to precisely position loads and perform tasks without repositioning the entire machine. This flexibility is crucial in tight spaces or complex job sites with limited access and manoeuvrability.

How do the compact design and capabilities of Magni telehandlers make them suitable for use in urban environments?
The compact design and capabilities of Magni telehandlers make them ideal for urban environments or sites with limited space. They manoeuvre easily in tight areas where larger equipment cannot operate efficiently. Their precise handling and 360-degree boom rotation enable operators to position loads accurately without requiring extensive manoeuvring space, contributing to efficient operation and safety in dense urban settings.

How does the hydrostatic transmission and four-wheel drive system of the Magni RTH series enhance its performance on rough terrains and slopes?
The Magni RTH series’ hydrostatic transmission and four-wheel drive system enhances its performance on rough terrains and slopes by providing superior traction and control. The hydrostatic transmission allows for smooth and continuous power delivery, adapting automatically to varying terrain conditions without needing gear shifting. The four wheel drive system further enhances traction and stability, enabling the telehandler to manoeuvre confidently over rough terrain, gravel, or inclines. Together, these features optimise performance reduce operator fatigue, and ensure safe operation in challenging outdoor environments.

For more information, visit: https://arispl.in/

The ‘Architecting India’s Future’ event marked a key milestone in their expansion, drawing 150 industry leaders and participants.

The Nemetschek Group, a major global provider of software solutions for the AEC/O and media industries, opened its Mumbai office. The launch event, themed ‘Architecting India’s Future,’ took place at Mumbai’s historic Taj Mahal Palace and marked a crucial milestone in the company’s global expansion strategy. Key industry leaders and approximately 150 participants attended the event, which featured imaginative talks.

Following the event, the Nemetschek Group and Mumbai’s JJ College of Architecture signed a Memorandum of Understanding (MoU). This collaboration intends to promote innovation and skill development in the Indian architecture sector, following the government’s Skill Development Programme.

Nemetschek India plans to revolutionise the Indian AEC scene through a thorough market entry strategy. The organisation has divided its offerings into three categories: Conceptualise, Design, and Execute. Architects, landscape and interior designers, engineering design consultants, project management organisations, and contractors can select from a variety of product packages, such as basic, plus, professional, or comprehensive, each tailored to their requirements. The Design component also provides a kit for Bridge and Precast. Nirmalya Chatterjee, Country VP, Nemetschek Group – Indian Subcontinent, highlighted the strategic relevance of joining the Indian market at this time. “India’s construction market is poised for exponential growth, projected to become the third largest globally by 2025. Our solutions are already recognised here, and now, by engaging directly with enterprise-level customers and expanding our network of channel partners, we aim to elevate the industry standards.”

Yves Padrines, CEO of the Nemetschek Group, emphasised the overall strategy for Nemetschek in India. “With a large number of construction projects, including around 9,500 National Infrastructure Pipeline (NIP) projects and a booming real estate market, India represents a significant opportunity for us. Our advanced BIM tools and integrated platforms will streamline workflows, reduce project timelines, and promote sustainability. Launching an office in Mumbai today, in addition to our R&D centre in Hyderabad, reflects our commitment to continuous innovation and support for the local industry. We are here to build long-term relationships and contribute to India’s building industry and infrastructural development.”

Nemetschek India will work with local businesses and educational institutions to develop talent and promote innovation. The corporation intends to interact with local stakeholders through tailored marketing efforts, training sessions, and seminars. It seeks stakeholder feedback constantly to effectively alter its strategy to match local demands and market developments.

Committed to promoting sustainability and corporate social responsibility (CSR), the company will offer software for energy-efficient and environmentally friendly designs, hold workshops on sustainable construction practices, and collaborate with communities on sustainable development projects. It will also help local charities and non-profits by encouraging employees to participate in volunteer activities.

The group’s presence in the Indian market is a significant step towards promoting digitalization across the building lifecycle. The startup aspires to revolutionise the Indian AEC industry by using innovative technologies and taking an ethical approach to artificial intelligence.

