Modern structural engineers are confronted with diverse challenges, demanding innovative solutions and adaptability to navigate the complexities of contemporary construction projects.

From technological advancements to sustainability concerns, each challenge presents an opportunity for engineers to showcase their expertise and resilience in the face of evolving industry demands.

What are the modern-day challenges a structural engineer faces, and how does he overcome them?
Modern structural engineers face many challenges, each requiring unique solutions. One significant challenge is keeping pace with technological advancements. Engineers must continuously learn and leverage advanced modelling tools to stay ahead. Environmental sustainability is another critical area, addressed through green building practices and comprehensive life-cycle assessments to minimise the environmental impact of structures.

Resilience to natural disasters is essential, and engineers employ performance-based design techniques alongside advanced materials to enhance building durability. Staying compliant with evolving regulations demands a proactive approach to updating knowledge of codes and collaborating closely with regulatory bodies.

Utilising Building Information Modelling (BIM) and other project management tools facilitates effective project management, ensuring seamless coordination and execution. The rapid pace of urbanisation necessitates innovative solutions like vertical construction and modular methods to efficiently use space and resources.

Material and labour shortages are tackled by diversifying supply sources and integrating automation into construction processes. Maintaining health and safety standards involves implementing rigorous safety protocols and ergonomic design principles to protect workers and occupants.

Cost management is achieved through value engineering and thorough cost-benefit analyses, ensuring projects remain financially viable. Lastly, integrating smart technology, such as the Internet of Things (IoT) and smart building systems, helps create more efficient and responsive structures, meeting the demands of modern infrastructure.

What are the benefits of using high-strength steel as reinforcement in RCC structures?
High-strength steel in RCC structures offers benefits like increased load-carrying capacity, reduced material usage, and thinner sections, leading to lighter structures. It enhances durability, reduces construction costs, and allows for greater architectural flexibility. Additionally, it improves seismic performance and overall structural resilience.

What are the advantages of cement replacement and mineral admixture in modern-day concrete? Cement replacement and mineral admixtures in modern-day concrete offer several advantages. First, they significantly enhance concrete’s compressive and tensile strength, making it more robust and capable of bearing greater loads. Additionally, these replacements improve concrete’s durability, providing better resistance to chemical attacks and reducing its permeability, extending the structures’ lifespan. 

From a practical perspective, cement replacements and mineral admixtures enhance the workability of concrete, making it easier to handle and place, which is crucial for achieving a smooth construction process. They also help in thermal control by reducing the heat of hydration, thereby minimising the risk of thermal cracking in the concrete. 

Sustainability is a major benefit, as these materials often involve using industrial by-products, which reduces the carbon footprint associated with cement production. This benefits the environment and tends to be cost-efficient by lowering material costs. Ultimately, incorporating these elements improves the overall performance and longevity of concrete structures, ensuring they remain safe, reliable, and economically viable over time.

What are the common durability issues associated with reinforced concrete structures, and how can they be mitigated through construction chemicals? 
Reinforced concrete structures often face several durability issues, but construction chemicals can effectively mitigate these. One common issue is the corrosion of reinforcement, which can be addressed by applying corrosion inhibitors and protective coatings to the steel within the concrete, significantly extending the lifespan of the structure. 

Cracking in concrete is another prevalent problem. This can be mitigated by using crack sealants and flexible waterproofing membranes, which help maintain the integrity of the concrete and prevent further damage. Alkali-silica reaction (ASR) is also a concern, but it can be controlled by incorporating ASR inhibitors and using low-alkali cement in the mix. 

Freeze-thaw damage, which can cause serious deterioration in concrete, can be minimised by adding air-entraining agents to the concrete mix, improving its resistance to freezing and thawing cycles. Chemical-resistant coatings and sealants are highly effective in protecting against chemical attacks, providing a barrier against harmful substances. 

Carbonation, which can lead to reinforcement corrosion, can be addressed by applying surface treatments and carbonation inhibitors to prevent carbon dioxide from penetrating the concrete. Lastly, moisture ingress can be mitigated using water repellents and damp-proofing agents, which help keep the concrete dry and reduce the risk of damage.

How do construction chemicals impact the cost and sustainability of a concrete structure?
Concrete admixtures are essential chemicals added to concrete mixes to improve workability, enhance strength, and provide resistance to adverse weather conditions. By optimising the concrete mix, these admixtures help engineers achieve greater efficiency and cost-effectiveness in construction projects. They improve sustainability by minimising material waste, enhancing resource efficiency, and lowering the carbon footprint through a reduced need for frequent reconstruction. Concrete admixtures enhance high-volume fly ash (HVFA) and GGBS mixes by improving workability, setting time, and strength. Water reducers, set retarders, and air-entraining agents ensure optimal performance, compensating for slower hydration rates. This allows a significant replacement of Portland cement, reducing CO₂ emissions and material costs. The use of industrial by-products like fly ash and GGBS further minimises environmental impact and waste.

How critical is using corrosion-inhibiting admixtures to increase the durability of RCC structures?
Using corrosion-inhibiting admixtures is critical for increasing the durability of RCC structures. These admixtures protect the reinforcement from corrosion, significantly extending the lifespan of the structure and reducing maintenance costs. They are essential for ensuring long-term structural integrity, especially in marine environments or areas with high chloride concentrations

What is the importance of barrier coats in enhancing the service life of concrete structures, specifically for infra projects?
Barrier coats play a crucial role in enhancing the service life of concrete structures, especially in infrastructure projects. These coatings provide essential protection against moisture, chemicals, and abrasion, effectively preventing damage to the concrete. This protective layer is vital for maintaining the structural integrity of the concrete, particularly by inhibiting the corrosion of reinforcement bars, which is a common cause of structural deterioration. Using barrier coats significantly extends the lifespan of concrete structures by preserving their condition over time. This reduces the required maintenance frequency and extent, ensuring that infrastructure remains safe and functional for longer periods. Also, reducing repair and maintenance needs translates to substantial cost savings. By minimising the expenses associated with ongoing upkeep and potential structural repairs, barrier coats offer an economical advantage for infrastructure projects, contributing to a more efficient allocation of resources and better long-term financial planning.

How do you see the field of structural engineering evolving in the next decade, and how are you preparing for these changes?
In the coming decade, we anticipate significant advancements in structural engineering, driven by several key factors. First, there will be a notable integration of digital technologies such as AI, machine learning, and advanced modelling tools. This integration will streamline processes, enhance accuracy, and allow for more efficient design solutions. There will be a heightened focus on sustainability and resilience, emphasising green and resilient design practices. This shift reflects the growing awareness of environmental concerns and the need for structures to withstand increasingly severe weather events. The adoption of advanced materials will play a pivotal role in shaping the future of structural engineering. Exploring innovative materials will lead to structures with enhanced performance, durability, and sustainability.

Collaborative platforms will gradually become more prevalent, facilitating knowledge-sharing and fostering industry insights. Engaging in such platforms will be essential for staying informed about emerging trends and best practices.

Eventually, continuous learning will be paramount for professionals in the field. Staying updated with emerging technologies and trends through ongoing training and education will ensure that we remain at the forefront of innovation and adapt to evolving industry standards. As a proactive professional, I prepare for these changes by staying informed, embracing new technologies, and investing in continuous education and skill development.

With fast-paced infrastructure growth and changing construction practices, how imperative is it to create a platform where industry experts join hands to share their knowledge and experience and promote the adoption of advanced construction practices?
Yes, it’s very important to join hands in sharing knowledge and experience through the collaborative efforts of industry professionals. It facilitates adopting advanced construction practices, ensuring projects are executed efficiently, sustainably, and resiliently. By exchanging insights and best practices, professionals can navigate challenges, promote innovation, and collectively drive the industry towards more effective and sustainable solutions, meeting the demands of modern infrastructure development.

Tilara Polycarbonate Roofing Sheets are altering roofing in the industry with unrivalled quality, durability, and sustainability.

Emphasising the remarkable attributes, Brijesh Tilara, CEO of Tilara Polyplast, elaborates on their roofing sheets’ quality control, supply chain robustness, and environmental commitment.

How do you differentiate your roofing sheets in the competitive market, and what unique features or value propositions define your products?

Tilara Solid Polycarbonate Sheets boast exceptional impact, transparency, and temperature resistance, making them a versatile glazing material for industrial and commercial applications. These sheets also possess excellent fire-retardant properties and are classified as self-extinguishing materials. Tilara Solid Polycarbonate Sheets are 250 times stronger than glass and 25 times more impact-resistant than acrylic sheets.

Tilara Multiwall Polycarbonate Sheets feature 2UV co-extruded protection to ensure exceptional UV resistance. The hollow structure, flexibility, and excellent impact resistance ensure these sheets can be deployed in various applications. The market value proposition of polycarbonate sheets lies in their combination of durability, transparency, lightweight design flexibility, weather resistance, thermal insulation, flame retardancy, chemical resistance, longevity, and low maintenance requirements. These characteristics enable various applications in diverse industries, making them an attractive material choice for many customers.

What quality control measures and testing processes ensure consistent roofing sheet quality and compliance with industry standards?

Our state-of-the-art tech lab adheres to ISI standards, ensuring that only top-quality products are delivered to our customers. Our skilled and experienced experts rigorously test every aspect of the lab. Our lab is equipped with various facilities, including falling dark impact testing, a microscope with UV coating, flame resistance testing, wall panel impact testing, transmittance and haze measurement, a micrometer, a Lux Meter, an S.S. scale, a density check meter, a colour matching chamber, and a UV light meter. This comprehensive range of testing capabilities ensures our products meet the highest quality standards.

Which measures are in place to manage potential disruptions in the roofing sheet supply chain to maintain production and meet customer needs?

