B2B Purchase - Project Procurement Professionals

In an engaging conversation with Shubham Baranwal, Co-Founder and Director of Nibrus Technologies Pvt Ltd, we explore drones’ transformative role in enhancing safety, data accuracy, and overall project efficiency in the construction sector.

How have drones changed traditional workflows in construction projects? In what ways does it enhance data collection and analysis on construction sites?
Drones have fundamentally transformed the workflows in construction projects, significantly enhancing data aggregation, safety, and decision-making quality through advanced analytics. Drones can collect detailed, high-resolution aerial imagery faster than traditional ground surveys. They allow us to produce 3D maps, models, and point cloud data of construction sites, all while minimising human error. When we first introduced drones to survey consultants, many viewed them as a costly, advanced technology. However, with our affordable solutions, these professionals were able to exponentially grow their businesses in a short period.

One of the key benefits of drones is their ability to provide highly accurate data, which is essential for improving building construction and tracking progress. Drones offer real-time data updates, enabling us to monitor developments as they happen. Additionally, drones play a vital role in minimising human risk. They facilitate the remote inspection of hazardous areas, making it safer and more accessible to assess locations that typically require scaffolding or lifts. This capability significantly reduces the risk of accidents on-site.

Drones also streamline volume estimation processes. Photogrammetry software, for example, allows estimating the volumes of stockpiles and excavation areas more quickly and accurately than manual methods, ultimately saving both time and resources. Furthermore, drones can capture images of environmental factors such as erosion, vegetation health, and water runoff. The data obtained from these images serve as a powerful catalyst for building sustainably.

Continuous data collection via drones ensures that every step of the construction phase is documented for quality assurance and dispute resolution purposes, particularly concerning boundary estimations or construction progress. In essence, drones have enhanced efficiency and elevated the overall quality and safety standards in construction.

What specific benefits have your drone technologies brought to mining companies regarding operational efficiency and cost savings?
Our drone technology has significantly benefited mining operations, enhancing efficiency and reducing costs. Our drone, Surveyaan V1, can cover up to 60 to 70 hectares in a single flight. This capability drastically minimises the time needed to survey expansive mining areas, allowing for quicker data collection and analysis. The drone’s 23MP high-resolution camera captures detailed images crucial for accurate topographic mapping, resource monitoring, and stockpile measurement. This improved accuracy leads to better planning and a reduction in errors.

Safety is another key area where our technology excels. When dangerous or hard-to-reach locations cannot be accessed, the Surveyaan V1 can ascend to heights of 120 meters and survey areas within a range of 1.5 kilometres. Its fail-safe features ensure safe landings and automatically trigger a return-to-home function in case of camera failures or magnetic interferences caused by heavy machinery. This minimises the risk of equipment damage or loss during operations.

In terms of economic performance, the drone is both reliable and efficient. It can complete long surveying missions without interruptions, boasting a flight time of 25 to 28 minutes. This capability allows us to resume operations quickly, even over large areas. Furthermore, the Surveyaan V1 can operate in winds of up to 25 km/h, ensuring that performance remains steady and that work proceeds without delays, thereby preventing any loss of valuable time. Additionally, the drone’s environmental monitoring capabilities enable us to track changes like erosion or water runoff, compelling mining companies to comply with regulatory standards and avoid costly penalties. It can also monitor the surrounding areas for illegal mining, poaching, and other unauthorised actions.

Can you elaborate on how your products, like Surveyaan v1 and GeoWorkspace, integrate AI and drone technology to enhance survey accuracy and efficiency?
Our AI-powered cloud Photogrammetry platform, Surveyaan GeoWorkspace, has transformed how we approach precision mapping and analysis in various industries. By leveraging AI and machine learning algorithms, GeoWorkspace processes large datasets collected by drones, converting them into detailed 3D models, contour maps, and digital terrain models. This capability allows us to obtain precise measurements for landforms, structures, and resources, enhancing the overall accuracy of our projects.

One of GeoWorkspace’s key advantages is its automated processing feature. Incorporating AI enables the platform to automatically perform data processing workflows, significantly reducing the time required to transform raw drone data into actionable information. This automation minimises human intervention and accelerates operations, ultimately leading to improved project efficiency.

GeoWorkspace also includes smart anomaly detection capabilities. By analysing changes over time—such as shifts in stockpile volumes, erosion, or unauthorised encroachments—this feature provides stakeholders with real-time insights, empowering them to make quicker and more informed decisions.

Scalability and flexibility are fundamental aspects of Surveyaan’s cloud-based photogrammetry solution. It can handle large datasets without being constrained by local hardware, allowing users to process high-resolution images and generate 3D and 2D models, regardless of project size. Our powerful remote servers expedite the data processing, reducing the time required to create 3D models, orthomosaics, and point clouds. Because it is cloud-based, users can access their projects from any location, facilitating collaboration among teams across different regions.

Another major benefit is cost-effectiveness. Since processing occurs in the cloud, there’s no need for expensive local hardware to manage large photogrammetry tasks, reducing upfront investment costs. Additionally, our flexible pricing models allow users to pay only for the resources they use, making it especially advantageous for smaller projects or startups.

Data security is paramount, and our cloud photogrammetry software incorporates robust security features, including encryption and secure access control, to safeguard sensitive project data. With data stored in the cloud, projects are automatically backed up, ensuring no information is lost during local hardware failures.

Our platform integrates with GIS systems, CAD software, and other industry tools, helping streamline workflows across various platforms. The combination of scalability, efficiency, cost savings, enhanced collaboration, and security makes Surveyaan GeoWorkspace an invaluable tool for those requiring precise and rapid aerial imagery processing.

Similarly, our automated drone, Surveyaan V1, has revolutionised data collection. It allows for rapidly gathering high-resolution aerial imagery, significantly reducing the time required compared to traditional ground surveys. Surveyaan V1 produces 3D maps, models, and point cloud data with minimal human error, ensuring accuracy and reliability.

With advanced sensors, GPS, and high-resolution cameras, Surveyaan V1 enhances the precision of mapping, surveying, and inspections. Photogrammetry can generate highly accurate 3D and orthomosaics, providing exact elevation models, contour mapping, and topographic details.

The drone also excels in volumetric calculations, delivering accurate measurements of stockpiles, earthworks, or excavation sites. This capability eliminates manual surveying and provides reliable results in significantly less time. Additionally, the data captured by Surveyaan V1 can be processed and analysed quickly when integrated with GeoWorkspace, enabling faster turnaround times for project planning, decision-making, and reporting.

With pre-programmed flight paths and automated data capture, Surveyaan V1 enhances productivity by eliminating manual data collection, allowing quicker data acquisition and analysis. The high-quality visuals captured by the drone facilitate detailed site documentation, which can be invaluable for tracking progress and reporting to stakeholders in industries like real estate, mining, and construction.

Drones like Surveyaan V1 are environmentally friendly. They typically consume less energy and reduce the need for heavy machinery or vehicles, significantly lowering the environmental footprint of operations such as land surveys or crop monitoring. Surveyaan V1 and GeoWorkspace also considerably increase productivity, help companies manage resources more effectively, and ensure safety and compliance across various projects.

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

At IMME, TKIL showcased its latest innovations with a strong focus on sustainability and emerging mining trends. The company is committed to improving operational efficiency and advancing eco-friendly practices in India’s evolving mining sector.

How long have you been participating in the IMME event?
This is our third participation in IMME, and the experience has been extremely positive. We are confident that this year’s event will once again bring significant business success.

What emerging trends in mining machinery and technology do you see shaping the industry?
The mining and construction equipment sector is undergoing a paradigm shift, driven by various green initiatives and a growing emphasis on Environmental, Social, and Governance (ESG) compliance. Sustainability has become a key focal point, and it is encouraging to see IMME and other industry events addressing this issue. Adopting sustainable practices is no longer optional—it is a necessity for the future. As such, sustainability and eco-friendly initiatives will continue to play an increasingly important role in both the mining and construction sectors in the years to come.

How is the event fostering networking and partnerships within the industry?
It is inspiring to see the growing number of participants at IMME each year, with more international firms, agencies, and stakeholders joining the event. This year, I noticed a significant increase in participation, which bodes well for the overall equipment sector. I am confident this trend will continue, contributing to a promising outlook for India’s mining and construction industries.

Can you tell us about the products you have showcased at IMME?
TKIL (formerly known as thyssenkrupp Industries India Pvt. Ltd.) manufactures large-scale mining equipment. At IMME, we have showcased a variety of our products, including wagon tipplers, bucket wheel excavators, and stacker reclaimers, as well as our aggregate crushing and screening solutions—such as jaw crushers, cone crushers, and mobile crushing plants. Additionally, we are exploring new technologies and forging collaborations to bring innovative products to the Indian market.

What contributions is TKIL making toward green mining practices?
Sustainability is at the core of our operations, as we focus on leveraging new technologies to promote environmentally responsible practices in the mining sector, which has traditionally been seen as environmentally challenging. Despite these concerns, mining remains a vital industry for economic growth. Over the years, mining processes have evolved significantly, with older methods being updated to minimise environmental impact and maximise societal benefits.

How do you envision the future of mining in India, and what role will TKIL play in shaping that future?
The future of mining in India looks very promising, especially in light of the national infrastructure pipeline, which exceeds USD 9 trillion. Numerous large-scale infrastructure projects are underway, and with a stable government in place, we anticipate the mining sector—covering coal, iron ore, aggregates, and other commodities—to grow at a rate of 8 to 10 percent annually. This optimistic outlook is supported by a steady upward trend over the past decade. TKIL is leading the way by providing new mobile and hybrid solutions that enhance energy efficiency and operational effectiveness for our customers. We are also developing AI and IoT-enabled devices for predictive and preventive maintenance. With a focus on in-house technological innovations, product development, and strategic collaborations with global companies, we are confident that TKIL is well-positioned to outpace industry growth and contribute to the ongoing expansion of India’s mining sector.

Could you elaborate further on the hybrid products you mentioned?
Hybrid crushing and screening equipment can be powered by electricity, diesel, or a combination of both, offering operators the flexibility to choose the most cost-effective power source based on their specific needs and location. Additionally, modular solutions with a plug-and-play design are gaining momentum in the industry, further contributing to operational efficiency and sustainability.

For more information, visit: https://www.thyssenkrupp-uhde.com/india/

As part of the Schmalz Group, Binar Handling is at the forefront of material handling innovation, combining state-of-the-art technology with ergonomic design. Their tailored solutions, including the versatile NEO 30 and efficient QLR and QLA models, enhance operational efficiency while prioritising operator comfort and safety across various industries.

What innovative and ergonomic solutions does Binar Handling offer for material handling, now part of the Schmalz Group?
Binar Handling is a Swedish company that is now part of us. Where innovation meets precision is the perfect representation of Binar Handling Products. It is an innovative, ergonomic approach to material handling with tailored-made solutions. Our innovative product line consists of Binar NEO 30, Binar QLR, and Binar QLA models. These engineered solutions improve the efficiency and dynamics of material handling with Ergonomics and safety, making the operator’s life easy.

In which industries are Binar Handling products commonly used, and what types of items do they handle?
Binar handling products can be used wherever innovative ergonomic handling is required. They have applications in industries like Automotive, Electronics, Automation, and manufacturing. These systems use machinery best suited to handle heavy or geometrically challenged-shaped items.

What sets Binar Handling products apart in terms of design and technology?
Binar Handling products are distinguished by their ergonomic design and fully state-of-the-art technology, yet they form a perfect solution for most situations. In addition to conventional material handling solutions, Binar Handling changes the experience by providing innovative handling solutions to help operators enjoy comfort due to things such as adjustable handles and intuitive controls. These types of systems also include smart technology to guarantee integration into automated environments without sacrificing one bit of efficiency or safety.