For more information, visit: https://www.nemetschek.com/en

MB Crusher has introduced its cutting-edge HDS line to optimise coal-crushing operations in India, promising increased productivity and cost-effectiveness.

MB Crusher, a global pioneer in crushing and screening solutions, is pleased to present the ground-breaking HDS line for coal crushing to the Indian market. Designed to address the unique constraints of the coal sector, the HDS line promises to greatly improve efficiency, mobility, and cost-effectiveness for coal-crushing operations across India.

Efficiency and innovation in coal crushing
The HDS range, which includes models like the MB-HDS523 and MB-HDS323, establishes a new standard for coal-crushing efficiency. Unlike traditional static crushers, which are sometimes limited by downtime and maintenance difficulties, the HDS line operates continuously to ensure consistent and dependable performance.

Key Benefits of the MB-HDS Line
Continuous operation: The HDS line’s capacity to run around the clock eliminates downtime, increasing productivity and output.

Single equipment solution: One machine, one operator, which simplifies operations and lowers labour costs while increasing operational efficiency.

Enhanced mobility: The HDS range of excavator attachments provides unrivalled mobility, allowing for smooth movement across multiple sites while decreasing the need for extra transport equipment.

Cost-effective: By combining many operations into a single machine and lowering fuel consumption, the HDS line dramatically reduces operational costs while increasing profitability.

Environmental advantages: Lower fuel consumption equates to lower CO2 emissions, making the HDS line a more environmentally benign option for coal.

Optimised coal processing
The HDS series excels in processing low-density coals. It can crush coal with its RM Mixer kit, fulfilling the exact parameters needed by power plants for efficient combustion and energy generation. This key skill ensures that the HDS line can meet the energy industry’s requirement for high-quality, consistent coal products.

Innovative solutions for the Indian market
The introduction of the HDS line in India meets specific industry needs by providing new solutions to long-standing difficulties. The HDS range is engineered to withstand India’s diverse and demanding coal-crushing conditions while maintaining great performance and reliability. This technology enables Indian coal operators to enhance their processes, cut costs, and satisfy environmental criteria.

Driving progress and prosperity
The adoption of MB Crusher’s HDS line by Indian coal operators promises to improve their competitiveness, operating efficiency, and ability to meet the country’s energy demands more effectively. The HDS line boosts productivity and promotes long-term industrial growth by optimising coal-crushing operations.

For more information, visit: https://www.mbcrusher.com/en/in/

Indian CV sales are expected to decline by 3-6 percent in FY25 due to high inventory, increased costs, and election disruptions, with recovery anticipated in H2FY25 driven by infrastructure projects, interest rate drops, and electric CV adoption.

According to CareEdge Ratings, Commercial Vehicle (CV) sales volumes are expected to fall by 3-6 percent in FY25, owing to a slowdown in demand in both the Medium and Heavy Commercial Vehicle (MHCV) and Light Commercial Vehicle (LCV) segments, as well as high inventory levels at dealerships. The modest growth in FY24 was mostly due to the high base of FY23, the changeover to BS VI, which resulted in higher vehicle costs, and a halt in infrastructure projects during elections in the later part of the year, which resulted in heavier inventory with dealers.

According to CareEdge ratings, demand is expected to go up from Q2FY25, with the conclusion of general elections and an increase in infrastructure projects following the monsoon. Replacement demand and the mandated scrapping of older government cars drive sales in FY25. The CV industry is predicted to recover in H2FY25, owing to anticipated GDP growth, ongoing infrastructure projects, and potential interest rate reduction.

Arti Roy, Associate Director of CareEdge Ratings stated, “The commercial vehicle (CV) industry is expected to experience sluggish growth, with overall sales volume likely to decline by around 3-6 percent in FY25. Several factors contribute to this, including general election-related disruptions, elevated vehicle costs, and high channel inventory levels. However, there is hope for improvement in the latter half of FY25 as infrastructure projects pick up pace post-monsoon and anticipated interest rate cuts provide some relief”.