Maintaining relationships with multiple suppliers helps us mitigate the risk of disruptions. We maintain an inventory of roofing sheet materials to buffer against unexpected disruptions. This helps meet customer demands even if the supply chain experiences temporary setbacks. Accurate demand forecasting allows us to anticipate material requirements and adjust our procurement strategy accordingly. We periodically audit the supply chain to identify potential vulnerabilities or improvement areas.

How do you balance roofing sheet cost-effectiveness with crucial performance aspects like durability and weather resistance?

We meticulously select materials that offer a harmonious blend of affordability and performance. Our research and development team rigorously assesses various materials to ensure they meet the required durability and weather resistance standards while keeping costs in check. We invest in ongoing research and innovation to identify new materials, technologies, and production methods that enhance our roofing sheets’ cost-effectiveness and performance.

We stand by the quality of our products and offer extended warranties that reflect our confidence in our roofing sheets’ durability and weather resistance. This demonstrates our commitment to ensuring customers’ long-term satisfaction. We conduct thorough lifecycle analyses of our roofing sheets to evaluate their total cost of ownership over their operational lifespan. This can include advanced coatings, structural reinforcements, and optimised designs contributing to durability and cost-effectiveness.

Which strategies do you follow to analyse the environmental impact of your roofing sheets throughout their lifecycle and minimise their overall carbon footprint?

We conduct rigorous lifecycle assessments to evaluate the environmental impact of our roofing sheets, from raw material extraction to manufacturing, transportation, use, and end-of-life. This enables us to identify hotspots and prioritise areas for improvement. We educate our customers about proper maintenance and care of our roofing sheets to ensure they perform optimally and have a longer lifespan, thereby reducing the need for premature replacements. Our roofing sheets are designed for long-term durability, reducing the need for frequent replacements. This extends the product’s lifespan and minimises the associated environmental impacts.

Union Minister Nitin Gadkari has launched a ₹10 lakh crore plan to upgrade 25,000-30,000 km of highways, hoping to boost connectivity, attract investment, and move India towards a $5 trillion economy.

Union Minister Nitin Gadkari emphasised the critical importance of infrastructure development in strengthening India’s economy, unveiling a game-changing plan to convert 25,000-30,000 kilometres of two-lane highways into four-lane roadways. The ambitious program will require an expenditure of ₹8-10 lakh crore and promises to considerably boost connectivity across the country.

During a ceremony in New Delhi, Gadkari announced that the Ministry of Road Transport and Highways (MoRTH) aims to complete highway projects worth ₹5-6 lakh crore annually.  As part of a strategy shift, the government would promote the Infrastructure Investment Trust (InvIT) model to attract local investors. InvITs, structured similarly to mutual funds, allow for pooled investments in revenue-generating infrastructure assets, providing long-term cash flows.

Gadkari further stated that the Build-Operate-Transfer (BOT) annuity model will be revised in order to improve financial sustainability and reduce government burden. According to the proposed amendment, the government will collect toll revenue for 15 years while paying concessionaires via annuity payments.  Contractors will also be in charge of highway maintenance during this time, assuring accountability and consistent quality.

While emphasising the benefits of the BOT model, Gadkari criticised the quality of roadways built under the Engineering, Procurement, and Construction (EPC) model, noting inferior results when compared to BOT projects.  He emphasised the importance of long-term private-sector involvement in maintaining high construction standards.

To ensure toll costs are fair, the minister proposed a clause requiring concessionaires to split 50% of the additional money with the government if toll rates rise by more than ten percent.  This strikes a balance between profitability for investors and affordability for motorists.

 Gadkari also issued a strong warning against cartelisation in highway project bidding, saying such activities would not be permitted.  His words highlight the ministry’s emphasis on transparency, quality, and strong financial models in infrastructure implementation.

India’s efforts to modernise its highway network are intended to improve transportation efficiency and economic growth and create a more appealing investment environment through improved models such as InvIT and BOT. The breadth and scope of these developments demonstrate the government’s determination to transform India into a $5 trillion economy supported by world-class infrastructure.

This collaboration aims to deliver a broader, customer-focused product portfolio—starting with the launch of the Mid-Tech brand AntOn by Jungheinrich—and paves the way for deeper cooperation across the value chain.

Jungheinrich and EP Equipment have formed a strategic cooperation under the banner “Shaping the future of material handling together”. This alliance intends to provide considerable benefits to clients worldwide by leveraging both firms’ strengths to improve efficiency, productivity, and sustainability in global material handling operations.

Enhancing product offering
Jungheinrich and EP Equipment will use their combined expertise to focus on customer-centric and innovative industrial trucks, making both companies more competitive in their product offerings.  EP Equipment will begin by supporting Jungheinrich’s portfolio expansion with its new Mid-Tech brand “AntOn by Jungheinrich”, which will focus on electric counterbalance and warehouse trucks.

With parallel origins and a common concentration on electric material handling equipment, both companies have fostered innovation and, as a result, revolutionised the industry in recent decades.

Dr Lars Brzoska, CEO of Jungheinrich, states, “We are thrilled to announce our new partnership with EP Equipment, as it will be a significant benefit for our customers. The portfolio extension will be a key part of our Strategy 2030+, in order to strengthen our position in the booming Mid-Tech market. Together with EP, we are able to provide a comprehensive full-liner truck portfolio – simply the right truck for every customer.”

John He, CEO of EP Equipment, adds, “The partnership with Jungheinrich is yet another step in our mission to transform the industry from IC forklifts to electric. Together, we will further enhance our economies of scale in production, learn from each other and further strengthen our position as the leading players in lithium-ion-powered material handling equipment.”

Combined strengths provide higher value to customers. EP Equipment is a market leader in lithium-ion-powered material handling vehicles, helping to shape the industry’s future with innovative solutions that prioritise green energy. EP operates through a global dealer network, servicing consumers all over the world.

Jungheinrich is a leading provider of material handling systems and a valued partner to customers all over the world, with a strong global presence and an unmatched direct sales and support network.  Since 1953, the firm has concentrated on extremely inventive electric material handling equipment and is a pioneer in lithium-ion technology in the industry.

By combining these qualities with a shared history of electrification and innovation, the partnership promises to provide superior value to all consumers while also opening up the possibility of additional strategic collaboration opportunities across the whole value chain. Both partners are committed to exploring new prospects as they move forward.

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

Two strong Liebherr cranes are being utilised to construct the 200-metre-high NKT Tower 3 in Karlskrona, southern Sweden, assuring speedy development. The tower rose 2.6 metres each day thanks to a shift work method, reaching its maximum height in 90 days.  Liebherr provided the project with specially calculated, specialised crane solutions to enhance efficiency.

Karlskrona has seen the rapid growth of an amazing edifice.  The NKT Tower 3 is Scandinavia’s second-tallest tower, at 200 metres tall.  Two Liebherr cranes, a 542 HC-L 12/24 Litronic and a 258 HC-L 10/18 Fibre, are essential components of this massive building project. The Skanska-built tower will be a crucial part of the world’s largest high-voltage submarine cable plant, supplying wind turbines and solar parks with essential components. The NKT Tower 3 is an engineering marvel, weighing in at  28,000 tonnes.

Liebherr Tower Crane Centre and Tower Crane Solutions provide implementation support
A high-performance crane solution was required to meet the extremely tight construction schedule of 90 days. To enable speedy construction progress, the Liebherr Tower Crane Centre (TCC) deployed Liebherr 542 HC-L and 258 HC-L cranes from its rental fleet.

“To secure 24/7 operation, we moved key spare parts, such as a new fibre rope and various modules, directly onto site in advance so that time isn’t lost if these are needed,” says Stefan Gröber, Head of TCC Used & Rental.

In addition, Tower Crane Solutions (TCS), Liebherr’s project department for big and unique projects, supplied thorough calculations for optimal tie-in geometry and made the necessary tie bars available through the Tower Crane Centre. The climbing steps were also meticulously planned to ensure a smooth construction procedure. An ideal crane setup, including hoist rope lengths, power supply, and tower bracing, was designed expressly for the project.  TCS also provided structural data for foundation loading and tensioning forces, and they collaborated with the Tower Crane Centre to coordinate tie-in geometries. This customised solution successfully matched the project’s stringent criteria.

The project was completed on schedule thanks to great collaboration between TCC, TCS, and the corresponding side in Sweden, Fredrik Funke, Head of Tower Cranes Skanska South District, and Project Specialist Anders Ekström of Ekström Lyftkonsult AB.

Fast construction progress with a four-shift system to achieve spectacular heights
Two luffing jib cranes, a 258 HC-L 10/18 Fibre and a 542 HC-L 12/24 Litronic, were employed on site, with final tower heights of 213 and 210 metres, respectively. The tower was built at an incredible speed.  The structure expanded by an average of 2.6 metres per day in just three months, thanks to a four-shift arrangement and round-the-clock operations. The construction measures 23 m² and has a total capacity of 112,445 m³, which is similar to 45 Olympic-sized swimming pools.

For more information, visit: https://www.liebherr.com/en-de/group/start-page-3705202

Knauf India launches DewBloc Gypsum Plasterboard, a moisture-resistant, eco-friendly solution ideal for wet areas. Lightweight and durable, it ensures quick installation and high performance in residential and commercial spaces.

Knauf India, the world’s leading provider of plasterboard and ceiling solutions, is pioneering the next wave of construction innovation with the introduction of DewBloc Gypsum Plasterboard. DewBloc, with its specially formulated gypsum core and moisture-repelling additives, is perfect for interior drywalls and false ceilings that require more protection against moisture absorption and infiltration than typical materials. DewBloc, with its simple installation and lightweight design, combines practicality and style, providing unlimited design options to boost the aesthetics of any room.