Can you highlight the key products under the Binar Handling brand and their specific applications?
Under the Binar Handling brand, we offer a range of products tailored to different material handling needs. The NEO 30, for instance, is a highly versatile unit designed to handle loads up to 30 kg. It’s compact and features a battery-operated pack, making it easy to hang in factories wherever handling is required. Then, we have the Quick Lift Rail (QLR), optimised for fast and efficient handling of heavy loads, particularly in logistics and warehouse operations. Lastly, the Quick Lift Arm (QLA) provides flexibility and mobility, which is ideal for both fixed and mobile handling in spaces where frequent changes in position are necessary. Each model is designed to address specific challenges in material handling and improve operational efficiency and safety.

How do Binar Handling Systems integrate advanced technology to enhance performance and sustainability?
Binar Handling Systems incorporate several advanced technologies. One key feature is smart sensors, which can accurately detect loads and automatically adjust the system for enhanced performance and safety. The systems also use energy-efficient motors, which boost performance and align with environmental sustainability by lowering energy consumption. The user interfaces are customisable, allowing adjustments to suit various industrial applications, making the systems more user-friendly and efficient.

In which industrial fields have Binar Handling Systems been successfully implemented, and what impact have they had?
Binar Handling Systems have been successfully implemented across various industrial sectors. For example, the NEO 30 has been widely used in automotive assembly lines, particularly for handling car parts, where it has reduced operator strain by up to 70 percent and significantly increased assembly speed. In logistics, the QLR system is frequently employed for fast and safe handling of large packages, helping to boost throughput and reduce handling errors. Clients consistently praise Binar Handling Systems for their dependability, ease of use, and ergonomic benefits. Operators benefit from reduced physical demands, allowing them to work more effectively for longer periods. At the same time, managers have reported increased productivity and fewer workplace injuries, emphasising the systems’ positive impact on safety and efficiency.

How do Binar Handling Systems enhance productivity?
Binar Handling Systems improve productivity by focusing on several key aspects. First, we reduce operator fatigue through ergonomically designed systems that minimise physical strain, allowing operators to work longer without fatigue. We also enhance accuracy, as our systems’ smooth, controlled operation enables a high degree of precision in handling, which reduces errors and reworks. Our systems increase throughput by enabling faster handling of items and reducing downtime from maintenance or injury, resulting in higher productivity in production and processing lines.

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

Swagath Urethane has led polyurethane innovation in mining for over 20 years, providing long-lasting solutions that improve productivity and sustainability while solving the particular difficulties of severe mining settings.

How long have you participated in IMME, and how do these events contribute to the growth of the mining industry?
We’ve been participating since about 2000 or 2002. Since then, the festival has grown significantly. It began at a small venue in Calcutta but has grown tremendously. This year, they even relocated the venue to a new location in New Town, demonstrating its incredible expansion.

What mining challenges does polyurethane address, and how does Swagath Urethane technology stand out?
Polyurethane applications in mining were initially limited, and manufacturing technology was unavailable in India. At the time, we encountered numerous challenges. We travelled abroad, attended exhibitions and seminars, and returned with things to try home. We worked with prominent firms such as Tata Steel and NMDC, who first accepted our product. Other players, including Jindal, JSW, and JSPL, eventually adopted it. The introduction of polyurethane uses in mining began in the late 1990s, around 1996-97. At the time, a few companies, including ours, were active in this field. Today, however, there are several parties and applications in the industry.

How has your polyurethane product evolved from the 1990s to 2024?
Polyol, the primary basic material for polyurethane, was in short supply in India. However, many multinational firms now have a presence in India, making it easier to get raw materials. We can readily source raw materials for any purpose and continue to create products as needed. Since then, we’ve been importing raw materials from the United States, and these firms now have offices and technological centres in India, which help us improve our products.

How do your products differ from those of your competitors?
With over 20 to 25 years of market experience, top companies trust and use our technology. These companies rely on and frequently buy our products.

How do your polyurethane mining screens and hydrocyclones perform in extreme conditions, and how do they enhance operational efficiency?
Polyurethane is frequently utilised in harsh situations, including high-abrasion environments in the mining industry. Because each mineral has distinct properties and particle sizes, various types of polyurethane are required for optimal functioning. Our plant has a lab where we examine mineral samples to determine their qualities, durability, and compatibility with different raw materials. This enables us to select the best material and decide the perfect form and size for each application. Over time, we gradually replaced metal screening media with polyurethane, extending product life and reducing noise. As a result, polyurethane is progressively replacing metal in many applications.

What testing and quality control measures does Swagath Urethane use to ensure the durability of its screen panels, rollers, and liners for the mining industry?
Initially, we tested in external government labs, but this caused numerous obstacles, including time limits and daily testing requirements. We now have in-house capabilities that allow us to test each batch produced. Each day’s production is tested in-house to ensure quality before proceeding with component fabrication.

Are there any regulatory standards by the government?
We adhere to regulatory norms regarding garbage disposal. Although there are no explicit standards governing our raw materials, we take precautions due to their dangerous and skin-irritating features, developing our safety measures to ensure their proper handling.

How do your products enhance sustainability by reducing downtime, minimising environmental impact, and extending the lifespan of mining equipment?
Previously, they purchased metal screens for specific panels around five to six times a year. After replacing them with polyurethane panels, they only need to buy them twice or thrice per year. This improvement has decreased metal waste and dumping, increased panel lifespan, and helped to ensure environmental sustainability.

Looking ahead, what are some of the key trends you foresee in the polyurethane market for mining applications?
A new trend is the rising popularity of polyurethane liners, with more companies offering polyurethane solutions. Polyurethane is becoming more popular in the mining industry due to its durability and low downtime, resulting in increased reliance on this material.

Are you planning to launch any new polyurethane products?
We produced innovative items for the mining industry, such as magnetic polyurethane patch plates. These plates can temporarily seal punctures in metal pipelines during off-hours, preventing leakage. Furthermore, we developed pyramid screens that increase the opening area of dewatering screens, allowing for greater performance while remaining the same size. These inventions highlight our most recent advancements in polyurethane goods.

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

Emerging technologies in construction are improving material durability and sustainability. These improvements, prioritising energy efficiency and automation, address climate change, urbanisation, and ageing infrastructure in modern design and construction processes.

How are emerging technologies enhancing the durability and resilience of building materials against environmental stressors?
Due to cutting-edge technology, building materials are now being designed to endure environmental stressors such as harsh weather, temperature changes, and pollution. Self-healing concrete, for example, uses microcapsules containing bacteria or chemicals that activate when cracks appear, allowing the material to mend itself. This decreases maintenance requirements and extends the life of concrete structures, particularly in seismically active or freeze-thaw zones. Similarly, nano-engineered materials like carbon nanotubes and graphene improve the structural integrity of concrete, steel, and coatings by boosting strength, lowering permeability, and enhancing corrosion resistance.

Furthermore, improved surface treatments such as hydrophobic and photocatalytic coatings shield materials against water damage, contaminants, and UV deterioration. Photocatalytic coatings remove hazardous compounds from the atmosphere while preserving structural integrity in polluted conditions.

Can you discuss any recent advancements in material science that have significantly improved the performance and lifespan of your offerings?
Recent advances in material science have transformed construction materials, increasing performance and prolonging longevity. For example, ultra-high-performance concrete (UHPC) has higher compressive strength, flexibility, and durability than conventional concrete. Its ability to withstand environmental stressors such as chemical exposure, freezing, and abrasion makes it excellent for use in severe situations such as coastal areas or industrial sites.

Furthermore, developing fibre-reinforced polymers (FRP) has resulted in lightweight yet solid reinforcing materials. These materials are extremely corrosion-resistant, making them excellent for bridges, tunnels, and marine constructions where typical steel reinforcements deteriorate over time. Smart materials that respond to environmental changes, such as temperature swings or stress, are becoming more widespread, increasing modern construction’s adaptability and robustness.

What role does automation play in the manufacturing or application of your products, and how does it impact quality and consistency?
Automation improves the quality and consistency of construction materials and processes. In manufacturing, automated production lines for pre-engineered building components provide precision in material cutting, welding, and assembly, decreasing human error and ensuring consistency across large-scale projects. Another growing technology is 3D printing, which enables the accurate manufacture of complicated designs with minimal material waste, optimising both cost and environmental effects. Automation also extends to on-site construction, where robotic systems and drones are employed for bricklaying, surveying, and inspecting difficult-to-access regions. This improves accuracy, lowers personnel costs, and increases safety on building sites.

How do your products or solutions contribute to reducing carbon footprint and promoting environmental sustainability in construction projects?
Reducing construction’s carbon footprint is an important goal in today’s industry. Using low-carbon concrete, recycled materials, and geopolymer binders in construction projects dramatically reduces CO2 emissions. Pre-engineered structures have a lower environmental impact because they are manufactured off-site, reducing waste and energy consumption during production.

Furthermore, energy-efficient building designs that combine renewable energy sources like solar panels and wind turbines help to ensure the overall sustainability of structures. Smart building technologies that monitor and optimise energy use, such as automated lighting and HVAC systems, contribute to reducing buildings’ operating carbon footprint.

What are the key considerations for designing and implementing your systems in urban environments with high density and rapid development?
Urban landscapes present distinct issues due to their high population density and quick development. Space optimisation, modular construction, and noise reduction are all important factors to consider when building systems for these environments. Pre-engineered buildings provide a solution due to their short assembly timeframes and minimum damage to the surrounding surroundings. High-performance materials, such as sound-absorbing panels, are also used to alleviate noise pollution in highly populated areas.

Urban planners and engineers rely on digital twin technology to model how new projects interact with current cityscapes. This enables better planning of transit networks, utilities, and green areas, ensuring that new developments blend smoothly into the urban fabric.

At IMME, Maco Corporation unveiled cutting-edge technologies and products for Mining equipment’s and Mining operations.

Could you share your insights on IMME and how these events catalyse the mining industry’s growth?
IMME, organised by CII, is a well-known event in our business, and we’ve been attending for the past four or five years. This event gathers a diverse mix of OEMs and end customers, making it a perfect opportunity to meet with them and learn about the latest technology.

How do ANSUL Fire Suppression Systems provide critical protection for off-road mining vehicles?
ANSUL, a Johnson Controls Inc. (JCI) brand in the United States, is the world’s top fire suppression system, distinguished by its global presence and complete service and aftermarket support. This technology provides comprehensive end-to-end solutions for various mining vehicles. ANSUL offers two suppression systems: a liquid system and DCP for mining trucks and Inergen gas for bigger vehicles. It has a completely integrated electrical system with cutting-edge technology and global approvals, ensuring effective fire prevention. Notably, the shelf life of these items extends from three to twelve years, making them a cost-effective investment with low long-term running costs.

What makes ESCO’s GET products stand out in terms of durability and performance, and how do they contribute to improving operational efficiency?
ESCO invented specialised Ground Engaging Tools (GET), buckets, and drag chains for draglines. We specialise in delivering chains and GET for large equipment like shovels and draglines. Our products are noted for their durability and long shelf life, which means less downtime during installation. This ensures that equipment can work efficiently and with fewer disruptions.

How do WIRECO’s High-Performance Wire Ropes ensure long-term reliability, and what measures do you take to mitigate wear and tear?
WIRECO’s High-Performance Steel Wire Ropes is used for winder applications. As a worldwide recognised number one brand from Germany, our goods have a threefold longer lifespan than what clients generally receive from other manufactures. These wire ropes are commonly utilised in the mining and port industries.