Hardik Shah, Director at CareEdge Ratings, says, “The Indian CV industry had witnessed its highest sales volume in FY19, and post-Covid, the industry was on track to surpass the same post significant improvement in sales volumes in FY22 & FY23. However, it faced a few hurdles in FY24 due to higher channel inventory, the impact of the transition to BS-VI norms, a rise in vehicle costs, and high interest rates. Looking ahead, the sales volume is expected to decline in FY25 before gathering pace in FY26”.

Slow and steady: CV expects comeback in H2FY25
The CV sector in India experienced significant year-on-year volume increases of roughly 30.7 percent and 28.7 percent, respectively. This boom was driven by pent-up demand as the economy recovered from the COVID-19 pandemic. MHCVs and LCVs performed critical roles in increasing overall commercial vehicle sales volume. Improved industrial and infrastructure demand fueled MHCV growth, while LCV was boosted by e-commerce’s continued expansion.

The CV sector encountered unforeseen obstacles in FY24, leading to a subdued volume growth of 0.7 percent. This was owing to declining pent-up demand in the home market, sluggish international demand, and higher vehicle costs as a result of the changeover to BS VI emission standards. The sector saw pre-buying in the March 2023 quarter ahead of the BS-VI emission rules, which boosted car prices by up to 5 percent beginning April 2023, resulting in weaker demand in H1FY24. Furthermore, sales in H2FY24 were hampered by a slowdown in the pace of infrastructure project implementation caused by the general election. Furthermore, sluggish rural demand remained since rural earnings did not keep up with rising car prices.

According to a report by CareEdge Ratings, when elections end and the monsoon season lessens by September-October 2024, the commercial vehicle (CV) market is expected to recover in the second half of FY25 (H2FY25). Expected interest rate reduction may give relief for vehicle financing. Replacement demand and the mandated scrapping of older government cars are likely to drive sales in FY25. However, despite these optimistic projections, the global CV industry is expected to contract by 3-6 percent in fiscal year 25.

Despite the overall issues in CV sales, MHCV and LCV show divergent trajectories in FY25. MHCVs are projected to improve in the second half of the fiscal year as infrastructure development continues following the monsoon. However, LCVs may suffer limits as a result of rising vehicle prices, high interest rates, and inflation, as individual or small local transport operators, who are the primary consumers of LCVs, may postpone fleet expansion plans due to their limited financial ability to absorb or pass on additional costs.

CV – electrifying its way
Despite its tiny fraction of total CV sales, the electric vehicle (EV) category grew significantly between FY21 and FY24. Key signs of this growth include rising adoption rates and market share, assisted by the progressive construction of EV infrastructure. Notably, the transition to EVs is most visible in the e-bus and light commercial vehicle (LCV) segments.

LCVs, such as delivery vans and small trucks, are converting to electric propulsion. Their importance in last-mile logistics makes them great candidates for electrification. The appeal of EVs stems from their lower operating costs (fuel and maintenance), which attract fleet operators.

Furthermore, e-buses have emerged as key drivers of EV adoption in the commercial vehicle (CV) sector. The desire for cleaner transportation choices fuels the market for e-buses, and government programmes help to accelerate the change.

A spike in demand for electric buses in India’s main cities is expected to drive CV growth. The rise in demand for electric buses in India can be attributed to various factors, including rapid urbanisation, which raises demand for sustainable and cleaner public transport systems, increased environmental concerns, large oil import bills from diesel-powered vehicles, technological advancements, and improvements in battery charging infrastructure. Furthermore, the Indian government, recognising the need for greener public transport, has launched several programmes to promote electric mobility. These include the FAME scheme (Faster Adoption and Manufacturing of Hybrid and Electric Vehicles) and the National Electric Mobility Mission Plan (NEMMP).

In FY24, registrations of electric heavy passenger vehicles (e-HPVs), notably huge electric buses, increased dramatically. Registrations climbed from 217 in FY21 to an astonishing 3,400 in FY24. During the same period, the number of electric light passenger vehicles (e-LPVs) registered increased from 360 to almost 10,500.