Knauf DewBloc is tested by IS 2095 (Part 1): 2023 Type H2 and BS EN 520:2004 requirements to assure the best quality.  Made from sustainable resources, it also helps to create energy-efficient buildings, making it suited for a wide range of residential and commercial projects.

Key Features –

• Moisture-resistant solution: Ideal for internal applications in wet areas, including false ceilings, drywalls, and wall linings.  
• Increased moisture protection: Offers better resistance to absorption and infiltration of moisture compared to traditional drywalls and ceilings. 
• Fast installation: Lightweight composition enables quicker construction times. 
• Eco-friendly: Manufactured using sustainable and environmentally responsible material.  
• Versatile design: Perfect for elevating a variety of indoor spaces. 

Speaking about the launch, Sumit Bidani, CEO of Knauf India, says, “The launch of DewBloc Gypsum Plasterboard underscores our commitment to driving innovation and sustainability in the Indian construction industry. Designed to combine strength, durability, and aesthetic appeal, DewBloc addresses a critical industry challenge—moisture damage in interiors. It is especially well-suited for wet area applications and offers reliable performance during the monsoon season.” 

Knauf continues to lead the construction material manufacturing sector with creative, problem-solving, and environmentally friendly products. The introduction of DewBloc Gypsum Plasterboard opens the way for a future based on high-performance materials.

For more information, visit: https://knauf.com/en

On November 4-6, 2025, Pragati Maidan will host the Cable & Wire Fair, Tube & Pipe Fair, and Bharat Metal Expo, bringing together worldwide exhibitors and industry leaders to foster innovation and growth.​

India’s capital will soon host a huge industrial event. Pragati Maidan will become the hub of innovation and collaboration from November 4-6, 2025, when it hosts the Cable & Wire Fair (CWF), the Tube & Pipe Fair (TPF), and the inaugural Bharat Metal Expo (BME). The joint event is expected to greatly enhance business in the wire and cable, tubes and pipes, and steel industries.

The Cable & Wire Fair (CWF), which is larger and more international, is returning for its sixth edition.  The event, which takes place alongside the Tube & Pipe Fair (TPF) and the inaugural Bharat Metal Expo (BME), provides a consolidated and vibrant commercial platform aimed at increasing prospects and fostering cross-sector connections.

The scale is enormous.  The expo, which will span 35,200 square meters in freshly designed rooms, is expected to attract over 500 exhibitors, 15,000 visitors, and participation from over 20 nations, making it one of the region’s major industrial events.

This massive expo aims to accelerate progress through collaboration.  The expos will showcase the interconnection of infrastructure, construction, automotive, energy, communication, railways, and manufacturing and how they contribute to India’s progress.

The concurrent expos will coincide with other factors boosting industrial growth.  Electrification, power generation, smart grids, renewable energy, and the 5G deployment all contribute to the growth of India’s wire and cable business.  Growth is predicted to range between 9 percent and 12 percent CAGR, fuelled by government initiatives such as “Power for All” and “Digital India,” with manufacturers considering exporting.

Infrastructure, oil and gas, water, and construction projects are all driving expansion in India’s tube and pipe industry.  The automotive industry, power plants, hydrogen pipelines, and sewage infrastructure will drive CAGR growth of 6 percent to 8 percent, with a focus on specialised tube development.

India’s steel and metal industry is a vital pillar of the economy.  India, the world’s second-largest steel manufacturer, is expected to reach 300 million tonnes by 2030, driven by a 6-8 percent CAGR and investments in infrastructure, defence, renewable energy, EV’s, and green steel. The sector is striving to become a worldwide manufacturing powerhouse.

The complete show builds upon its previous popularity. The co-location of CWF and TPF in 2023 was a huge success; the 5th edition of CWF rose 2.5 times in size, while TPF’s maiden event was well-attended.  Both exhibits had a strong international presence, fascinating talks, and creative exhibitions.

Bharat Metal Expo 2025 (BME25) marks a new milestone in the show’s organic growth. Building on its previous success, Bharat Metal Expo 2025 is India’s comprehensive steel industry event, aimed at strengthening the value chain while providing great sourcing, networking, and learning opportunities.

The show provides unrivalled value to attendees. Visitors will see a variety of technology and cross-industry solutions while networking with global suppliers and creating key alliances. The event will also include a number of technical conferences, dedicated innovation zones, and B2B meetings, all of which are expected to add new vigour to the industrial scene.

Tulip 3P Media Pvt. Ltd., a known name in trade publications and exhibits throughout the wire and cable, paper, tube and pipe, and associated industries, is organising this event, which promises to be a watershed moment in India’s industrial future.

Crushing old habits is undoubtedly a daring step, and doing so by upgrading the machines in your fleet with MB Crusher equipment increases efficiency, speed, and profitability.

Aggregates are the most commonly used construction material; they serve as the foundation for the development of roads and infrastructure, as well as a key component of asphalt pavements and concrete.  This is why MB Crusher can help any construction company that relies on aggregates save money and complete projects on time.

(UNUSUAL) GUIDE TO THE CHANGE
As urbanisation and infrastructure development continue, the demand for aggregates grows, highlighting the challenge of supply and high manufacturing costs.  MB Crusher equipment is essential for producing high-quality aggregates at a lower cost per tonne.

Here’s how:
Lower production costs at extraction sites
Once piled, the overloaded materials resulting from quarry preparation can occupy huge areas, potentially limiting quarry operations.  Moving these massive stockpiles requires the transportation of thousands of cubic metres of material at exorbitant expense.

Some have found a solution by adding an MB-S23 screening bucket with a 10 x 10 cm grid basket on the Hitachi Zaxis 460 LCH excavator that is already working in the quarry. As a result, the customer acquired two types of material: one with dimensions bigger than 10 cm, which was retained in the basket and placed directly into the dumper before being transferred to the crusher plant to continue the processing process. While material with dimensions smaller than 10 cm is utilised for filling and embankment construction, it does not incur additional disposal charges.

As a result, an expensive procedure has been transformed into an activity that has boosted profit margins: the client now saves on the price of removing the overburden and has inert material for his plant and the option to resell the excess.

As they say, from waste to profit! https://vimeo.com/344298987

Often we do not realise that we are sitting on a pile of money. We are talking about extraction and production waste, which is stockpiles to take up space, unused. Instead, it can be transformed into quality material, ready to be reused or resold with the MB Crusher bucket. To sum it up, nothing is thrown away: by giving value to the stockpile already available, costs are therefore reduced. As did a company in southern Italy, which had a big problem with the waste of stone material, which continuously required significant transport, disposal and treatment costs. So they decided to “change course” and crush the garbage using a crusher bucket on his 9-ton JCB 4CX backhoe, producing sellable inert material for substrate installation. https://vimeo.com/872561547

Secondary Quality Aggregate
The raw resources used in construction are finite; thus, employing “secondary aggregates” – such as rubble from the demolition and reconstruction of old buildings – is a smart habit that pays off. These products were previously deemed garbage, resulting in high landfill fees. They have now been treated so that they can be reused.  It is made easier by utilising the heavy machinery that is already on-site.

As in the demolition of an ancient grain deposit, the steel contained within the reinforced concrete was collected and resold, while the overburden material was utilised as a road substrate.  How?  With an existing excavator equipped with a BF90.3 crusher bucket. https://vimeo.com/932431804

MB Crusher machines are designed for diverse use in recycling plants, quarries, landfills, and on construction sites, and they provide a solution for aggregate production on their own.

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

Everest’s Evercool and HiTech cement sheets support modern modular construction with structural efficiency and sustainable features like high SRI, offering durable, eco-friendly roofing for diverse applications.

How do your solutions align with modern construction trends like modular and pre-engineered building systems?
We manufacture and distribute Cement sheets, offering various variants and SKUs aligned with our core products. Evercool roofing sheets are designed to seamlessly integrate with modular systems:

• Standardisation: Available in standardised lengths (3.00m to1.50m) and widths (1050mm overall), Evercool sheets are ideal for quick assembly in modular frameworks, minimising on-site adjustments and speeding up project timelines.
• Structural Efficiency: With a maximum purlin spacing of 1.4M, Evercool optimises material usage while maintaining structural integrity
• Durable: The Fibre Lock Technology ensures the cement sheets are highly durable, aligning with the need for low-maintenance, long-lasting materials.
• Versatility: Suitable for diverse applications—factories, poultry farms, house extensions—Evercool supports the flexibility required in modern modular designs.

How are you addressing the demand for integrated roofing systems that combine solar, insulation, and waterproofing?
We have proactively adopted sustainable manufacturing practices and product innovations to align with evolving environmental standards, including stringent VOC limits and recyclability requirements. Our non-asbestos cement roofing sheet, HiTech Roofing Sheet, exemplifies our commitment to green building solutions. It has been awarded the GreenPro certification, recognising its eco-friendly attributes, such as low environmental impact, reduced emissions, and enhanced recyclability. This certification underscores our dedication to offering construction materials that are not only high-performing but also sustainable.

With an industry-leading SRI of 103, Evercool reflects up to 8°C of heat, drastically reducing reliance on artificial cooling systems and enhancing energy efficiency. The water-repellent surface and anti-fungal properties ensure durability in humid environments, eliminating leaks and microbial growth.

What emerging trends are you observing in roofing technologies across key markets?
We have developed advanced roofing solutions that cater to multifunctional performance needs to meet the growing demand for integrated roofing systems that offer cooling and water-repellent properties. Rising demand for high-SRI materials to combat urban heat islands. Energy-saving cool roofs that reduce carbon footprints align with global net-zero goals. Growing demand in niches like poultry farms (to protect livestock) and industrial sheds (to boost worker productivity). Combining aesthetic appeal with performance-driven features, we are helping customers adopt smarter, more sustainable roofing solutions.