How do Maco Corporation safety systems, like Fatigue Monitoring, 360-degree Camera Systems, and Proximity Sensors, work together to enhance workplace safety, and how has the industry responded to adopting these technologies?
Mining truck safety features are required to ensure high-level safety following DGMS regulations. We provide a comprehensive selection of safety devices, such as fatigue monitoring systems, AI dash cams, CCTV cameras, 360 Deg cameras and reflecting electronic mirror systems. Our products are fully assembled and manufactured locally, with customisable software that outperforms current market offerings. Our solutions are reasonably priced, and we have successfully delivered them to many consumers. We are completely prepared to meet your company’s demands, having access to the most recent software advances.

What innovations did you exhibit at IMME?
We provide a range of safety equipment, including ANSUL Fire Suppression Systems, WIRECO wire ropes, and ESCO products. Another important safety option is the underground refuge chamber, an underground safety chamber created for miners to take shelter in the event of an accident, allowing them to survive for up to 36 hours. This Australian product has been delivered to numerous places throughout India, and we offer full service and spare part support.

We also provide Maestro, a real-time gas monitoring instrument for underground metal mines that improves production efficiency.

Furthermore, MST Russia provides OOHV, the dehydrating additive for mining settling basins OOHV is a powder substance intended for introduction into sludge settling basins, as well as into the pulp in local areas when it is necessary to clean them by mechanized or manual means. When cleaning mine water settling tanks, this material is used in closed-type mining enterprises (underground mining) for the extraction of iron ores, precious metals, etc. Also, the dehydrating additive for mining settling basins OOHV is used to prevent stratification into a solid component and water (outflow of pulp mixture from the fines) during loading and transportation of rock mass during mining operations. OOHV thickens the cohesive rock mass, which allows for its loading and transportation. This product aids production flow, and we provide short-setting and coagulant solutions.

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

As the demand for precise, safe, and efficient demolition methods rises, Tehma’s hydraulic tools are leading the way in transforming the future of controlled demolition. With their powerful, portable, and vibration-free technology, these tools are reshaping the industry, offering solutions that excel in noise-sensitive, space-constrained, and structurally delicate environments.

Our 35 years of experience in the Indian Construction and Infra Equipment Industry has taught us that factors like severe competition, low realisations, and an abundant and affordable workforce have resulted in very low demand for highly technical and time-saving equipment, which invariably are high in price. It has been our constant endeavour to look for reasonable yet effective technologies.

We have been trying to urge customers to try sophisticated demolition, rock excavation attachments, and allied equipment but have yet to be successful. The one segment that caught our attention was hand-held hydraulic tools for demolition, rock splitting, and metal shearing, which were being used but with limited success due to their low power. Our research said that if these tools could be made more powerful, they could be a game changer. Our search for such a product led us to TEHMA, a Swiss manufacturer with established reputation, known for quality and high-performing products. Tehma manufactures hand-held concrete demolition tools, Steel Shears and Rock Splitters.

Controlled demolition is a niche area compared to the overall construction industry, making the task all the more dependent on equipment. As an experienced equipment manufacturer for controlled demolition, Tehma supplies the right tools and machines. Both splitters and crushing tools allow safe, controlled concrete demolition without water, noise, dust, or vibration.

A handheld hydraulic concrete crusher is a portable tool developed for cutting concrete and controlling demolitions inside buildings. It is lightweight and powerful and can be used in areas with restrictions on vibrations and noise, such as offices, schools, and hospitals.

Hydraulic Shears are used to dismantle steel structures, such as plates, girders, and rebar. They are versatile and can be used on construction sites and in the recycling industry.

Handheld Hydraulic Rock Splitter can demolish both rock and thick concrete structure quickly and accurately (pillars, plinths, retaining walls, foundations and slabs). The extreme power allows demolition without generating dangerous percussions and vibrations that usually cause structural damage and discomfort to the surrounding environment. Progressive interchangeable wedges ensure maximum demolition capacity.

The TEHMA Handheld Hydraulic Rock Splitter is a portable tool developed for cutting rocks and controlled demolitions inside buildings. Its low weight, extreme power, and ease of use make this manual hydraulic wedge ideal for both uses.

First, it serves as a rock splitter, capable of crushing large stones encountered during excavation or tunnelling. Second, it functions as a concrete burster, allowing for quick and accurate demolition of thick structures, such as pillars or foundations. This process generates no vibrations while limiting noise and dust. By nature, rocks and concrete have a low tensile strength, so the TEHMA Handheld Hydraulic Rock Splitter allows targeted, silent, and cost-effective demolition. It follows the principle of applying the hydraulic force to a wedge, which makes it possible to demolish large portions of material in a few seconds.

These tools are designed to work where the use of heavy equipment is not possible or prohibited, such as in condominiums, offices, schools, hospitals, and interior demolitions in general, and at the same time to preserve the physical integrity of the operator who uses the equipment, ensuring maximum safety to all those involved in the demolition.

Another application that can be very useful and effective in India is pile cutting. Currently, Jackhammers and chiselling are used for cutting piles that cannot make a precise cut and often damage the pile. TEHMA Rock splitters can be very effective in precise pile-cutting applications.

The result is an extremely versatile and functional Handheld Hydraulic Concrete Rock Splitter, an indispensable ally in all internal demolition jobs.

Its versatility and effectiveness also make it an essential accessory in rescue and disaster management, where removing large stones or rubble caused by earthquakes and other catastrophic events is necessary.

Uses of handheld hydraulic tools
Handheld hydraulic tools are used in various demolition applications, including removing thick concrete structures such as foundations, floor slabs, stairways, plinths, pillars, bridge decks, abutments, and retaining walls. They are also effective in breaking apart large rocks encountered during excavations, trenching, mine enlargements, tunnelling, or those resulting from previous processes.

These tools are ideal in environments where clean and fast interventions are required, without generating dust, such as in hospitals, data centres, and production departments. They are also suitable for demolitions in noise-sensitive areas like condos, offices, and schools. They are particularly useful for structures vulnerable to vibrations and percussions, including historical buildings and luxury apartments. In cases where space constraints or transportability prevent larger machinery, handheld hydraulic tools can be deployed on upper floors of buildings, aerial platforms, or confined spaces such as basements. Additionally, they are effective for underwater demolitions and work in the presence of water.

In quarries, these tools enable the production of natural stone blocks without blasting, improving safety and reducing material waste. They also play a critical role in urban search and rescue operations, where removing large stones or rubble caused by earthquakes, floods, or gas explosions is necessary.

From fleet management to predictive maintenance, AI is revolutionising the industry, turning raw data into actionable insights for streamlined, greener operations.

A technological revolution is about to occur in the mining industry, known for its high energy consumption and operational complexity. From rising production costs to achieving net-zero carbon targets, mining operations are under increasing pressure to enhance efficiency and reduce environmental impact. One solution emerging as a game changer is integrating artificial intelligence (AI). This article explores how AI can streamline processes, reduce costs, and minimise carbon emissions in the mining industry.

Overcoming operational inefficiencies in mining
For years, mining companies have struggled with operational inefficiencies, ranging from rising production costs to complex equipment management and maintenance challenges. With operations spanning multiple vendors and using a variety of equipment, software, and data solutions, streamlining operations becomes highly complex.

In a typical mining site, hundreds of machines operate simultaneously, from dump trucks to excavators and wheel loaders. However, data is often fragmented across different original equipment manufacturers (OEMs), each requiring specific software for analysis. This disjointed approach creates barriers to turning raw data into meaningful insights that can drive operational improvements.

Moving beyond data overload
Most mining companies have enough data; the true problem is figuring out how to use it efficiently. If measurements and raw numbers are not properly analysed, they are just noise. By taking a more integrated approach that streamlines data administration, analysis, and action, we can unlock the value of this data.

This is where the AI-powered IoT platform from SymX.AI is useful. It offers an end-to-end solution by converting fragmented data from many pieces of equipment into useful insights. SymX.AI’s AI-driven solutions remove the need for several vendors and offer a streamlined framework that makes complicated mining processes more understandable.

Reducing carbon emissions and fuel waste
Mining is a significant contributor to global carbon emissions. Over 8 million pieces of equipment are used in mining worldwide, emitting approximately 6 billion tons of CO2 annually. In India alone, the construction and mining sectors consume 3.5 billion litres of diesel annually. Even a small reduction in fuel waste can have a significant environmental and financial impact.

SymX.AI’s technology focuses on optimising fuel usage and minimising waste. By analysing patterns like excessive idling, poor machine health, improper tyre pressures, overloading, overspeeding, and harsh braking, our AI system helps operators make real-time adjustments that save fuel and reduce emissions. This leads to lower operational costs and contributes to global efforts to reduce carbon footprints.

Streamlining fleet management with AI
Managing a large fleet of mining machinery can be daunting, especially when each piece of equipment generates its own set of data. SymX.AI’s “X.Machines” asset management platform simplifies fleet management by consolidating data from the entire fleet into a single, user-friendly interface.

Rather than overwhelming operators with excessive data, the platform intelligently highlights the machines that require immediate attention. For example, if a truck is idling excessively or a tyre’s pressure is low, the system flags it for quick action. This ensures that mining operations remain efficient without needing constant manual monitoring of every piece of equipment.

Predictive maintenance to maximise uptime and efficiency
Predictive maintenance is one of AI’s most valuable benefits to mining operations. SymX.AI’s “X.Parts” feature integrates with existing enterprise resource planning (ERP) systems, providing real-time insights into equipment health and performance. By leveraging historical data, AI algorithms predict when parts will fail or require replacement, enabling mining companies to proactively schedule maintenance and avoid unexpected breakdowns while helping overall inventory management.

This capability minimises costly downtime and extends the machinery’s lifespan, resulting in long-term cost savings and improved operational efficiency. Predictive maintenance is a key driver for maximising equipment uptime and ensuring smooth, uninterrupted operations.

Plug-and-play solutions for seamless integration
Mining environments are notoriously harsh, making rugged, reliable solutions essential. SymX.AI’s device is designed with this in mind, offering a plug-and-play solution that can be easily installed on existing machinery without the need for additional sensors or hardware. This device collects real-time data from equipment and sends it to the cloud, processing and analysing it by our AI-powered systems.

This simple yet robust solution ensures that mining operations can benefit from advanced analytics and actionable insights without requiring extensive modifications to existing infrastructure. The plug-and-play capability reduces downtime during installation and ensures seamless integration with mining operations.

Proactive measures with AI integration
Safety is paramount in mining, where heavy machinery and hazardous environments pose constant risks. SymX.AI helps enhance safety by providing AI-driven solutions that proactively address potential safety issues before they escalate into major problems. Our platform includes advanced collision avoidance systems and integrates with third-party solutions to monitor tyre health, helping prevent accidents on-site.

AI-infused future
AI-powered technologies are reshaping the future of mining, enhancing operational efficiency and making significant strides toward sustainability. Integrating AI into mining operations is more than just a tool for improving productivity. It is a crucial step toward reducing the industry’s environmental footprint and paving the way for a smarter, greener future.

SymX.AI is at the forefront of this transformation, delivering solutions that help mining companies streamline operations, reduce costs, and significantly lower carbon emissions. With AI-driven platforms that simplify complex operations, reduce fuel waste, and improve safety, mining companies can now operate more efficiently while playing a key role in global sustainability efforts.

The time to embrace AI is now. As mining companies face growing pressures to increase efficiency and meet sustainability targets, adopting AI-powered solutions is no longer optional but a strategic necessity. SymX.AI is ready to partner with mining companies on this journey, helping them unlock the full potential of their data, reduce operational costs, and contribute to a greener, more sustainable future.