According to CareEdge Ratings, demand for electric buses is projected to stay strong in the future, thanks to a growing emphasis on cleaner transport systems and numerous government initiatives. Notably, last year, the government announced the PM e-bus Sewa Scheme, committing USD 2.4 billion to deploy and run 10,000 electric buses in 169 eligible cities using a public-private partnership model. These environmentally friendly vehicles will hit the road in 2024, with full deployment expected by 2026.

Ricron Panels, a Gujarat-based plastic waste recycling startup, has raised a Series A funding round led by Boon Sustainable Technologies.

Harsh Mohunta, Managing Director of Classic Display Systems, Dinesh Babbar, Ex-President of Infra. Market, Veromint Advisors, a boutique investment bank, Venkatesh Srinivasan, Ex-Partner EY GDS, Renuka Sharma, Architecht, and Kaushik Rajan, founder of Stoicus Legal, also participated in the round. Ricron Panels’ legal advisor for this deal was Kaushik Rajan, founder of Stoicus Legal, while Veromint Advisors served as the sole financial advisor.

Ricron Panels, a sustainability firm, has pioneered the conversion of low-value multi-layer plastic (MLP) into high-quality, carbon-negative, and eco-friendly building materials using its patented technique. End applications include furniture, housing, roofing, and building, providing a viable and sustainable alternative to traditional materials. Ricron’s panels are a high-utility, cost-effective alternative to plywood, metal and cement roofs, offering a green building solution for both emerging and developed markets.

Ricron has received multiple awards for its environmental contributions, including the World Wildlife Fund’s Climate Solver Award for Innovation in Technology 2019.

Ricron, founded by visionary entrepreneurs Rahul Chaudhary and Radhika Chaudhary, uses proprietary technology to transform non-recyclable plastic trash into flexible building materials that are waterproof, rust-proof, fire-resistant, heat-resistant, termite-proof, and impact-resistant. These items, which include roofing, framework shuttering, doors, panels, and storage pallets, have higher nail and screw holding strength than typical plywood and MDF and also cost less.

The company recycles 5,000 tonnes of plastic each year, reducing one tonne of deforestation, avoiding the emission of 4.01 tonnes of CO2, and saving 21,000 MJ of energy for each tonne of Ricron manufactured. Furthermore, Ricron was the first company in India to generate an Extended Producer Responsibility (EPR) credit.

The funds raised in the current round will be used to boost Ricron’s marketing and distribution activities in India, thereby increasing the company’s environmental and economic impact.

Rahul Chaudhary, Director & Co-Founder, Ricron Panel says, “Waste management is emerging as a major concern across the nations worldwide as we continue to develop and urbanise. India is one such country which is constantly developing along with its growing population and consumerism causing a rapid increase in plastic intake. To mitigate this formidable plastic wastage, Ricron was established to back waste management and offer a promising solution. With our state-of-the-art technology, today we are manufacturing responsible building materials by recycling 5000 tons of plastic per year and in the next 2 years, we plan to recycle 24000 tons per year.”

Speaking on the investment, Bharat Jaisinghani, Boon Sustainability, says, “Over the years plastic usage across sectors has been on the rise and so has been the after-usage waste which is exhausting the dumping space and causing environmental hazards. Ricron with its innovative technology enables waste plastic to be converted into sustainable products. At Boon Sustainability, we aim to extend strategic support to Ricron and scale this sustainable business worldwide.”

Ricron’s manufacturing plants are now located in Ankleshwar and Bhopal, and the business plans to expand to at least four additional locations across India within the next five years.  L&T, Tata Projects, DLF, Maruti Suzuki, RMZ, SLEEK bt Asian Paints, Decathlon, Nestle, and other well-known customers use the company’s services. 

In India’s many towns and cities, which are frequently named among the world’s most polluted, the lack of organised plastic waste disposal leads to rampant littering and pollution. The UNDP operation, which launched in 2018, has gathered 83,000 metric tonnes of plastic waste. India creates approximately 3.4 million tonnes of plastic garbage each year.

For more information, visit: https://www.ricron.com/

The 13th India Warehouse Show will take place from July 11–13, 2024, at Yashobhoomi, IICC, New Delhi, and will feature over 250 exhibitors as well as expert-led discussions on logistics and supply chain technologies.