How do you see the roofing market evolving shortly?
In the roofing market, we see rapid urbanisation and government push towards rural housing developments, and the demand for cement roofing sheets is expected to grow at a steady 1-1.5 percent CAGR., being driven by revolutionary products like Everest Evercool.

At Roof India 2025, Trimble presents smart technologies that simplify roofing projects, boost precision, and promote sustainable building methods.

What products or innovations are you presenting at Roof India 2025?
At Roof India 2025, we showcase easy-to-use digital tools that help make construction faster, more accurate, and better connected. Our key solutions, such as Tekla Structures and Trimble Connect, support professionals working with steel and roofing systems by improving their design, planning, and building.

These tools enable us to create detailed 3D models that show exactly how a structure will come together. Because everything is planned clearly from the start, there’s less room for errors and delays. Our technology allows everyone, from the office to the site, to stay connected and work with the same up-to-date information.

We aim to help construction teams work smarter, reduce waste, and deliver high-quality results. Visitors to our booth can explore how these technologies are used in real projects and learn how digital construction is changing how we build.

How do your solutions align with modern construction trends like modular and pre-engineered building systems?
Our technology supports the growing shift towards modular and pre-engineered building (PEB) systems by helping construction teams plan, design, and build more efficiently. With tools like Tekla Structures, we can create detailed 3D models that show how every part of a building fits together—even before construction begins.

This is especially important in modular construction, where components are made off-site and assembled on location. Our software ensures everything is accurate and ready to fit perfectly, reducing delays and rework. The same applies to PEB systems, which rely on precision and coordination between design and fabrication.

By using digital models and cloud-based collaboration tools like Trimble Connect, we enable teams to communicate better and spot issues early. This saves time, reduces waste, and helps projects move forward faster.

As the construction industry seeks smarter and more sustainable building methods, our solutions make it easier to adopt modern methods like modular and pre-engineered construction without compromising on quality or speed.

How are you addressing the demand for integrated roofing systems that combine solar, insulation, and waterproofing?
As a construction technology solution provider, we play an important role in supporting sustainable construction practices overall. Our design and collaboration tools help construction professionals plan and coordinate projects with high detail and accuracy, whether for roofing, structural steel, or full building systems.

Using detailed 3D models in Tekla Structures, we enable teams to identify the best ways to integrate sustainable elements, like solar panels or energy-efficient materials, into their designs. With Trimble Connect, stakeholders can work together on a single platform, reducing errors, avoiding rework, and minimising waste.

This approach supports the growing demand for environmentally responsible construction by improving efficiency, lowering material usage, and helping teams deliver better-quality buildings. Our tools make it easier for builders to adopt green practices and achieve sustainability goals, even in complex projects.

What emerging trends are you observing in roofing technologies across key markets?
Across key markets, we’re seeing a strong shift in the roofing industry towards smarter, more sustainable solutions. One major trend is the growing use of digital tools and automation, such as drones for inspections, AI-powered planning software, and cloud-based collaboration platforms. These technologies help roofing professionals work faster, make better decisions, and reduce errors.

Another important trend is the rise of energy-efficient roofing systems, including solar-ready designs and advanced insulation materials. These are being adopted more widely as environmental awareness and energy costs increase. The demand for roofing systems that combine durability with performance, like weather resistance and thermal efficiency, is also growing.

Our software solutions support these trends by helping construction teams plan and execute roofing projects with high precision. Using 3D modelling tools and real-time collaboration platforms, we enable professionals better to coordinate design, fabrication, and installation processes, leading to faster delivery, less waste, and better long-term performance.

As the industry evolves, our digital construction tools will play a key role in helping roofing businesses stay competitive and meet the growing demand for innovation and sustainability.

How do we see the roofing market evolving in the near future?
We see the roofing industry undergoing a steady transformation, shaped by rising urban development, climate considerations, and the need for faster, more efficient construction. In the near future, the market will continue shifting towards smarter solutions, combining digital tools, sustainable materials, and better project coordination to meet modern building demands.

Technologies like 3D modelling, cloud collaboration, and real-time data sharing are becoming essential in the design and execution of roofing projects. As awareness of energy efficiency and green buildings grows, we also anticipate increased adoption of materials and methods that reduce waste and improve long-term performance.

We believe that the future of roofing—and construction as a whole—lies in greater integration of digital workflows, improved communication between teams, and a strong focus on building sustainably. By equipping professionals with the right tools and insights, we’re proud to support an industry that’s evolving and improving the way we build for generations to come.

As the construction industry shifts towards more sustainable and resilient building methods, Hindalco Everlast is setting new standards for roofing solutions with its unique use of aluminium – a lightweight, corrosion-resistant, and infinitely recyclable metal.

How does your company prioritise sustainability in roofing solutions, considering both material selection and installation processes?
Sustainability promotes a circular economy, and because aluminium is rust-free, it can be recycled indefinitely, earning it the nickname “wonder metal”. As a result, aluminium is an essential component of any long-lasting architectural design.  Aluminium helps to reduce the recurring costs associated with the frequent replacement of sheets due to corrosion in conventional roofing choices.   Aluminium roofing is lighter, making fabricating, modifying, and moving about easier.  For example, Hindalco Everlast Aluminium roofing is a popular choice for rooftop solar installations. Furthermore, many government buildings, iconic infrastructure, railway stations, heritage wings and many more are already adorned with Hindalco Everlast Aluminium roofing sheets for their speedier, long-lasting and sustainable aspects and are serving as aesthetic, safe and sustainable shelter.

How does Hindalco Everlast address critical maintenance challenges and increasing recurring costs?
The major challenge or recurring cost arises on account of damage to roofing due to rusting, especially at crevice areas which spread across the span of roofing sheets. Hindalco Everlast offers virgin Aluminium roofing sheets which are 100 percent rustproof, as the cross-section is Aluminium and not only a coating. Thus, Aluminium roofing sheet is preferred choice of roofing to many aggressive industries like Steel, Casting, coke ovens, Coal Storage, Cold Storage, textiles, Paper, Dairy, Animal Husbandry, Ports, Tea, Solar modules, Leather and many more. 

Can you elaborate on any recent innovations in roofing technology that enhance both durability and energy efficiency? 
Hindalco is a pioneer in aluminium roofing in India and a metallurgical expert with a strong R&D team. Our unique Hi Crest profile offers a perfect combination of higher strength and wider coverage over conventional profiles. A special alloy makes Hi Crest even stronger and the best fit for solar rooftop applications. Furthermore, aluminium roofing-grade alloys moderate internal temperatures, making them ideal for cold storage and temperature-controlled warehouses.

How does your company ensure the integration of roofing products with other construction elements, fostering synergy in building solutions? 
Dead load is an important consideration in any building construction, and aluminium has a 2-3 times lower dead load than conventional materials, allowing for greater flexibility in handling and installation.  With decreased dead load, aluminium still has a high strength-to-weight ratio depending on the alloy, temper, design, and thickness combination. As a metal conglomerate, we have five rolled product facilities with a capacity of 470 ktpa, as well as an integrated and in-house supply chain for raw materials ranging from bauxite to alumina, smelting, casting, and finished products.  This aids in the smooth transportation of material and cushioning against market fluctuations, making Everlast a resourceful and dependable roofing brand for customers. Also, with a legacy of over 40 years, we have built a strong team of business partners and vendors to meet all roofing industry needs while always maintaining customer expectations at the forefront and making the customer journey a pleasant experience rather than simply a purchase of roofing sheets.   

How do you address the growing demand for customisable roofing solutions for diverse architectural styles and environmental conditions? 
With Hindalco’s launch of a new brand identity, we have ventured into a series of new businesses and value-added products and further heavily invested in the complete value chain of Aluminium which ensures we are fully equipped and future-ready for all probable industry demands. With prior trends and continuous customer engagement, we  seek insights from customers. Our massive capacity buildup in upstream and downstream products ensures we can meet all probable industry demands for aluminium solutions. With prior trends, we seek ongoing insight from customers and co-create solutions, which are supported by our robust Hindalco Innovation Centre and Aditya Birla Science & Technology Centre, to develop better goods and solutions. A special emphasis has been given to public infrastructure projects, which are at the heart of government initiatives for the redevelopment and construction of world-class and aspirational designs for airports, railway stations, convention centres, etc., and with aluminium as a wonder metal, it’s an integral part of seamless roofing for the majority of airports.

Please discuss your approach to quality control throughout the manufacturing process, ensuring reliability and longevity in roofing installations. 
We adhere to strict quality standards consistent with BIS requirements and a three-point inspection process before packaging and delivery. Quality samples are verified at every stage, from casting to coil to completed product, to guarantee the specified mechanical and chemical qualities and surface finish.

At Roof India 2025, Colorshine debuts a cutting-edge roofing solution with AZ-200 Al-Zn substrate, a 35-micron coating, and a 20-year warranty—blending durability, design, and sustainability for modern construction.

What products or innovations are you presenting at Roof India 2025?
Colorshine is proud to introduce a groundbreaking roofing innovation at Roof India 2025, setting new benchmarks in both durability and design. While the official name remains under wraps, the product promises exceptional performance backed by a 20-year warranty, a robust AZ-200 Al-Zn substrate, and a 35-micron advanced paint system that ensures superior gloss, long-lasting colour retention, and enhanced weather resistance. Engineered for high-performance and architecturally demanding applications, this launch is not just a product—it’s a commitment to enduring value and elevated aesthetics.

How is Colorshine supporting the solar energy segment with its AZ-200 Al-Zn coils?
We have successfully developed and scaled up the production of AZ-200 Al-Zn coils tailored for the solar infrastructure segment. These coils offer exceptional corrosion resistance, thermal stability, and high surface reflectivity — key for long-term performance.