SymX.AI is all geared up to be part of bauma CONEXPO INDIA 2024 from December 11-14 at Hall 3, Stall O64. This is a unique opportunity to meet our team and explore our cutting-edge AI solutions tailored for heavy equipment industries. Whether you’re looking to optimise operations, enhance productivity, or discover new technology trends, our experts will be on hand to showcase how SymX.AI can transform your business. Join us at the event and engage with us to learn more about the future of AI in the industry! 

For more information, visit: https://symx.ai/

With its cutting-edge dewatering panels and conveyor cleaning systems, Jaws Tech is revolutionising mineral processing with environmentally friendly methods while increasing efficiency.

What products did you showcase at IMME 2024?
We specialise in wear-resistant spare components, essentially consumables in the mining industry. Our mission is to innovately handle the mining industry’s wear and tear and breakdown difficulties. The cost of high-end polymers and elastomers, such as polyurethane, has risen. In addition, we excel in powder metallurgy, which includes ceramics and tension carpets, allowing us to provide effective solutions to our mining clients.

Could you elaborate on how Jaws Tech dewatering panels help improve operational efficiency and durability in mineral processing plants?
Dewatering panels play an important role in iron ore and mineral beneficiation processes. Many local manufacturers typically supply dewatering screens, but these screens frequently fail, mostly due to choke hazards. Choking might cause failures during operation. To overcome this issue, we presented our technology, which includes self-relieving and anti-choking dewatering screens. These screens reach 90 percent efficiency in dewatering while increasing production. Because they do not choke, clients may save downtime and boost production yield.

How do your anti-clogging wire-PU screens enhance material flow and efficiency in mining operations compared to traditional alternatives?
That is another solution. When aggregate moisture content is high, there is a risk of choking. To tackle this, we implemented anti-clogging technology that combines high-carbon spring steels and PU sponges. This self-relieving technique effectively prevents choking, making it ideal for handling aggregates.

Could you share insights on how Jaws Tech conveyor solutions help mining operations improve productivity and minimise downtime?
Conveyors are extremely useful in the mining industry. However, when they gather a sufficient quantity of carryback, they can cause cleanliness concerns in the plant and require operators to expend significant effort in dust collection, resulting in hazardous conditions.

To address this issue, we produced our Kitto conveyor cleaning solutions, which include main scrapers, secondary scrapers, and bristle-type scrapers. This approach can cut carryback by 95 percent.

Customers profit in two ways: first, they can sell the carryback material alongside the commodities gathered on the conveyor, and second, the factory will remain cleaner and more sanitary. Furthermore,

this technique increases the conveyor’s life, reducing the chance of malfunctions. This is how we help mine operators with our scraper and conveyor cleaning technology.

VSI crusher rotary tips are known for their wear resistance. How does Jaws Tech ensure that its rotary tips offer longer life and better performance compared to other alternatives in the market?
There are numerous VSI rotary tips for crushing large materials into aggregate form. However, their performance hours are often fairly short when employing ordinary tungsten carbide tips in vertical shaft impactors.

To overcome this issue, we developed a low-level micron powder metallurgy process that dramatically extends the life of these carbide tips. By integrating this powder metallurgy with various metal alloys, we can create high-performance VSI tips. As a result, these tips can provide nearly double or triple the lifespan of those now available in the local market. This is a unique solution in the industry.

How is Jaws Tech promoting eco-friendly practices in its product design and manufacturing processes?
We focus our eco-friendly efforts on recycling specific elements to lower carbon footprints. We can make valuable aligner pads and other recyclable materials by crushing waste plastics on the market. This is how we help the system remain sustainable, another component of our continuous evaluation.

In what ways do you think events like IMME contribute to networking and fostering partnerships within the industry?
We are a manufacturer based in the south of India. As many know, most mining activities occur in the northeastern region, making it difficult to connect with such prospects even today. While there are many individuals online, face-to-face encounters might be challenging. In this context, events like the IMME provide a fantastic networking opportunity. This platform offers manufacturers a valuable opportunity to display their capabilities in both the B2B and B2C segments.

This year’s IMME was extraordinarily well organised and managed, and we are delighted to participate. Indeed, the IMME organisers took a different approach this year. They allowed us to schedule meetings with any OEMs or clients we wanted to meet, and customers could also request appointments with us.

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

ROCKWOOL, a leader in sustainable insulation, is expanding its presence in India with a new plant in Tamil Nadu. The plant will provide energy-efficient, fire-safe construction solutions customised to India’s infrastructure requirements.

ROCKWOOL has been established in India for over a decade now. Can you tell us about ROCKWOOL’s growth trajectory and future expansions in India?
We have steadily developed our footprint in India, beginning with a production facility in Dahej, Gujarat, in 2011 and growing rapidly. To address increased demand and better service the Indian market, we are expanding operations by opening a new facility in Cheyyar, Tamil Nadu. This strategic location will allow us to increase manufacturing capacity, shorten lead times for southern regions, and more efficiently serve the rapidly expanding PEB and industrial insulation sectors. The Cheyyar factory demonstrates our commitment to India’s infrastructure growth, bringing innovative manufacturing closer to our southern clients and reaffirming our commitment to long-term, fire-safe insulation solutions nationally.

How do ROCKWOOL stone wool products contribute to energy efficiency and thermal heat regulations in buildings, especially given India’s diverse climatic conditions?
India’s many climate zones—from the heat of the plains to the cooler northern regions—require adaptive insulating methods. ROCKWOOL stone wool is excellent in temperature regulation because of its low thermal conductivity, which reduces heat transfer. This feature keeps buildings cool in the summer and warm in the winter, decreasing dependency on heating and cooling equipment. As a result, energy consumption is reduced, which affects greenhouse gas emissions. When used in PEB applications, our insulation provides excellent thermal comfort across all climates, supporting green building standards and improving operational efficiency in industries such as warehousing, manufacturing, and logistics.

What distinguishes ROCKWOOL stone wool-based sandwich panels from other materials regarding fire
resilience, and why is this particularly relevant in the Indian PEB sector?
ROCKWOOL stone wool insulation is intrinsically non-combustible and can sustain temperatures above 1,000 °C, making it an excellent choice for fire-resistant applications. This is critical in India’s PEB sector, where safety standards are tightening, and fire hazards are prevalent in industrial settings. Conrock / Lamrock panels’ recent 1-hour- and 2-hour fire ratings provide additional protection for buildings and occupants. Unlike traditional insulation, which can contribute to fire spread, our Conrock / Lamrock Sandwich panels act as a fire barrier, extending structural integrity and allowing for safer evacuation time — a significant advantage in industries with high fire loads, such as warehouses and manufacturing facilities.

Can you explain the significance of achieving EN 1364 Part 1 fire ratings for ROCKWOOL Conrock/Lamrock-based sandwich panels? What does this mean for safety standards in India?
EN 1364 Part 1 is a stringent European standard that evaluates the fire resistance of non-load-bearing wall components, which is critical for building safety. Our Conrock / Lamrock sandwich panels, newly certified with 1-hour and 2-hour fire ratings, provide longer fire protection, increasing safety in commercial and industrial situations where fire risk management is critical. Adopting such standards assures that buildings in India are fire-resistant and meet or exceed local regulatory requirements. This coincides with the country’s continuous efforts to improve fire safety standards and working conditions in high-risk industries.

Given the push to reduce plastic usage, how does ROCKWOOL stone wool insulation support India’s environmental goals in construction?
ROCKWOOL stone wool insulation is an environmentally beneficial alternative to plastic-based insulation. Stone wool is manufactured from naturally occurring basalt rock, a sustainable resource. The building industry may dramatically reduce plastic usage and waste by using stone wool. Our commitment to employing sustainable, recyclable materials is directly aligned with India’s ‘Beat Plastic Pollution’ project, which promotes environmentally conscious construction methods and helps reduce building operations’ environmental impact.

In terms of long-term performance, how does ROCKWOOL stone wool compare to traditional insulation materials used in sandwich panels?
ROCKWOOL Stone wool is well-known for its long-lasting performance. Unlike standard insulation materials, which decay, lose structural integrity, and absorb moisture with time, our stone wool retains its thermal, acoustic, and fire-resistant qualities. This long-term stability means fewer maintenance costs and continuous building performance. Our stone wool solutions provide a superb solution for the PEB industry, where rapid assembly and long-term durability are critical, making it a sensible investment for building owners.

What future insulation and building materials trends does ROCKWOOL anticipate, and how is it preparing to meet these evolving needs?
We anticipate increased demand for sustainable, high-performance insulation due to tougher building requirements, higher energy costs, and initiatives to combat climate change. Insulation technology advancements, such as increased fire ratings and acoustic performance, are also expected. We spend substantially on R&D to stay ahead, focusing on solutions that combine sustainability and high performance. As India pushes for green construction and energy efficiency, Our sophisticated insulation materials and production and distribution expansions ensure that we are well-positioned to serve the future of India’s building sector.

With growing attention to sustainable building materials, how does ROCKWOOL’s approach to manufacturing align with India’s sustainability objectives?
Our manufacturing process emphasises circular economy concepts using basalt rock, a naturally abundant resource, as its major raw material. Our stone wool offcuts and line waste are also recycled internally. In India, where the push for sustainable infrastructure is rising, our products minimise energy demand and pollutants over their lifetime. Our products directly support India’s green building initiatives, contributing to the country’s goal of lowering carbon emissions.

Do you run any programme that contributes to sustainability and environmental goals in India by reducing the use of scarce raw materials?
ROCKWOOL Rockcycle® is our flagship service which is pivotal in achieving our sustainability and environmental objectives by minimising the demand for scarce raw materials through an innovative closed-loop recycling system. This initiative allows us to recover and reuse stone wool from construction, renovation, and demolition sites, effectively channeling it back into our production process after cleaning and preparing it for recycling. By doing this, we significantly reduce our reliance on newly extracted resources, supporting India’s shift toward resource efficiency and a circular economy.

One of Rockcycle unique advantages is its ability to recycle stone wool infinitely without any degradation in performance, unlike materials such as plastics that tend to lose quality and get “downcycled” into lower-value products. For India, where the construction industry is growing rapidly, this aspect of Rockcycle offers a sustainable solution that not only conserves resources but also lessens the carbon footprint associated with raw material extraction and manufacturing. It’s an approach that directly aligns with the nation’s efforts to build a greener, low-carbon future, making Rockcycle a strategic, sustainable choice for India’s evolving building and insulation needs.

What are the key benefits and challenges associated with implementing the ROCKWOOL Rockcycle® service in India’s construction sector?
ROCKWOOL Rockcycle® service offers substantial benefits for India’s construction industry, especially with the growing demand for sustainable and high-performance building materials. The closed-loop recycling system ensures that waste stone wool collected from construction sites doesn’t end up in landfills but instead returns to our manufacturing process. This reduces waste, conserves valuable resources, and lowers the environmental impact of our operations. With Rockcycle, we offer a fully circular recycling solution that uniquely retains stone wool’s insulating properties even after multiple cycles of reuse, which sets us apart in an industry where downcycling is often the norm.

However, implementing Rockcycle in India does present operational challenges. For one, it’s crucial to maintain a supply of clean, uncontaminated stone wool for effective recycling, which requires close collaboration with clients to ensure materials are free from mixed waste. Additionally, handling fluctuating volumes of reclaimed material can create storage demands at our facilities, which we need to manage by optimising capacity planning. Overcoming these challenges is key to scaling Rockcycle in India, and we’re committed to adapting the program to meet local needs as we expand its reach.

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

Having spent more than three decades navigating the complexities of EPC projects, Subrata Das reflects on the sector’s progression, the persistent gaps in leveraging project management tools, and his strategic approach to cost optimisation and quality management in large-scale projects.