The 13th edition of the India Warehouse Show (IWS) is set to make a big effect on the warehouse sector, taking place from July 11th to 13th, 2024, at the cutting-edge Yashobhoomi, India International Convention & Expo Centre (IICC), Dwarka, New Delhi. IWS, organised by RX India, remains a must-attend event for warehouse, material handling, logistics, automation, and supply chain specialists, bringing the whole industry together under one roof.

The 13th edition of IWS will feature a special speech by Shri Surendra Ahirwar, Joint Secretary Logistics & Trade, Ministry of Commerce & Industry, who will give his perspective on India’s growing logistics sector. His talk will focus on the government’s attempts to improve the sector’s efficiency and competitiveness, in line with the subject “Streamlining Tomorrow: Transforming Supply Chains through Automation.”

Speaking about the event Umang Gupta, Country General Manager of RX India says “With the warehousing & logistics sector becoming increasingly critical to the national economy, the industry needs to collaborate across the economic value chain and focus on technological advancements for business growth. Over the decade, the India Warehousing Show has become the flagship event that brings together policymakers, technology companies and infrastructure customers, all under one roof. The 13th edition of IWS is focused towards the rapidly evolving policy and technology landscape and aims to connect all stakeholders vital to the next stage of warehousing & logistics.” 

With over 250 exhibitors, IWS aims to provide an immersive experience and platform for participants to witness the most recent technological advancements and live product demonstrations from the largest national and international companies providing storage, transportation, and logistics solutions. The event will also feature a series of expert-led panel discussions, industry talk shows, and networking sessions with industry professionals all aimed at providing useful insights into the logistics, storage, and supply chain industries.

Attendees can expect a series of fascinating discussions with government and industry decision-makers on themes such as the National Logistics Policy, logistics cost optimisation, AI and Industry 4.0 in supply chain efficiency, and logistics sustainability. Notable sessions include conversations about women in leadership positions in the logistics industry, as well as the impact of e-commerce and Q-commerce on consumer experiences. Yashobhoomi’s cutting-edge amenities and enough space make it a perfect place for industry leaders to meet, collaborate, and drive innovation.

For more information, visit: https://www.indiawarehousingshow.com/

Janky Patel has been appointed as Chairperson of Patel Engineering following the sudden demise of Rupen Patel. His imaginative leadership and unrelenting commitment have been the foundation of the company’s success.

In response to this sad loss, Janky Patel has been appointed chairman of the company. Janky Patel, wife of the late Rupen Patel, is a Mumbai University graduate. She will act as the company’s non-executive chairperson, leading it with the same dedication and integrity as her husband to ensure its seamless operation during this difficult period.

Kavita Shirvaikar has been appointed acting managing director of the company, succeeding her former role as chief financial officer. She is a Chartered Accountant and a graduate of the Institute of Cost and Works Accountants of India, with over 20 years of experience in accounting, taxation, auditing, banking, finance, and fund administration. The board believes in her. She has been with the organisation for eleven years, working closely with Rupen Patel, who has mentored and guided her throughout her career.

Janky Patel expressed profound gratitude to the Board of Directors for their assistance during this difficult period. She says, “Rupen’s vision and dedication to Patel Company were unparalleled. I am committed to continuing his legacy and working closely with our talented team to drive the company forward. The management team has my utmost trust and confidence that they will honour Rupen’s memory and teachings while striving for the best for the company. We will ensure that the highest standards are upheld for the future of the company.”

Kavita Shirvaikar, in her new role as acting managing director, stated, “In his lifetime, Rupen Patel dedicated himself to the success of the company, leaving behind big shoes to fill. It is an honour to follow in his footsteps. I am committed to upholding the high standards and values he instilled in our organisation. Together, we will navigate this period of transition and continue to build on his legacy of trust, honour, and value to our esteemed shareholders.”

During this terrible time, the company’s board of directors and employees extend their heartfelt condolences to the Patel family. Patel Engineering Ltd. remains committed to commemorating Rupen Patel’s legacy and ensuring the continued success of the firm he so passionately led.

For more information, visit: https://pateleng.com/index.php