Compared to standard galvanised steel, AZ-200 provides 4–6 times better corrosion protection, ensuring durability even in harsh environments. This makes it ideal for solar mounting structures, helping reduce maintenance and enhancing project lifespan.

With this innovation, we are proud to contribute to India’s green energy goals by powering more reliable and sustainable solar installations.

How do your solutions align with modern construction trends like modular and pre-engineered building systems?
Our range of colour-coated and Al-Zn coils is engineered for precision and adaptability. Our products offer exceptional formability and are ideal for modular construction and pre-engineered buildings (PEBs). With consistent thickness, durable paint systems, and excellent corrosion resistance, our coils ensure continuous integration and longevity, even in aggressive environments.

What measures are you taking to meet new environmental standards, such as VOC limits and recyclability requirements?
Sustainability is central to Colorshine’s manufacturing philosophy. Our coating process uses high-solids, low-VOC paint formulations, significantly reducing volatile organic compounds’ emissions while maintaining excellent film performance and coverage. These coatings comply with stringent international environmental standards. Our Al-Zn coated steel is also 100 percent recyclable, supporting long-term circular economy goals. We also collaborate closely with supply chain partners to implement and maintain environmentally responsible practices throughout our sourcing, production, and logistics operations.

What emerging trends are you observing in roofing technologies across key markets?
One of the most significant trends is the shift toward multi-functional roofing systems that seamlessly integrate thermal insulation, solar compatibility, and architectural appeal. Urban and industrial markets are increasingly preferring longer warranty cycles, superior colour retention, and low-maintenance, high-durability finishes. We’re at the forefront of these advancements, leveraging cutting-edge material science and product innovation to meet the evolving expectations of modern infrastructure.

How do you see the roofing market evolving in the near future?
The roofing industry is shifting toward smart, sustainable, and high-performance solutions. Customers demand longer life cycles, greater design freedom, and eco-conscious choices. With our ongoing investment in R&D, we are confident that Colorshine will continue to shape the future of roofing in India and beyond.

At Roof India 2025, Mount Roofing and Structures will showcase their advanced Sandwich PUF Panels—energy-efficient, durable, and modular solutions designed for modern construction, sustainable practices, and integrated roofing system requirements.

What products or innovations are you presenting at Roof India 2025?
At Roof India 2025, we are proud to present our flagship product—sandwich PUF Panels. As one of India’s leading manufacturers of high-quality Sandwich PUF Panels with our fully automated continuous line, we specialise in delivering energy-efficient, durable, and versatile insulation solutions for various industrial, commercial, and residential applications.

Our focus at this expo is to showcase our innovative panel designs, advanced manufacturing standards, and the customisation options we offer to meet diverse client needs. We look forward to connecting with industry professionals and exploring new opportunities for collaboration.

How do your solutions align with modern construction trends like modular and pre-engineered building systems?
Our solutions are at the forefront of modern construction trends. Our PUF Panels and PEB systems are designed to support faster construction timelines, improved energy efficiency, and cost-effectiveness, key drivers in today’s modular and pre-engineered construction landscape.

Our PUF Panels provide superior thermal insulation, lightweight strength, and easy installation, making them ideal for modular buildings. Meanwhile, our PEB structures offer precision-engineered components that reduce on-site labour and material waste, aligning perfectly with sustainable and time-saving construction practices.

By integrating our products, builders can achieve high-performance structures with reduced project turnaround while meeting evolving green and smart construction standards.

What measures are you taking to meet new environmental standards, such as VOC limits and recyclability requirements?
We are dedicated to promoting sustainable manufacturing and eco-conscious construction practices.

Our PUF panels are engineered with low VOC (Volatile Organic Compound) emissions, ensuring they meet international environmental standards and contribute to healthier indoor environments. While PUF panels are not recyclable, they are designed for long-term energy efficiency and thermal insulation, which significantly reduces buildings’ operational carbon footprint.

In contrast, our PEB systems are highly recyclable. We use high-quality structural steel that can be reused or repurposed, supporting circular economy principles. These systems are also fabricated with precision to minimise on-site waste, and we incorporate eco-friendly coatings and finishes wherever possible.

By combining energy efficiency, reduced fabrication and waste, and a focus on long-lasting, sustainable materials, we aim to support the evolving environmental standards in modern construction.

How are you addressing the demand for integrated roofing systems that combine solar, insulation, and waterproofing?
Our PUF panels offer superior thermal insulation and waterproofing properties, making them ideal for energy-efficient roofing systems. To meet the increasing demand for integrated solutions, we are also working closely with solar panel providers to ensure our roofing structures are solar panel–ready, enabling easy and secure installation without compromising the integrity of the structure.

Our goal is to deliver roofing systems that provide insulation, waterproofing, and solar compatibility, all under one integrated design, reducing energy costs and supporting sustainable building practices.

What emerging trends are you observing in roofing technologies across key markets?
We are witnessing several emerging trends across key markets:

·         Energy-efficient solutions: There is a growing demand for roofing systems that offer superior insulation, which contributes to overall energy savings. Our PUF panels are designed to meet these needs with excellent thermal performance.

·         Quick and modular installation: Markets are shifting toward modular and pre-engineered construction for faster project execution. Our PEB structures are tailored to meet this demand with precision and speed.

·         Eco-friendly materials: Sustainability is a key focus, and clients are increasingly looking for low-VOC, recyclable, and long-lasting materials. Our manufacturing processes are aligned with these expectations.

·         Solar integration: Roofing that supports solar panel installation is becoming standard. We’re adapting by ensuring our products are compatible with renewable energy systems.

·         Low maintenance and durability: Clients expect solutions that are low-maintenance, corrosion-resistant, and weather-proof, which we consistently deliver through our experts in designing high-quality panels and structures.

These trends reflect a larger move towards sustainable, smart, and integrated construction, and we’re proud to be at the forefront of this evolution.

How do you see the roofing market evolving in the near future?
The roofing market is steadily evolving toward sustainable, efficient, and technology-driven solutions. Recent studies estimate the current market size at 23 million sq. ft., highlighting strong growth potential. There’s a significant shift in demand toward energy-efficient roofing systems that provide thermal insulation, faster installation, and long-term durability, all of which are key advantages our PUF panels and PEB structures offer.

There’s also a growing emphasis on modular construction, integrated solar roofing, and eco-friendly materials that meet modern environmental standards. With innovation and performance at the forefront, the roofing industry is poised for a smart transformation—and we’re proud to be leading this shift with our advanced, future-ready products.

IDTechEx investigates how self-healing concrete, which combines old technologies and current biology, could improve infrastructure longevity and lower long-term expenses.

Industrialised nations lose around 3 percent of their GDP each year as a result of material corrosion and degradation difficulties. Damage to concrete structures and infrastructure, ranging from minor fractures to complete failure, can cause major disruptions and require large restoration costs. What if broken concrete had the potential to self-heal microcracks before they grew into larger-scale problems?

The IDTechEx research “Self-Healing Materials 2025-2035: Technologies, Applications, and Players” provides a complete overview of the industry, including insights into technical hurdles and developments, important areas for market growth, and commercial readiness levels. A third-party, independent market assessment is offered throughout, providing an unbiased perspective for the covered commodities and industry sectors.

Concrete often fails owing to the formation of microcracks, which eventually grow into bigger fissures. Freeze-thaw action can be a severe problem since water fills fractures before freezing and expanding, creating additional damage in a repeating cycle. Self-healing concrete is intended to fix these microcracks efficiently. Many methods exist; however, IDTechEx research indicates that biological approaches will pave the road for the successful commercialisation of self-healing concrete.

An ancient approach
Rome was not created in a day, but many of its most stunning buildings and structures have endured the test of time, remaining standing more than two millennia after their construction. Roman concrete is made of quicklime (calcium oxide), volcanic ash, and water and was created at high temperatures using a process known as “hot mixing”. According to studies, lime clasts (calcium-rich mineral deposits) can be seen in Roman construction as small, identifiable white structures measuring a few millimetres in size.

When a fracture occurs, water infiltrates and produces a calcium-rich solution. Despite extensive research, two potential healing processes exist.  In the simplest case, the treatment repairs the fracture itself. The second and more complicated mechanism is known as the Pozzolanic reaction, which involves the creation of numerous intermediates at the interface of the volcanic aggregate and the surrounding matrix.

Modern methods
A promising method from players like Basilisk involves inserting mineral-producing microorganisms into concrete to promote self-healing. These acid-producing bacteria can be inactive for more than 200 years, acting as catalysts in the crack-repair process. When fractures form, the bacteria become active, eating calcium lactate and producing limestone to repair the damage. Bacillus pasteurii, B. sphaericus, B. subtilis, B. cohnii, B. halodurans, and B. pseudofirmus are some of the bacterial strains employed in construction.

The healing process involves a biological reaction between unreacted limestone and calcium-based nutrition. When bacterial spores come into contact with water, they begin to feed on calcium lactate, which consumes oxygen and reduces the danger of steel corrosion. The soluble calcium lactate is transformed into insoluble limestone, which hardens and seals the fracture.

The IDTechEx paper also discusses different approaches to self-healing construction materials.  Geopolymer concrete is made from waste elements like fly ash, and self-healing mechanisms have been proposed. There is also a convincing approach that uses bacteria-coated fibres. The main advantage is that the centre of the fibre serves as a stitch, keeping the crack closed and limiting the amount of self-healing required.

Concrete provides a high-volume way to market self-healing materials, fostering confidence and trust in the unique method of extending structural lifespan. Initial hazards can be reduced by merely considering slabs, with vertical pours for walls postponed until phase two of adoption. According to IDTechEx’s market assessment, adding self-healing characteristics increases material prices by 30 percent; however, this can be accounted for in various ways. Saving on the aforementioned GDP loss, reduced need for replacements, reduced maintenance, and restricted downtime may all be summed up in the overall life-cycle costs that are lowered when adopting self-healing concrete.