Your extensive experience in the EPC sector spans over three decades. How have you seen the industry evolve in project management and execution?
Over three decades in the EPC sector, we have witnessed a transformative evolution in project execution and management. The shift from manual operations to advanced equipment and machinery has improved execution efficiency, especially as project scales expanded, government initiatives accelerated, and financial institutions offered stronger support.

This advancement in machinery and technology has drastically shortened construction timelines and made construction much safer than before—a stark contrast visible in remote areas today, where concrete is still transported manually by headloads to construct small buildings. Looking back, the construction of large concrete rafts for even large industrial projects used to be done manually, with wheelbarrows and small concrete mixers of capacity 1 Cement Bag along with manual weigh batchers. In project management, the pre-1990s marked an era of manual processes, where teams of engineers used to prepare construction schedules manually on graph paper, using bar charts and shading updates with coloured pencils and pens. By 2004, we witnessed the gradual adoption of software like MS Project for schedule preparation, which simplified preparation, updating, and modification, significantly reducing workload and preparation time for review meetings. Almost every construction company, large and small, uses such software today.

Despite these advancements, many in the construction industry are far behind in utilising all the capabilities of this project management software, particularly for risk identification & prediction and proactive corrective actions. A common challenge remains manual updating of the WBS activities, which is very time-consuming and results in delayed detection of issues; project managers often become aware of delays only after losing precious time, which cannot be regained. While the software has advanced forecasting capabilities, real-time schedule updates remain a bottleneck due to manual updates’ cumbersome and time-intensive nature. Actual progress is often updated in the software only periodically, rather than on a shift or daily basis, and that is also true for the broader activities or milestones of L2 Level rather than (Micro) L4 Level. It is important to note that, without shift-by-shift or daily inputs or updating all micro activities, the software relies on outdated data at broader levels, leading to decision-making based on backdated information, which cannot effectively address real-time issues. Consequently, future critical issues, such as exact time of resource peaks, idling, or design drawing issues, are often overlooked, preventing management from taking timely actions and management is left out with the only option of taking intuitive decisions or ignoring many as same as pre-1990 practices because tens of thousands of activities.

There is a noticeable gap in efficiency: construction equipment is fully utilised, but the project management software’s full potential remains untapped, affecting stakeholders.

Can you discuss your approach to optimising costs without compromising quality? What tools or methodologies do you find most effective?
In my experience, optimising costs without compromising quality is achievable and essential. The notion that cost reduction inherently results in lower quality is a misconception; rather, it’s the opposite because, in large-scale projects, the primary costs extend much beyond just materials, encompassing factors such as idle resources, prolonged project durations, under utilisation — especially of equipment — interest costs, fixed overheads, and repair costs, which can go very high for lack of required quality monitoring.

To address the issue of Cost optimisation, it is crucial to foresee potential bottlenecks and implement mechanisms for timely intervention. Delays in one activity due to any factor often create cascading effects, leading to cumulative backlogs that are challenging to manage on-site without adequate foresight and preparation.

Rather than allowing project milestones to dictate the pace, I advocate a proactive approach to project management rather than reactive. This begins with enhancing the planning capacity through technology integration and upskilling. Decision-makers must be equipped to make informed choices, and while project managers work to mitigate delays, an additional provision for emergency preparedness should be built into the budget. For example, a 0.01 percent increased provision for extra resources for unprecedented times can improve the overall profitability, provided we know exactly when to allocate and scale back in the ever-evolving scenarios in construction.

By leveraging automated monitoring tools integrated with the existing software, we can anticipate risks early and enable the team to make decisions that keep costs and quality aligned.

You developed a mobile application for construction project management. Can you elaborate on its features and how it addresses the complexities of managing documents and workflows in large-scale EPC projects?
It is not just one mobile application; our digital construction lab has developed multiple custom tools for project management. Before going into their features, let us understand the problem of one scenario. In an EPC Hydro Power project, there are many drawings, engineering calculations, submittals, investigation test reports, and model studies occurring across various geographic locations. Tender conditions specify that each component must undergo review and approval by the developer or engineer at every stage. This process involves numerous transmittals with comments or observations, and the entire cycle repeats until each drawing is approved for construction. Every document for various project components is at a different stage at any given time, making it extremely challenging for stakeholders to track and monitor efficiently. While the document controller or engineering coordinator is fully occupied, achieving a comprehensive snapshot visualisation is nearly impossible at short notice at any given point in time for review.

Adding to this complexity, each drawing links to site activities such as enquiry floating, negotiation, ordering, dispatch, and on-site construction or erection. The lack of integration between engineering and construction processes makes pinpointing critical items a mammoth task for planners. Consequently, decision-makers are often unable to make timely decisions. Work can come to a halt at certain stages due to unapproved drawings, materials, or items. This leaves civil contractor resources unutilised, disrupts the payment cycles and delays projects, often forcing the developer to pay for extended stays. Conversely, hydromechanical and electromechanical contractors also suffer from this impact.

To address this, a custom integrated dashboard was developed, allowing any document controller or design coordinator to update it as soon as they receive a transmittal email on their mobile device whenever a document advances in status. All authorised users of this automated dashboard gain
real-time, interactive visualisation of the entire workflow. With a single click, users can view each drawing or design calculation’s current stage, including details on the submission date, review date, forwarding date, approval date, count of days, automated reminders, and associated observations. The project head no longer needs to call a drawing coordinator for status updates or wait for review meetings to identify potential and impacted delays and their duration. Coordination delays are minimised, and the planning team can dedicate more time to effectively strategising ways to mitigate these delays rather than doing tabulation work in spreadsheets.

As a professor of practice at MIT (WPU), how do you think academia and industry can collaborate more effectively to prepare the next generation of professionals?
As a professor of practice at MIT-WPU, I see an acute need for academia and industry to close the gap between traditional syllabi and the rapidly evolving skill requirements as technology advances in the Engineering, Procurement, and Construction (EPC) sector.

One key approach is co-developing courses in collaboration with industry partners. This helps align the curriculum with emerging trends, ensuring that students are equipped with the necessary engineering practices and industry-ready skillsets. MIT-WPU has made significant progress in this area and greatly benefited the students.

Additionally, industry-sponsored projects, such as research and capstone initiatives, give students valuable hands-on experience by allowing them to work on real-world challenges, providing exposure to cutting-edge technology and industry standards. Another important aspect is the involvement of industry mentors, guest lecturers, and advisory boards, which helps enrich students’ understanding of current sector developments and keeps academic content up-to-date.

Faculty internships offer educators the chance to experience the latest methodologies firsthand. They can then integrate these into their teaching, further enhancing the learning experience for students.

BKT Tires, a global player in the Off-Highway tire industry,
is all set to make a powerful presence at Bauma ConExpo India 2024, held at the India Expo
Centre, Greater Noida, from December 11, to 14, 2024. As one of the most prominent players
in the sector, BKT will showcase its extensive product portfolio under the banner of “Bharat
Ka Tire”—a brand promise that reflects products “Built in Bharat; Built for Bharat and Building
Bharat.” This collection features cutting-edge tire solutions tailored to meet the diverse
demands of India’s industrial and construction sectors.

BKT’s display will feature a curated selection of high-performance tires specifically engineered
to meet the diverse demands of India’s industrial, and construction sectors. The lineup includes
advanced models that emphasize durability, load capacity, and enhanced traction,
underscoring BKT’s focus on supporting India’s critical infrastructure projects. From robust
industrial tires like the EARTHMAX SR31, built for heavy-duty applications, to the AIROMAX
AM27, ideal for high-speed mobile crane, each product on display reflects BKT’s commitment
to producing tires that enhance operational efficiency and withstand India’s challenging
terrains. Other showcased models, such as the XL GRIP ULTRA, MAGLIFT STD, and LIFTMAX
LM81, further demonstrate BKT’s versatility in catering to specialized industry needs with
precision and performance.

Reflecting on the significance of Bauma ConExpo India, Rajiv Poddar, Joint Managing Director
of BKT, commented, “We proudly showcase tire solutions Bauma ConExpo India 2024 that are
not only built for the Indian market but also support the nation’s development. We aim to
strengthen our connection with Indian customers and reinforce our commitment to delivering
innovative, reliable, and high-performance tires that drive productivity across industrial and
construction sectors.”

These tires represent BKT’s commitment to innovation, quality, and sustainability, offering
robust solutions for diverse applications. The BKT team is thrilled to engage with industry
professionals, showcase its expertise, and exchange insights on enhancing operational
efficiency and sustainability.

Visitors can experience BKT’s innovative tire solutions at the Stall 0.G10 and witness first-hand
the tire technology crafted to meet the evolving needs of the construction and industrial
sectors.

JK Tyre & Industries, India’s largest tyre maker, has reiterated its commitment to sustainability by joining RE100 and using 100 percent renewable electricity by 2050.

JK Tyre is the first Indian tyre producer and the 16th Indian company to join RE100. To continue on track, the company has established a long-term objective (by FY’30) of reducing its greenhouse gas (GHG) emission intensity by 50 percent relative to the base fiscal year 2019. JK Tyre seeks to develop sustainable practices in the sector, opening the route to a carbon-neutral future by moving “Beyond Compliance” rather than simply planning for future climate requirements.

On joining the RE100 project, Dr. Raghupati Singhania, Chairman & Managing Director of JK Tyre, says, “Our decision to join RE100 represents our unwavering commitment to environmental responsibility. Under the motto “today for tomorrow,” we at JK Tyre believe that a sustainable future requires significant action today. As an environmentally conscious brand, energy efficiency and conservation remain at the top of our priority list. We take pride in joining world leaders in promoting this shift towards renewable energy and look forward to inspiring constructive change in the industry.”

Dr. Divya Sharma, India Executive Director, Climate Group said: “JK Tyre’s decision to procure 100 percent renewable electricity for their operations by 2050 is a milestone commitment. It shows that renewable electricity can indeed be considered for large scale, intensive manufacturing needs. We welcome them into the RE100 network and look forward to working with them – and to their progress.”

JK Tyre has been able to maintain strong sustainability outcomes year after year. The corporation has established a key goal of incrementally increasing the use of renewable energy by 2-5 percent per year and has constantly sought the installation or procurement of green energy sources across its industrial plants. Currently, renewable sources account for 40 percent of the company’s energy consumption.

The company has also reduced its GHG Emission Intensity by 64 percent since the base year 2013-14. JK Tyre has set a global standard for raw water utilisation at all of its manufacturing plants in India, making them zero liquid discharge, zero-waste-to-landfill, and free of single-use plastic.

RE100 is a global movement that brings together the world’s most significant companies dedicated to 100 percent renewable energy. Climate Group leads the project, which includes over 400 of the world’s largest and most powerful corporations from a wide range of industries. RE100 was developed in collaboration with CDP.

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

Mr. Nimesh Chinoy is the Director of Sales and Marketing at SigmaWeld, Electronics Devices Worldwide Pvt Ltd. He graduated with a double degree in Computer Science and Engineering from RMIT University in Melbourne, as well as a postgraduate degree in Family Managed Business Administration from the S.P. Jain Institute of Management & Research. He started his work in R&D, developing AI-powered solutions for induction heaters and welding applications. Since 2007, he has overseen the production and marketing of SigmaWeld’s Indian Welding Inverters, increasing their reach into India, the Middle East, and Southeast Asia while combining innovation with strategic market growth.

Topic – Adapting Technology Change to Speed Up Productivity and Quality in Construction & Infra Projects

#urbantransformation #smartcities #urbanplanning #sustainabledevelopment #GISPlanning #InfrastructureLeadership#construction #development #industrysolutions #infrastructure #technology #transformingindia #b2bpurchase

• Facebook
• Twitter
• Instagram
• LinkedIn
• YouTube

Mr. Pankaj S. Sharma, the CEO of Avanza Steel Pvt Ltd, has an MBA from the Narsee Monjee Institute of Management Studies. With considerable experience in marketing, advertising, and operations, he has helped Avanza Steel become a top scaffolding firm in eastern India. Mr. Sharma, known for his inventive approach, has streamlined operational processes and introduced unusual marketing techniques, resulting in a major increase in the company’s market presence and growth. He is an enthusiastic networker and has been a member of several organisations, including the National Board of Round Table India.

Topic: From Cost to Value: Transforming Scaffolding into a Growth Catalyst

#urbantransformation #smartcities #urbanplanning #sustainabledevelopment #GISPlanning #InfrastructureLeadership#construction #development #industrysolutions #infrastructure #technology #transformingindia #b2bpurchase

• Facebook
• Twitter
• Instagram
• LinkedIn
• YouTube

Mr. Karthik M is a Product Manager of Messer India, with expertise in product planning, change management, and manufacturing operations. He specialises in end-to-end processes such as planning, procurement, supply chain, sales, marketing, and customer support. Karthik ensures excellent customer satisfaction via a proven track record of project completion on schedule. He thrives in cross-functional teams and excels at people management. He is well-known for his versatility, and he fearlessly takes on new challenges in various settings, pushing both personal and professional development.

Topic: Factors influencing cutting process, application and advancements in construction & Infra projects

#urbantransformation #smartcities #urbanplanning #sustainabledevelopment #GISPlanning #InfrastructureLeadership#construction #development #industrysolutions #infrastructure #technology #transformingindia #b2bpurchase

• Facebook
• Twitter
• Instagram
• LinkedIn
• YouTube

ArcelorMittal and HP have teamed up to transform steel additive manufacturing. They combine HP’s Metal Jet S100 technology with ArcelorMittal’s expertise to develop innovative, sustainable, and cost-effective solutions for various sectors.

ArcelorMittal, a global leader in sustainable steel solutions, and HP, a well-known printing firm with substantial experience in additive manufacturing, are happy to announce a strategic partnership to improve steel additive manufacturing. This collaboration is a critical step towards developing novel solutions that will impact the future of additive manufacturing.

ArcelorMittal recognises HP’s technical expertise by utilising their cutting-edge Metal Jet S100 technology for steel additive manufacturing. This adoption demonstrates ArcelorMittal’s dedication to using modern technology to improve its manufacturing capabilities.

HP acknowledges ArcelorMittal with good results with their steel powders, demonstrating the robustness of binder jetting technology. These powders demonstrated instant good performance without requiring any changes to printing conditions, showcasing the two firms’ synergy.

The collaboration intends to advance steel additive manufacturing by combining HP’s printing and existing production knowledge with ArcelorMittal’s leadership in sustainable steel solutions.

The collaboration will focus on the following key pillars:

• Lower Cost per Part: Taking a comprehensive strategy to unlocking a wide range of accessible parts for 3D printing, particularly in the automotive industry.
• Extend Material Options: Creating steels with unparalleled qualities that are impossible to achieve using traditional manufacturing methods.

The proposed working model entails HP and ArcelorMittal collaborating to bring new steel solutions to a sufficient Technology Readiness Level (TRL), and then leveraging ArcelorMittal Research Centre for breakthrough applications as an incubator for new applications developed in collaboration with customers, saving them the initial investment to evaluate and qualify the technology until the process can be transferred to a contract manufacturer for final industrialisation.

This partnership is a huge step forward for steel additive manufacturing. It brings together the skills of two industry giants to promote innovation and provide high-quality, sustainable solutions.

Aubin Defer, Chief Marketing Officer at ArcelorMittal Powders, says, “We are thrilled to collaborate with HP in advancing steel additive manufacturing. This collaboration leverages our combined expertise to develop innovative solutions to drive the industry forward. The promising results of our steel powders with HP’s binder jetting technology are a testament to the potential of this partnership.”

Alexandre Tartas, Global Leader of Metals Sales & Go To Market at HP, adds, “We are excited to join forces with ArcelorMittal to push the boundaries of steel additive manufacturing. This collaboration will enable us to leverage our technical expertise and ArcelorMittal’s leadership in sustainable steel solutions to create groundbreaking advancements in the industry. Combining the steel expertise of ArcelorMittal and HP Additive Manufacturing positioning in high volume production offers a unique value proposition for the manufacturing industry.”

For more information, visit: https://corporate.arcelormittal.com/

Dinesh Rajaiah of Ramco Cements won silver in men’s doubles at the Japan Para-Badminton 2024, overcoming injury in a thrilling final.

Dinesh Rajaiah, an employee of Ramco Cements, earned a silver medal in the men’s doubles event at the Japan Para-Badminton International 2024 in Tokyo. He won the medal alongside Paralympian Sukanth Kadam. Notably, Sukanth Kadam finished fourth in the men’s singles in the Paris Paralympic Games, which ended in September 2024. 

Japan Para Badminton International 2024 was held in Tokyo from October 22nd to 27th, 2024, with over 200 players competing.

Dinesh, despite sustaining a shoulder injury and having his right shoulder severely wrapped, gave the viewers a nail-biting finale. The couple trailed 16-20 in the second set but rallied to send the game to the third set, which they lost 16-21. The pair won the hearts of the spectators with their never-say-die attitude in the event’s final match.

Dinesh enters the top 15 in the BWF Para World Ranking for men’s singles and is now rated 14 in the world. Ramco Cements has been sponsoring Dinesh Rajaiah since he demonstrated his talent in a Ramco Cements inter-unit tournament in 2017. The corporation then pushed him to pursue professional badminton teaching and has sponsored him in all major international events. Ramco Cements wishes Dinesh success in future events.

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

BKT’s Earthmax tyres are tailored to meet the high-performance demands of mining operations, with improved thermal conductivity and reduced internal heat generation. 

Could you elaborate on the key technological innovations in the Earthmax tyres that make them suitable for the extreme demands of mining operations?
BKT’s Earthmax range is specifically engineered to handle the extreme demands of mining operations. These tyres incorporate advanced technologies such as all-steel radial construction, which enhances load distribution and offers better resistance to punctures and cuts. The multi-ply belts used ensure superior structural integrity and high protection from damage. The tread design is also optimised to provide exceptional traction on challenging surfaces while resisting chunking and chipping. Earthmax tyres are also equipped with reinforced sidewalls, which help withstand heavy loads and harsh conditions typical of mining environments. Together, these features allow the tyres to perform reliably under high stress and offer extended service life in even the most abrasive terrains. 

With mining operations increasingly adopting automation, what role does tyre technology play in enhancing the performance of automated mining machinery, and how is BKT adapting its products to meet these evolving demands?
The performance of automated machinery relies on precise traction, stability, and durability to operate efficiently in harsh terrains. BKT’s mining tyres are designed to offer consistent performance and low rolling resistance, which is crucial for automated systems where precise control and fuel efficiency are vital. Earthmax tyres’ optimised tread patterns and compounds help maintain traction and minimise slippage, ensuring seamless operation of automated equipment.

Mining tyres endure extreme conditions, including rocky terrain and heavy loads. How does BKT ensure the longevity and durability of its tyres, especially in high-abrasion environments such as open-pit and underground mining?
Mining tyres face extreme stress due to rocky terrains, heavy loads, and continuous operation. BKT utilises special rubber compounds that are highly resistant to cuts, tears, and abrasions to ensure longevity. For example, Earthmax tyres use an advanced tread compound that enhances wear resistance, even in abrasive conditions like open-pit or underground mining. The reinforced steel belts in these tyres provide extra protection against punctures and increase their overall strength. Additionally, BKT conducts extensive testing under real-world conditions to validate performance, ensuring that its mining tyres deliver consistent durability and meet the high demands of mining operations.

Could you share insights into the specific design and compound innovations BKT uses to combat excessive heat buildup in mining tyres and how these innovations contribute to minimising downtime?
Heat buildup is a major concern in mining tyres, especially in environments where tyres are subjected to continuous heavy loads and extreme operating conditions. BKT addresses this challenge with innovative compound formulations designed to dissipate heat effectively. One key component in these formulations is carbon black, crucial in reinforcing the rubber and enhancing heat resistance. BKT has taken a significant step by manufacturing its carbon black, ensuring complete control over the quality and consistency of this essential material. This in-house production allows us to tailor the carbon black used in Earthmax tyres to meet the high-performance demands of mining operations, improving thermal conductivity and reducing internal heat generation. 

Additionally, the tread patterns in Earthmax tyres are optimised to minimise friction, which further helps to control heat accumulation. By maintaining lower operating temperatures, BKT’s tyres experience less wear and tear, significantly reducing the risk of breakdowns. This focus on heat management enhances the tyres’ durability and minimises equipment downtime, ultimately leading to more efficient and uninterrupted mining operations.

Reduced rolling resistance helps improve fuel efficiency, which is crucial for sustainability in large mining fleets. How does BKT ensure its mining tyres provide optimal rolling resistance while maintaining durability and performance?
BKT achieves optimal rolling resistance in its mining tyres through specialised tread designs and advanced compound technology. For example, the radial construction of Earthmax tyres allows for better ground contact, which reduces energy loss during movement. At the same time, the compounds used in these tyres are designed to offer low rolling resistance without compromising durability or traction. This balance ensures that mining operations can achieve better fuel efficiency, helping to lower carbon footprints while maintaining high performance in demanding environments.

For more information, visit: https://www.bkt-tires.com/in/en/

The Mall Development MENA Forum 2024 in Dubai brings together industry professionals to discuss innovations, trends, and collaborations impacting the future of mall building, as the region’s retail market approaches USD 1.4 trillion.

The MENA region’s retail landscape is experiencing transformation, with the mall business expected to rise from USD 808.51 billion in 2024 to USD 1,401.32 billion in 2032. Against this dynamic setting, the inaugural Mall Development MENA Forum 2024 is scheduled for November 11-12 at the Le Meridian Hotel Dubai. This significant event will bring together industry experts, stakeholders, and policymakers to discuss the future of mall development in the region.

Malls have grown in popularity as significant retail and leisure destinations in the MENA area. These malls function as community hubs, providing a variety of amenities beyond standard retail, such as food, entertainment, and cultural venues. Iconic malls in the region have become monuments and tourist destinations, attracting tourists from all over the world. As disposable incomes rise, consumers demand better shopping experiences, prompting developers to add innovative architecture, advanced technologies, and novel concepts into mall projects.

The Mall Development MENA Forum will allow industry professionals to share ideas, highlight best practices, and investigate emerging trends in mall design, construction, growth, management, and operations. Attendees will learn about market dynamics, customer behaviour, regulatory frameworks, and technological breakthroughs that are driving the future of malls. The forum will also highlight chances to form new collaborations and find innovative solutions.

The Point Abha, KSA, and BFL Group are supporting the event, demonstrating regional collaboration and a similar vision for the future of mall development. The seminar will look at architectural trends in mall building, mall management and operations issues, and community engagement techniques. It will look at customer experience and loyalty programs, the digital transformation of mall experiences, government rules and policies governing mall development, the impact of tourism on mall footfall and revenue, and new concepts in entertainment and leisure facilities. Key themes will include how to integrate online and offline retail experiences, investment prospects in MENA mall projects, the importance of technology in modern mall designs, sustainability initiatives in mall building, and urbanisation trends and their impact on mall placement.