The “Self-Healing Materials 2025-2035: Technologies, Applications, and Players” research offers a thorough examination of this expanding market.  Using its experience in advanced materials, IDTechEx provides an objective study that includes technological comparisons, industry trends, and major player assessments, providing significant insights into this promising but still-developing field.

Authored by: Dr Conor O’Brien, Senior Technology Analyst at IDTechEx

JK Tyre opens its ‘JK Tyre Steel Wheels’ hub in Farrukhnagar, Haryana, signalling the beginning of rural growth throughout many states, providing comprehensive tyre solutions and supporting local entrepreneurship.

In a deliberate drive to reinvent its distribution network, JK Tyre & Industries Ltd, a renowned tyre maker, revealed its ‘JK Tyre Steel Wheels’ in Farrukhnagar, Haryana, as part of the company’s concentrated development into rural India, targeting cities with populations of one lakh or fewer.

Over the following three months, the business will begin its rural expansion campaign in Haryana, Bihar, Uttar Pradesh, Maharashtra, Tamil Nadu, and Telangana. The effort will be expanded with a national deployment later this year.

The centre is designed as a one-stop shop for all tyre-related needs, displaying the whole range of JK Tyre products across segments. Customers can take advantage of best-in-market prices, industry-leading warranties, and value-added services like tyre replacement and wheel balance. In a remarkable step, the store now provides an instant claim facility for non-truck tyres – a first-of-its-kind solution in these areas aimed at increasing customer trust and convenience.

Speaking about the new centre, Anshuman Singhania, Managing Director, JK Tyre & Industries Ltd, says, “Our Rural expansion programme will help us to reach the interiors of the real Bharat that are economically vibrant but often under-served. We are not just building retail points; we are also enabling entrepreneurship and access. These centres will offer our full range of tyres and will act as vital touchpoints for our brand, delivering consistency, convenience, and confidence to a fast-rising consumer base across India’s heartland.”

This store expansion is consistent with JK Tyre’s strategic ambition to increase its last-mile presence and capitalise on India’s fast-growing rural and semi-urban demand. As part of the rollout, JK Tyre is enabling local businesses through strategic partnerships to run and grow these centres in their regions. These agreements allow ambitious company owners to connect with JK Tyre’s broad nationwide distribution network, boosting self-reliance, creating local jobs, and driving economic growth at the grassroots level.

JK Tyre has a nationwide network of approximately 900 exclusive Brand Shops and over 6,000 channel partners, with over 800 SKUs to provide excellent service to existing and future customers.

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

Automation Studio Code streamlines engineering with an easy user interface, AI-powered coding, and seamless DevOps integration, resulting in faster, smarter development that is completely compatible with Automation Studio 6 and suitable for cloud collaboration.

Automation Studio Code gives engineering teams a completely new approach to connect with their projects and one another. A new, intuitive UI and cutting-edge engineering features make work easier than ever. DevOps integration guarantees that software delivery pipelines run smoothly, efficiently, and reliably. The advanced development add-on for Automation Studio Code opens up a whole new realm of engineering.

This development plug-in is seamlessly integrated into Automation Studio 6, allowing you to work on a project with two tools without the need for a migration. It is also fully compatible and adaptable. Efficient automation begins with an AI-powered expert coding assistance. With the freedom of cloud-based collaboration, developers can perform their best work and deliver smarter solutions faster.

Source: B&R Industrial Automation (A member of the ABB Group) | Pune
Email: marketing.in@br-automation.com | Tel: 020 41478999
Website: www.br-automation.com

Extreme Crane, a heavy lifting solutions leader in the Washington DMV region, is pleased to introduce the latest and most powerful addition to its fleet: the Liebherr LTM 1650-8.1. The acquisition of this high-capacity, best-in-class crane represents a significant milestone in the company’s continuous commitment to providing cutting-edge lifting technology and unrivalled capability to its customers.

Extreme Crane, a heavy lifting solutions provider in the DMV region, is pleased to introduce the latest and most powerful addition to its fleet: the Liebherr LTM 1650-8.1.  This acquisition represents a significant milestone in the company’s continuous commitment to providing cutting-edge lifting technology and unrivalled capability to its customers.

The Liebherr 1650-8.1 is currently Extreme Crane’s largest and most modern mobile crane, capable of lifting up to 770 tonnes.  Designed for demanding applications in infrastructure, energy, industrial, and commercial sectors, this eight-axle powerhouse provides excellent performance, versatility, and reach while minimising setup times and enhancing job-site efficiency.

“We are ready to get this 1650 out into the field,” said Chris Burke, President of Extreme Crane. “Give us a call to learn about the expanded lifting capabilities we can now offer with this new addition to our fleet.”

Extreme Crane has established a reputation for precision, performance, and professionalism. The arrival of the LTM 1650s, with their 177 feet of telescoping boom and 299 feet of luff, allows the firm to respond to even larger issues. This purchase enhances the company’s technical skills and demonstrates Extreme Crane’s dedication to safety by investing in the latest tools and technology for its clients and staff.

Source: https://www.prweb.com/releases/extreme-crane-expands-capabilities-addition-of-liebherr-ltm-1650-8-1–302439238.html

Ambuja Cements and ACC, the Adani Group’s cement leaders, displayed their ACT Services and exceptional products at REDECON 2025, emphasising innovation, quality, and sustainability in contemporary construction solutions.

Ambuja Cements and ACC, the Adani Group’s major cement and building material firms, demonstrated their dedication to innovation and quality at the REDECON 2025 national seminar hosted at the Nimhans Convention Centre. The companies showcased their Adani Certified Technology (ACT) Services and a variety of premium products, attracting the attention of top professionals and stakeholders in the construction and infrastructure industries. The event focused on breakthroughs in design and construction technology, giving Ambuja and ACC an ideal platform to showcase their technologically enabled services.

At the event, both firms showcased a wide range of technical products, including ACT, IMP (Integrated Material Planning), and MCS (Material Cost Simulation). These services are intended to improve construction quality, optimise resource utilisation, and provide engineers with customised solutions.  Premium cement products such as Ambuja Plus and Concrete Plus were also on display, designed to satisfy the changing needs of modern construction while improving durability, strength, and sustainability.

REDECON 2025 attracted over 1,500 key industry executives from South Karnataka and featured 40 different show stands. Ambuja Cements and ACC hope to strengthen their relationships with consulting engineers and project influencers in the area by actively participating in such venues. Their attendance at the event develops industry contacts, increases brand visibility and reaffirms their position as India’s leading provider of innovative and quality cement solutions.

Bridge expansion joints are crucial in accommodating movement due to temperature, seismic shifts, and dynamic loads. With megaprojects on the rise in Asia and North America, engineering advancements are transforming their design and durability. This article explores cutting-edge materials and smart technologies redefining expansion joints for the future.

To maintain structural performance and service life, bridge expansion joints are vital for accommodating thermal expansion, seismic displacements, and dynamic loads. In one of the largest infrastructure building markets in the world, the evolution and advancement of mechanical engineering are increasing the durability and performance of these joints. This paper addresses the evolution of technologies and materials that assist in shaping the future of bridge expansion joints, with a focus on their integration into the construction of megaprojects in Asia and North America.

Methodology

Material Innovations:

• Fiber-reinforced polymers (FRPs) and high-strength steel alloy to withstand extreme weather and heavy traffic.
• In coastal projects, more traditional 250 MPa (35 ksi) mild steel gives way to next-generation grades like ASTM A709-50T (345 MPa yield strength). For example, the Mumbai Coastal Road employs duplex stainless steel (EN 1.4462) in the joints, which provides three times higher corrosion resistance in saline environments.
• Example: The Chenab Railway Bridge is conducting tests for Carbon-Fibre Reinforced Plastic (CFRP) with up to 1,500 MPa Tensile Strength joints. These are 40% lighter than steel, making them more accessible for installation where needed.

Design Advancements:

• Modular: Asymmetric dimples used for load distribution lead to better performance in modular/integral joints (such as finger-type) versus elastomeric strip seals, which offer additional flexibility for pierspans.
• Seismic-Resistant Designs: Integration of damping systems allows the structure to minimise earthquake-induced vibrations.

Smart Technologies:

• Embedded IoT Sensors: Accelerometers and strain gauges track load distribution and joint displacement in real time. The LoRaWAN transmission of data to centralised dashboards makes predictive maintenance possible.
• Machine Learning Algorithms: By predicting wear patterns using models trained on historical data from the Howrah Bridge, unscheduled downtime is reduced by 35 percent.

Manufacturing Technologies:

• CNC Machining: 5-axis CNC milling allows sections to be shaped with high precision for perfect assembly.
• Robotic Welding: Ensures superior welding quality, even in projects with complex shapes.

Data & Results

• Durability: Modern joints outperform traditional ones by lasting 25–30 percent longer, making them a reliable choice.
• Load Capacity: Modular joints are robust, handling up to 2,000 kN, ideal for major highways like the Delhi–Meerut Expressway.

Case Study: Bogibeel Bridge, Assam

• Challenge: A major issue is managing thermal expansion with temperature swings over 40°C, leading to strain and unwanted vibrations in bridge pavements.
• Solution: Installing multi-dimensional modular expansion joints with sensors helps monitor the bridge’s health in real-time, addressing expansion challenges effectively.
• Outcome: This innovative approach reduces maintenance costs by 40 percent and prolongs the service life of structures to over 50 years.

Cross-sectional diagram of a modular expansion joint with labeled components.

Conclusion

Advanced mechanical engineering is crucial for building the world’s infrastructure. It includes innovations such as sensor-enabled modular joints, strong materials like duplex stainless steel, and AI-driven predictive maintenance systems. These technologies greatly reduce risks from earthquakes and coastal erosion and can lower project costs by up to 40%. For instance, projects like the Bogibeel Bridge in Assam use these technologies for better performance. By extending bridge lifespans to over 50 years, these advancements align with national projects like the National Infrastructure Pipeline. These initiatives aim to construct 50,000 km of new highways and more than 200 strategic bridges by 2030.

Call-to-Action

Adopt Climate-Resilient Standards:

• All new construction projects follow industry standards.
• Also, encourage offering incentives like tax breaks or green bonds to upgrade old buildings and infrastructure.

Foster Public-Private R&D Hubs:

• Create specialised centres under initiatives like the Smart Cities Mission.
• These centres can experiment with new technologies, such as 3D-printed titanium joints or environmentally friendly rust preventatives.

Enhance Workforce Skills:

• Introduce training programs focused on careers in robotics and smart building maintenance.
• Collaborate with organisations like the NSDC and international bodies like ASME to enrich these programs.

Formation of Global Partnerships:

• Partner with countries such as Japan for their expertise in earthquake-resistant technology.
• Work with Germany to integrate advanced industrial technologies and bridge existing technological gaps.

CASE Construction Equipment has released its first BS (CEV) Stage V-compliant machines for the Indian market from its modern Pithampur factory, marking a significant step forward in sustainable construction and demonstrating its dedication to cleaner, more efficient, and future-proof equipment.

CASE Construction Equipment, a CNH brand and a market leader in vibratory compactors, announces the release of its first BS (CEV) Stage V-compliant equipment from its cutting-edge production site in Pithampur, Madhya Pradesh, for the Indian market.  The implementation highlights CASE’s proactive attitude to environmental responsibility, as well as its readiness for India’s next phase of clean and green construction gear.

This breakthrough is an important milestone in the company’s attempts to meet India’s growing emission rules while providing cutting-edge, dependable, and efficient construction equipment.  CASE has begun manufacturing its extensive line of upgraded equipment, which includes two brand-new vibratory compactors — the 952 NX and 450 NX, as well as the improved 1107 NX vibratory compactor.  The updated portfolio includes advanced loader backhoe models, including the 770 NX, 770 NX Magnum, and 851 NX.

The backhoe loaders and 1107 NX compactors are powered by sophisticated FPT F28 engines that meet the most recent emission standards, resulting in lower environmental impact, enhanced fuel efficiency, and increased productivity.  It includes various advancements for operators, such as digital instrument clusters, ergonomic controls, better visibility, and improved safety measures.  The integration of the myCASE Construction telematics platform improves operating efficiency by allowing for real-time tracking, performance monitoring, and predictive maintenance.

Speaking on this occasion, Emre Karazli, Vice President Construction Segment, APAC & AME, says, “India is fast emerging as a pivotal force in the global construction ecosystem as a manufacturing and innovation powerhouse. With the rollout of BS (CEV) Stage V-compliant equipment from our Pithampur facility, we are bringing globally benchmarked, sustainable technologies to India while reinforcing our global supply chain. This milestone reflects our unwavering commitment to advancing environmental stewardship, engineering excellence, and localised solutions that align with India’s long-term infrastructure and sustainability goals. It also reaffirms India’s growing role in CASE’s global strategy—as a hub that powers progress, both at home and around the world.”

Shalabh Chaturvedi, Managing Director, CASE India & SAARC, says, “This marks a proud milestone for CASE India as we introduce our BS (CEV) Stage V-compliant equipment—previously manufactured for international markets—into the domestic landscape. By localising this next-generation portfolio, we are equipping Indian customers with world-class, future-ready machines that align with global standards. As the country embarks on its next wave of infrastructure growth, we are proud to contribute to the ‘Viksit Bharat’ vision with innovation, sustainability, and a deep commitment to building a greener, self-reliant future.”

This expansion builds on CASE’s tradition of offering long-lasting, innovative, and customer-focused equipment built to the highest levels of performance and environmental responsibility.  With this launch, CASE India reaffirms its position as a pioneer in the construction equipment industry, providing long-term, future-ready solutions that combine global technology with local manufacturing competence.

CASE has been operating in India since 1989 and is known for its leadership in the Vibratory Compactor and Backhoe Loader markets.  Its machines, manufactured at a modern plant in Pithampur, Madhya Pradesh, are exported to more than 100 nations throughout the world.

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

Grundfos demonstrated the Hydro Multi-E CME and CUE 120 at Plumbex India 2025, promoting smart, energy-efficient water solutions with live demos, expert seminars, and interactive displays in New Delhi.

Grundfos, a global leader in energy-efficient water solutions, revealed the Hydro Multi-E CME at Plumbex India 2025, which took place on April 24-25 at Bharat Mandapam in New Delhi. 

The booth was opened by H.E. Rasmus Abildgaard Kristensen, Danish Ambassador to India, and Soren N. Kannik-Marquardsen, Minister Counsellor and Head of Trade. The Hydro Multi-E CME, a plug-and-play, intelligent booster system, pleased visitors with its simple installation, user-friendly two-button operation, and clever cascade control. Grundfos also unveiled the CUE 120, a new variable frequency drive. 

The event, which featured live displays, interactive workshops, and expert insights, garnered great reviews and confirmed the company’s commitment to revolutionising water management with cutting-edge technology.

For more information, visit: http://www.grundfos.com/in

With the launch of SmartSENSE, India’s first cordless, float-free automatic water pump controller, CG Pumps provides homeowners with an eco-friendly, smart solution that automatically regulates water levels, minimises waste, and operates without any bother.

CG Pumps has introduced SmartSENSE, the country’s first cordless, float-free automatic water pump controller, marking a significant advancement for the household water management industry.  This innovative device gives Indian homes a genuinely clever and intelligent water control solution by doing away with the need for float switches and manual wiring.

Without the need for connected connections or float-based sensors, the groundbreaking pump system independently monitors water levels at the source (inlet) and the overhead tank using cutting-edge sensing technology.  To help customers prevent overflows and guarantee effective water use at all times, the system automatically starts the pump and turns it off when the tank is full.

A First-of-its-Kind Innovation for Indian Homes

The 1 HP SmartSENSE pump, designed to meet the demands of contemporary Indian homes, has a discharge capacity of 3300 LPH to 600 LPH and a dynamic head range of 6 to 50 metres. Ensuring long-lasting durability, energy efficiency, and high-performance operation under a variety of situations, the system is constructed with a 100 percent copper-wound motor and rust-free cast iron components.

The cutting-edge water pump controller technology, designed for next-generation houses, leverages intelligent automation to efficiently and smoothly reduce water waste and save energy.

SmartSENSE: Core Features

• 100% Cordless Operation – No wiring from tank to controller
• Float-Free Detection – No float switch required in the tank
• Automatic Start/Stop – Based on intelligent water level sensing
• Dry Run Protection – Prevents pump burnout during low water supply
• Multiple Tank Connectivity – Supports parallel overhead tanks
• Eco-Efficient – Minimises power use and prevents water wastage
• Heavy-Duty Design – Copper-wound motor and rust-resistant build for longevity

Speaking on the launch, MD Amar Kaul, CG Power and Industrial Solutions, says, “This launch is a step forward in our larger mission to build sustainable, resource-efficient communities. SmartSENSE offers an upgrade to smarter living — a solution that’s scalable and ready to benefit every home across the country.”

Sriram Rangarajan, Executive Vice President, Consumer Electricals, adds, “Water pump automation in India has always meant messy wiring or makeshift float switches. With SmartSENSE, we’ve removed that complexity. It’s a plug-and-play solution built for Indian homes—simple to install, smart in performance, and ready for today’s evolving lifestyles”.

By introducing intelligent, cordless automation to common water systems, SmartSENSE, which is currently available throughout India, builds on CG Pumps’ history of innovation and establishes a new standard in the Indian pump market for trade professionals, plumbers, and homeowners alike.

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

Titagarh Rail Systems, in collaboration with BHEL, has opened a dedicated production line in Kolkata to produce India’s first Vande Bharat Sleeper Trains, boosting the country’s Make in India initiative.

Titagarh Rail Systems Limited (TRSL), in partnership with Bharat Heavy Electricals Limited (BHEL), opens a dedicated production line for the Vande Bharat Sleeper Trains at TRSL’s cutting-edge manufacturing plant in Uttarpara, Kolkata, West Bengal.  Senior executives from TRSL and BHEL, including Umesh Chowdhary, Vice Chairman and Managing Director of TRSL, and Bani Varma, Director of BHEL, launched the production line.

TRSL established the production line after being awarded a contract by Indian Railways to design and produce 80 Vande Bharat Sleeper train sets as part of a consortium with BHEL.  With a total cost of roughly INR 24000 crore, including 35 years of maintenance, the project is one of the major efforts being implemented under our Hon’ble Prime Minister’s Make in India and Aatmanirbhar Bharat objectives.

The sleeper form of the Vande Bharat will be India’s first long-distance, semi-high-speed train, with a totally indigenous design, improved passenger comfort, and cutting-edge safety systems.  With a modern coach layout, smart onboard systems, and energy-efficient operations, the train provides a transformational experience for intercity travel across India.

Speaking about the inauguration of the production line, Umesh Chowdhary, Vice Chairman & Managing Director of Titagarh Rail Systems, says, “This is a proud moment for the Titagarh Rail Systems-BHEL teams. The Vande Bharat Sleeper project is a shining example of what can be achieved when the public and private sectors come together with a shared vision and strive towards a truly Aatmanirbhar Bharat. This production line reflects our commitment to building future-ready mobility solutions and contributing meaningfully to the vision of a more connected and self-reliant India.”