Distinguished speakers at the forum include Dragana Linden, Managing Director of HKS Saudi Arabia; Hayah Taimur, Senior Design & Development Lead at Emaar, UAE; Sergio Novais, Head of Leasing at Deerfields Mall, UAE; Alicia Valdivia Alexeeva, Co-founder and Architect at Matrium and Partners, UAE; and Mishaal Almaimani, Real Estate Development at The Point Abha – RedSea Markets Ltd, Saudi Arabia.

The event has also received sponsorship from Blue Design Studio, Plus Light Tech FZE, Eventagrate Group, Inditech Middle East, Huda Lighting, Liwain, and ROAMWORKS, among others.

Join the industry in shaping the future of retail in the MENA region. For more information and to register for the event, visit https://malldevelopmentmena.com.

Volvo Construction Equipment (Volvo CE) is introducing new generation High Reach excavators to bring customers into the future while also raising the bar on strength, productivity, and operator comfort throughout demolition applications.

The new EC400 High Reach and EC500 High Reach excavators replace the previous generation EC380EHR and EC480EHR models, respectively, with a revolutionary design and cutting-edge improvements to outperform the competition.

Martijn Donkersloot, Product Manager for Demolition Equipment at Volvo CE, says “We are committed to producing the ultimate in heavy-duty demolition machinery. These new models have been designed to efficiently respond to customer needs, which we found out after talking to many customers and operators all over the world – and because we make our own machines from start to finish, every detail has been carefully considered and improved to ensure the best possible performance.”

These machines benefit from the current generation update, which improves fuel efficiency by 15 percent through engine pump optimisation, greater ground-level access and longer service intervals, more precise controls, and a quieter working environment. The Smart View, which includes optional Obstacle Detection, also makes the working environment safer for operators and other on-site workers.

Tailored to perfection
In addition to the current advantages afforded by the new generation design, these improved models have various novel engineering improvements, particularly to High Reach excavators. These include a longer operating range due to the extension boom concept, which allows for more diversity in how the equipment is used, as well as the machines’ construction and hydraulic system, which have been optimised to carry big attachments.

The hydraulic lines have also been optimised for demolition by increasing the size of the X1 return line, which reduces the attachment’s back pressure, and installing a dedicated drain line for the attachment to reduce oil leak rates from the rotating motor attachment.

The custom Demolition Assist tool delivers visible and auditory alerts on working range and stability data for demolition configurations, while an HD integrated front view camera display assures maximum productivity and operator comfort. With Demolition Assist, Volvo CE has future-proofed the machine for potential new functionalities that our decommissioning customers may require in the future.

Furthermore, the purpose-built cab provides excellent visibility, making it ideal for high-reach demolition operations, while the scratch-resistant, one-piece, P5A classed front window and reinforced roof window are both readily cleaned, thanks to an optimised wiper system for each.

The machine’s ergonomics have also been improved thanks to additional functionality in the control levers, such as the optional Comfort Drive Control, cab tilting feature, and several smart switches.

Continuing to set a high bar
In addition to these enhancements, consumers can enjoy the same significant benefits as prior models. Volvo high-reach excavators are designed to provide optimal safety in all demolition situations. A strong structure and cab provide maximum protection against falling debris, while a high visibility cab and strategically positioned cameras assure outstanding stability and safety.

Their solid frame, excellent stability even with large tool weight, and exceptional hydraulics provide strong performance in even the most difficult demolition operations. The electro-hydraulic system employs clever technology to provide precise control, great productivity, and outstanding fuel efficiency, while a hands-on tilt feature and ergonomically positioned controls make it even easier to complete a profitable day’s work.

The machines’ compatibility with a wide range of Volvo and external supplier attachments further ensures their versatility. A sophisticated attachment management system saves settings for up to 20 different hydraulic attachments. Furthermore, the excavator can easily switch from an ultra-high-reach boom to a conventional digging configuration, allowing it to stay busy even when not performing high-reach jobs.

The EC400 High Reach and EC500 High Reach crawler excavators, designed specifically for Volvo’s industry-leading production facilities, are backed by the company’s global service and spare parts network. Customers across Europe and North America will be able to place orders beginning in April 2025.

For more information, visit: https://www.volvoce.com/india/en-in/

Mumbai’s rapid real estate boom poses serious fire safety problems, as seen by recent high-rise fires and a 154 percent increase in fatalities. Stricter restrictions and preventive steps are critical to protecting residents.

As Mumbai’s real estate market expands dramatically, as indicated by a 13.2 percent  year-on-year increase in property registrations during the recent Navratri festivals, the issue of fire safety in high-rise structures has become increasingly important. The city’s tiny streets, combined with the use of fireworks during Diwali, exacerbates these concerns. Recent fire events, such as the Times Tower fire, the Kalpataru Residence burning in Goregaon, and the Chembur fire, highlight the critical need for enhanced fire safety practices.

Mumbai, known as India’s Financial Capital, has grown significantly and rapidly. Urban transport innovations are unlocking the potential of real estate, increasing building and demand. Long commutes are unavoidable for many inhabitants, given that 80 percent  of work prospects are centred in Mumbai and that the surrounding Mumbai Metropolitan Region (MMR) is growing rapidly. This circumstance has resulted in a significant price difference between residential properties in the neighbourhood. However, this expansion has a significant cost to the well-being of its population.

The city’s development has a cost. In 2021, 70,023 units were released, just 12 percent  below pre-pandemic levels, with 62,989 units sold, a 3 percent  increase over pre-pandemic sales. In the third quarter of 2022, launches increased by 49 percent  year on year, while sales increased by 35 percent . The epidemic changed people’s views, prompting them to buy homes and renovate them to accommodate ‘work-from-home’ and’school-from-home’ lives.

Despite Mumbai’s phenomenal financial growth, the city’s living conditions reveal a different reality. The frightening increase in fires, lift accidents, housing collapses, and potholes raises concerns about the human toll of rapid development.

• The numbers are staggering:

– 154 percent  increase in fire accident fatalities in 2023

– 3,197 emergencies reported in the first seven months of 2024, resulting in:

    – 8 fatalities

    – 112 injuries

These numbers highlight the critical need to prioritise safety and infrastructure development alongside economic growth.

On October 9th, the Mumbai High Court ordered the State Government to enforce particular fire safety regulations, including the installation of fire towers and fire evacuation lifts in high-rise structures. If the government fails to comply, the court may consider suspending all development approvals. Given the present trends in infrastructure development, the need for these restrictions is evident, especially as the number of occurrences increases. It is also critical to investigate the underlying causes of these rising numbers so that we can remain cautious and properly adhere to fire safety regulations.

The primary issues identified include:

Electrical short circuits: A leading cause of fires
According to data, electrical short circuits cause around 70 percent  of fires. Other variables, however, contribute to high-rise buildings’ flammability. The use of Aluminium Composite Panels (ACP) in building facades has been highlighted as a major risk factor. ACPs are extremely flammable, spreading flames quickly and exacerbating fire damage. When high-rise structures clad with Aluminium Composite Panels (ACP) catch fire, the results can be disastrous. The hazardous fumes and smoke released by burning ACP panels frequently cause asphyxia, killing several people.

In the event of a fire, ACP panels can:

• Produce dense smoke, reducing visibility
• Generate extreme heat, fueling the fire
• Release toxic fumes, causing respiratory distress and suffocation

The devastating consequences of ACP panel fires highlight the need for:

• Stricter building codes and regulations
• Alternative, fire-resistant materials
• Enhanced fire safety measures and emergency preparedness

Glass façades: Aesthetic but hazardous
Glass facades are popular for their aesthetic appeal, but they also represent a fire risk. Shattered glass can hurt people and impede evacuation operations. Furthermore, glass facades can retain heat, aggravating the fire situation.

Poor Maintenance: A Silent Killer
Inadequate maintenance is a major contributor to fires in high-rise buildings. Neglected electrical systems, defective wiring, and dirty ducts create a setting ripe for tragedy. Regular maintenance of Fire escape Lifts and Fire Towers is critical to ensuring safe escape during a fire emergency. Unfortunately, many residential communities and builders disregard this crucial role, placing lives in danger.

Consequences of neglect:

• Failure of critical evacuation systems during fires.
• Increased risk of injury or fatality.
• Delayed evacuation, allowing fires to spread.

Urgent call to action:

• Regularly inspect and maintain Fire Evacuation Lifts and Fire Towers.
• Update maintenance records and logs from vendors.
• Ensure compliance with fire safety regulations and guidelines.
• Conduct routine fire drills and training.

Several other challenges hinder effective fire safety in Mumbai, including:

• Rapid urbanisation: High population density and overcrowded urban areas make firefighting and rescue operations difficult.
• Inadequate infrastructure: Narrow streets, congested buildings, and lack of open spaces hinder emergency response.
• Lack of awareness: Insufficient knowledge among the public regarding fire safety measures and emergency response procedures.
• Limited resources: Fire departments face challenges in acquiring modern equipment, and training, and Shortage of skilled firefighters and support staff.

Measures for Enhancing Fire Safety

Special fire safety regulations: A step in the right direction
In response to a high court ruling, the Maharashtra government enacted special fire safety legislation, focusing on Fire Towers and Fire Evacuation Lifts (Firemen Evacuation Lifts). These regulations seek to improve emergency response and evacuation protocols.

Collective responsibility and attentiveness are critical in avoiding fire catastrophes. As the city’s real estate sector expands, prioritising fire safety is critical to protecting people and property. By addressing these concerns and taking proactive actions, Mumbai can reduce the risks connected with high-rise buildings while also providing a safer, more secure living environment for its citizens.

Authored by: Dr. Vikram Mehta, Fire Evacuation Man of Maharashtra and MD of SPARTAN Fire Evacuation Lift

Vasim has over 15 years of industry expertise and will spearhead strategic sales initiatives, broaden market reach, and offer personalised AI-driven solutions to SymX.AI’s growing clientele.

SymX.AI, a leading provider of cutting-edge artificial intelligence solutions for the mining and construction industries, has recruited Vasim Pradhan as Sales Head—EMEA and APAC. Vasim has over 15 years of experience in construction and mining and a track record of driving growth in international markets.

Vasim will oversee SymX.AI’s sales efforts throughout Europe, the Middle East, Africa (EMEA), and Asia-Pacific (APAC). He will lead strategic collaborations, broaden the company’s footprint, and provide bespoke AI-driven solutions to SymX.AI’s growing clientele.

Vasim Pradhan previously worked as the Head of Sales for India and International Business at Ashar Locker India Pvt. Ltd., an Indo-Australian multinational firm and global supplier of screening media solutions. During his seven-year stint at Ashar Locker, Vasim effectively achieved 300% revenue growth, developed major markets, and established long-term connections with top decision-makers in the mining and construction industries.

Commenting on his new role, Vasim says, “I am excited to join the dynamic team at SymX.AI and look forward to leveraging my experience to drive business growth in the EMEA and APAC regions. With the rapid pace of innovation and the increasing need for sustainable solutions, SymX.AI’s AI-powered technology offers immense potential for the mining and construction sectors. I am eager to help our clients achieve operational excellence and stay ahead in this competitive landscape.”

For more information, visit: https://symx.ai/

Kirby Building Systems India’s Halol expansion doubles output to 100,000 MT, brings the overall capacity to 300,000 MT, and demonstrates the company’s PEB leadership and dedication to innovation and sustainability.

Kirby Building Systems India opened its 50,000 MT capacity extension at Halol, Gujarat, on October 24, 2024. In 15 months after the facility’s inception in February 2023, the company’s Halol Pre-Engineered Steel Building (PEB) capacity doubled to 100,000 MT per year. This milestone allows Kirby India to achieve a total installed capacity of 300,000 MT per year when combined with the two facilities in Hyderabad and Haridwar, each with a 100,000 MT installed capacity.