With production currently beginning at the Uttarpara factory, the prototype Vande Bharat Sleeper trains are projected to be available within the next calendar year, ushering in a new age of faster, smarter, and proudly Made-in-India rail travel. The Uttarpara facility is a key component of this vision.  With Industry 4.0 technologies and robotic production lines, it marks a substantial advancement in India’s rail manufacturing capacity.  As the only plant in the country capable of producing both stainless steel and aluminium coaches under one roof, it now has an annual capacity of 300 coaches, which is being increased to 850 to satisfy growing demand.

Titagarh Rail Systems Limited is a prominent provider of integrated transportation solutions.  The firm designs and manufactures a diverse range of world-class rolling stock, including semi-high-speed trains, urban metros, passenger coaches and specialised goods waggons.

For more information, visit: https://www.titagarh.in/

The Uralungal Labour Contract Cooperative Society (ULCCS) has finished the 39-kilometer Thalappadi-Chengala segment of NH-66, which includes South India’s first single-pillar flyover and represents a significant milestone for Kerala.

The Uralungal Labour Contract Co-operative Society (ULCCS), Asia’s largest labour cooperative, is finishing the first 39-kilometre length of National Highway 66 between Thalappadi and Chengala, considerably ahead of the state’s remaining 21 stretches.  Shri P.A. Muhammed Riyas, Kerala’s Minister for Public Works and Tourism, led an official site visit alongside key government officials and project stakeholders to commemorate this significant milestone in the state’s infrastructure development.

The recently finished stretch is an important part of the NH-66 extension and includes considerable infrastructure modifications such as two flyovers, four major bridges, four minor bridges, 21 underpasses, 10 foot overbridges, and two overpasses.  The project’s centrepiece is South India’s first single-pillar flyover, which was built utilising the advanced box girder technology.  The Kasaragod city flyover, which spans 1.12 km and measures 27 metres wide, is Kerala’s largest and a shining example of regional engineering prowess.  A second 210-metre-long flyover has also been built at Uppala, along with important bridges across the Mogral, Kumbala, Shiriya, and Uppala rivers to improve regional connectivity.

“The completion of this stretch marks a proud moment for Kerala,” says Shri P.A. Muhammed Riyas, Kerala’s Minister for Public Works and Tourism. “With South India’s first single-pillar flyover and world-class road infrastructure, this project reflects our state’s commitment to modern, inclusive development. Under the leadership of Chief Minister Pinarayi Vijayan and in close coordination with the central government, we are unlocking growth and connectivity in Kasaragod and beyond.”

Shri V.N. Vasavan, Minister for Cooperation and Registration, shares, “This is a moment of immense pride for Kerala, our cooperative sector, and the hard-working people of the state. The Uralungal Labour Contract Cooperative Society, a unique cooperative of workers, is the only Kerala-based entity entrusted with constructing the six-lane national highway. While other stretches have been awarded to major national contractors, ULCCS has set a benchmark by being the first to complete and open its section for public use. Kerala stands proud of this remarkable achievement.”

ULCCS’s successful completion of this stretch has been extensively praised for its engineering precision, environmental sensitivity, and minimal impact on communities. The project, which was awarded through a competitive worldwide bidding procedure, illustrates the cooperative enterprise’s ability to provide high-impact infrastructure on a large scale.

“This is more than a road—it’s a symbol of what collective vision and technical innovation can achieve,” said ULCCS Chairman Rameshan Paleri. “This project sets a new standard for sustainable, community-focused development. From the single-pillar bridge to integrated public amenities, every element has been designed to serve both function and people.”

The Thalappadi-Chengala segment is projected to drastically reduce travel time, alleviate traffic congestion, and boost socioeconomic improvement in Kasaragod, a region that has historically been underserved by national infrastructure programs.  The deliberately designed public spaces beneath the flyover are intended to support local business and provide a better experience for commuters and residents.

ULCCS Directors P. Prakashan, K.T. Rajan, P.K. Sreejith, and Project Manager M. Narayanan welcomed the minister, MLAs M. Rajagopalan and C.H. Kunjambu, NHAI Deputy Manager Jaspreet, Team Leader S.K. Sinha, and other dignitaries.

For more information, visit: https://ulccsltd.com/home

In this interview, Ujwal Landge, Partner & CEO, EA Patil & Associates LLP presents how to avoid regulatory delays and high capital costs. He said that the private sector must use innovative funding models such as PPPs, REITs, InvITs, and green bonds. Integrating ESG principles and sustainability attracts green financing, whereas alternative models allow for asset monetisation, diversification of investments, and effective bridge funding for India’s infrastructure.

#InfrastructureFinance #PPPModels #GreenFinance #ESGInvesting #AlternativeFunding #REITs #InvITs #CrowdfundingIndia #UrbanInfrastructure #SustainableDevelopment #PrivateInvestment #SmartCitiesIndia #FundingInfrastructure #ConstructionFinance #IndiaDevelopment #FinanceForGrowth #PublicPrivatePartnership #GreenBonds #InfrastructureProjects #InnovativeFinance

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Dr. Ramnath Sonawane, Ex Commissioner of Kalyan-Dombivli Municipal Corporation & Ex CEO of Nagpur Smart City, shares that timely financial assistance and proper fund allocation are required for the speedy completion of infrastructure projects. Taxes collected from citizens should be rightly used for urban development to ensure planned and sustainable growth.

#InfrastructureDevelopment #UrbanGrowth #FinancialAssistance #PublicFunding #UrbanInfrastructure #SustainableDevelopment #ProjectFinance #UrbanPlanning #TaxForDevelopment #SmartCities #TimelyExecution #CostEfficiency #PublicPrivatePartnership #CityDevelopment #UrbanSustainability #b2bpurchase

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In this interview, Rajender Singh, Founder Member of IUDI, mentions how public transit should improve people’s lives by offering safe and accessible mobility. Transit-oriented development (TOD) focuses on creating walkable, dense communities with better public facilities around transit hubs. He elaborates on reducing dependence on private vehicles and promoting sustainable urban growth.

#PublicTransit #TransitOrientedDevelopment #TOD #SustainableUrbanGrowth #UrbanMobility #WalkableCommunities #SmartCities #AccessibleTransit #UrbanPlanning #GreenMobility #FutureOfCities #ReduceTraffic #PublicFacilities #UrbanDevelopment #LivableCities

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While interacting with Dr. Sushma Kulkarni, Vice-Chancellor, NICMAR University, she mentioned the significant changes happening in modular construction, along with advancements in technology that are transforming the landscape of procurement. She also said that NICMAR University is supporting this shift by offering software training to their graduates, helping them gain practical exposure to the construction industry. The university also creates opportunities for women in the construction sector.

#ModularConstruction #ConstructionTechnology #ProcurementInnovation #NICMARUniversity #WomenInConstruction #ConstructionLeadership #FutureOfConstruction #TechInConstruction #EmpoweringWomen #WomenLeadership #ConstructionEducation #SoftwareInConstruction #DigitalConstruction #BuildingTheFuture #InclusiveWorkplace

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In this interview, Anil Wankhede, Deputy CEO of MHADA, mentioned MHADA’s key role in making quality homes accessible to various income groups while adopting modern construction techniques and maintaining affordability.

#b2bpurchase #affordablehousing #urbandevelopment #MHADA #publicprivatepartnership #inclusivegrowth #housingforall #urbanplanning #sustainablehousing #realestatedevelopment #smartcities #PPPModel #affordableliving #housingsolutions #urbaninfrastructure #futureofhousing #constructioninnovation #UrbanCollaboration #policyreforms #SmartUrbanGrowth #communitydevelopment

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While conversing with R. Ramana, Director (Planning & Real Estate Dev / NFBR), Mumbai Metro Rail Corporation, he mentions how procurement projects often face challenges, especially with the Make in India initiative and domestic preference provisions. But with proper planning and coordination, these hurdles can be overcome. He emphasised open communication among stakeholders and highlighted preserving trees, recycling water, and reducing private vehicles as keys to sustainable urban development

#ProcurementChallenges #MakeInIndia #UrbanDevelopment #SustainableCities #InfrastructureDevelopment #PublicTransport #GreenInitiatives #WaterRecycling #TreePreservation #EcoFriendlyUrbanPlanning #SmartCities #StakeholderEngagement #SustainabilityGoals #MetroRailProjects #UrbanMobility

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While interacting with Sameer Unhale, State Joint Commissioner, Municipal Corporation, Government of Maharashtra, he mentions that the government is working across all sectors and achieving progress through the use of technology and innovation for the sustainable development of Maharashtra. He also added that the various environmental issues faced by India and Maharashtra are being addressed effectively with the help of technological advancements and urban development initiatives.

#SustainableDevelopment #MaharashtraDevelopment #UrbanDevelopment #SmartCities #TechnologyForGood #EnvironmentalSolutions #Innovation #GreenTechnology #UrbanInnovation #Sustainability #GovernmentInitiatives #CleanIndia #DigitalTransformation #EcoFriendlySolutions #SmartGovernance #SustainableCities #IndiaDevelopment #PublicPolicy #ClimateAction #EnvironmentFriendly #UrbanChallenges

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In this interview, Nikesh Pathare, Technical Consultant, Chetak Minerals, addresses the concern of small players. He adds that their products are safe and that we should support them for the sake of future generations. He also emphasises that products should be finalised based on their intended use and performance.

#ConstructionIndustry #Sustainability #SupportSmallBusinesses #GreenBuilding #FutureGenerations #EcoFriendlyProducts #BuildingMaterials #ChetakMinerals #TechnicalConsultant #ProductPerformance #SmartConstruction #SustainableSolutions

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