The three cutting-edge facilities are strategically located in the south, north, and west, with the newest plant at Halol featuring advanced fabrication technologies such as CNC Laser Cutting Machine, CNC Plasma Cutting Machine, CNC Drilling Machine, CNC Controlled Laser Guided Welding Machine, and other equipment. These modern machines give our customers high-quality products, with speedier delivery that reliably keep projects on track.

The expansion was opened by Mahmoud Samara, CEO, alongside Hashim Gillani, President – of Industrial Group, Yogesh Kumar, Vice President of Finance—Retail & Industrial, and other senior management members from Alghanim Industries and Kirby India.

This strategic development strengthens Kirby India’s position as a leader in the PEB field, allowing the company to offer cost-effective, high-quality PEB solutions that satisfy global standards. Kirby India has been the market leader in the PEB business for over 25 years, and its impact on the building environment is clear. Kirby’s modern facilities and patented technology provide precision-engineered steel structures that match the expanding demands of India’s infrastructure boom, serving over 10,000 customers who value innovation and sustainability.

This Halol facility is the first PEB plant in the world to earn Platinum Rated Green Building Certification, demonstrating our dedication to green building techniques. This further supports Kirby’s goal of offering sustainable and eco-friendly construction solutions through its PEB technology, as well as contributing to a safe and healthy environment.

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

SANY India has entered the renewable energy sector with 1.6 GW of wind turbine sales, collaborating with JSW Group and Sembcorp to provide cutting-edge technology and support India’s clean energy aspirations.

SANY India has reached a critical milestone in its recent entry into India’s renewable energy market through SANY Wind Energy India Pvt Ltd. SANY India has quickly established itself as a reliable partner in the wind energy environment, having signed big wind turbine sales deals of 1.6 GW. These include a 1,324 MW arrangement with three JSW Group companies, as well as a 300 MW contract with Sembcorp Limited’s Indian branch.

This success demonstrates SANY India’s smart entry and consistent growth in India’s wind energy business. It also indicates industry leaders’ belief in SANY’s outstanding technological skills, product quality, and dedication to sustainable development. In line with the Indian government’s Make in India strategy, SANY India is collaborating with domestic partners to encourage localised production and improve India’s renewable energy infrastructure. These collaborations with JSW Group and Sembcorp demonstrate a common commitment to promoting clean energy and lowering carbon emissions, which aligns with India’s renewable energy targets and strengthens the country’s sustainable growth trajectory.

SANY will supply cutting-edge 4 MW wind turbine technology optimised for efficiency and performance in a variety of environmental circumstances as part of these partnerships, demonstrating its ability to fulfil the specific demands of India’s growing renewable energy sector. SANY turbines are engineered to provide longevity, dependability, and outstanding energy output, making them perfect for large-scale projects that require great performance while minimising environmental effects.

Commenting on the achievement, Dr Govind Bhagwatikar, Country Manager & Director of SANY Wind Energy India Pvt Ltd., states, “As India’s energy landscape shifts towards greener solutions, this milestone reflects SANY India’s Renewable Energy commitment to providing cutting-edge renewable energy solutions that meet the growing demand for clean energy. We are excited to partner with respected organizations like the JSW Group and Sembcorp, who share our vision for a sustainable future. This partnership has not only strengthened SANY India’s position in the Indian wind energy market but also affirmed our reputation for delivering reliable, high-quality solutions that drive the transition to greener energy sources.”

SANY’s 4 MW wind turbine model was included to the MNRE-RLMM List in January 2024, as announced by the Ministry of New and Renewable Energy (MNRE), India. The turbine is also compliant with Indian Grid Codes and UL-certified.

SANY, a global pioneer in renewable energy solutions, is committed to ongoing innovation via significant research and development, providing efficient wind turbine platforms customised to India’s unique wind regime. With a growing portfolio and expanding collaborations in India, SANY India is well-positioned to contribute to the country’s renewable objectives and assist its goal of establishing a low-carbon economy. This achievement is a significant step forward in SANY India’s continued efforts to advance renewable technologies and build a cleaner, more sustainable future.

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

Hikvision India demonstrated its most recent intelligent traffic and transportation security solutions, including Multilane Free Flow Tolling and ADAS & DMS, at the 12th TrafficInfraTech Expo 2024, addressing India’s specific mobility concerns.

Hikvision India has offered numerous unique solutions at Trafficinfratech, providing creative technology-driven solutions to the transportation industry. Trafficinfratech has unveiled Multilane Free Flow Tolling, a Motorcycle Enforcement System, and an ADAS and DMS Solution. The latest offerings included Transportation Security Systems, Intelligent Traffic Management technologies, and Toll Plaza surveillance solutions. Hikvision India took part in the 12th edition of TrafficInfraTech Expo 2024, showcasing the newest technology, products, and solutions for India’s transport sector.

TrafficInfraTech, Asia’s largest integrated expo on traffic, transport technology, road technology, and smart mobility, was inaugurated by Shri Mahmood Ahmad, Additional Secretary, Ministry of Road Transport and Highways, in the presence of transportation industry leaders, government representatives, and attendees. The expo took place from October 22 to 24 at Pragati Maidan in New Delhi. The Hikvision pavilion featured the company’s most recent solutions for transportation security, traffic safety, and urban mobility.

“The Indian Transportation Sector has unique requirements compared to the global standard solutions, it requires customisation and a deep understanding of local challenges. This presents a great opportunity for innovative transportation security solutions. We have introduced the Multilane Free Flow Tolling,   Motorcycle Enforcement System and ADAS & DMS Solution. We are offering Smart Transportation and Intelligent Traffic Management Solutions (ITMS) for the key stakeholders of the transportation sector. We have showcased innovative solutions for the various transportation segments at the Trafficinfratech Expo. The expo continues to be a very apt platform to demonstrate the latest technologies, products and solutions to the key stakeholders and decision-makers in the transportation ecosystem,” says Ashish P. Dhakan, MD & CEO, of Prama Hikvision India Private Limited.

Hikvision India demonstrated its latest products and solutions at the TrafficInfraTech Expo, which included Command Control, Multilane Free Flow Tolling, Motorcycle Enforcement System, Parking Management Solution, Toll Booth Surveillance, Body Worn Cameras, Dash Cameras, Intelligent Traffic System, and ADAS & DMS Solutions.

The three-day Smart Mobility Conference 2024, themed ‘Enabling Responsible Mobility’, was held concurrently with the TrafficinfraTech Expo. It covered a variety of current topics through interesting panel discussions and smart lectures. On the second day of the conference, Mr Rajiv Arora, National Manager-Roadways & Waterways, Prama Hikvision India Private Limited, took part in a panel discussion titled ‘Case Studies on Intelligent Multimodal Transportation’.  He also provided an update on Hikvision India’s latest Transportation Security Solutions. His talk received an extraordinary response from conference attendees.

TrafficInfraTech Expo provides a networking opportunity for government representatives, specialists, project leaders, system integrators, and service providers to collaborate on solutions to urban transportation difficulties. The event closed on a positive note, with a strong representation from India’s transport sector.

Ramji Singh, who has been with Schmersal India since 2015, aims to lead the company’s ongoing growth as a hub for innovative safety solutions and IIOT-enabled products.

The Schmersal Group has named Ramji Singh as the new Managing Director of its subsidiary, Schmersal India Private Limited. The management takeover has an immediate effect. He succeeds Sagar Bhosale, who has decided to leave the company for personal reasons following a long and successful career.

Ramji Singh has decades of senior management experience with well-known international automation companies. He joined Schmersal India in 2015 as Associate Vice President and has been the Vice President of Sales and Marketing since 2018.

“Ramji Singh is the leader Schmersal India needs now. He has worked for our company for many years and brings with him a deep understanding of the industry and a clear vision for the future of our company,” says Uwe Seeger, Director of Asia-Pacific & Middle East at the Schmersal Group.

“It is an honour for me to take over Schmersal India’s management and continue its successful course. Schmersal India is increasingly establishing itself as a fast-growing hub for innovative product development within the Schmersal Group. The latest examples are IIOT-enabled safety switches and complete IIOT solutions such as our energy monitoring system or our digital LOTO APP. These are all solutions that we have developed together with our global IT and technology centre SGCC in India,” explains Ramji Singh. “Looking ahead, the challenge for Schmersal India is to maintain its influential position in an increasingly competitive market. However, I am confident that Schmersal, as a full-service provider with a comprehensive portfolio of products, services, and solutions, will be able to meet the diverse requirements of our customers in the long term.”

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

Often overshadowed by more glamorous elements, tile adhesives are crucial for maintaining the integrity of our floors, ensuring stability and preventing chaos beneath our feet.

In the vibrant and fun-filled world of India’s construction boom, where buildings rise faster than onion prices, there’s an unsung hero quietly holding everything together—literally. Tile adhesives may not carry the glamour of the latest Bollywood blockbuster, but without them, our floors would be dancing more than Nora Fatehi in an item number.

As the Chief Product Manager and Director at Buildsmart Construction Chemicals, I have seen it all. From innovative solutions that make you facepalm to over-the-top specifications that ask, “What on earth is happening?” Let’s indulge in a tête-à-tête on adhering to the right practices.

Jugaad meets tile adhesives: When desi innovation goes overboard
We Indians are renowned for our jugaad—finding quick fixes faster. However, applying jugaad to tile installation is like using Fevicol to fix a leaky pipe — something is definitely wrong! I’ve walked onto sites where they are still mixing sand and cement, blissfully ignoring that the world has moved on, much like Govinda’s fashion sense.

Imagine splurging on Italian marble to impress your in-laws, only to have the tiles pop off like popcorn because someone decided to save a few rupees on adhesive. It’s akin to buying a brand-new Royal Enfield and fueling it with cheap petrol from the roadside—the math doesn’t add up.

Over-specification: Making a mountain out of a molehill
On the flip side, we encounter the “the bigger, the better” brigade. These folks believe the most expensive adhesive will solve all their problems, even if they’re merely sticking a few tiles in a small bathroom. It’s like bringing a sword to cut a birthday cake — does that even make sense?

This drains the wallet and leaves workers scratching their heads, bewildered by how to use this high-tech item. The result? A mess messier than traffic at Chandni Chowk during Diwali shopping.

Under-specification: Cheap is expensive
Then there are the thrifty ones who opt for the cheapest adhesive available, convinced they’ve outsmarted the system. Using substandard materials is like expecting a rickshaw to win a Formula 1 race — It’s not going to happen. The tiles loosen, leading to escalating expenses and a shakier reputation than a politician’s promise. Remember the old saying, “Penny wise, pound foolish — saving small can cost you big”? It exists for a reason!

Malpractices: The elephant in the room
Now, let’s address the elephant doing bhangra in the room—the malpractices rampant in our industry. From mixing low-quality materials to forging compliance certificates, the shady dealings are as diverse as India’s street food. In a country where we consult vastu shastra before placing a sofa, shouldn’t we ensure the materials holding up our homes aren’t deception?

Understanding the consumer: Bridging the gap with a local twist
At Buildsmart Construction Chemicals, we believe in telling the full story without the complicated jargon. Whether you are an end-user renovating your kitchen, a purchase manager juggling budgets like a Bollywood hero dodging bullets, or a builder aiming to leave a legacy, understanding tile adhesives shouldn’t require a PhD.

We have observed that the issue isn’t a lack of information but rather an overload of technical jargon that feels like listening to a traditional performance without subtitles.

Meet Ritu: Your friendly neighborhood construction guru
To bridge this gap, say hello to Ritu, our AI-based chatbot, who is as sharp as a knife and as friendly as your local chaiwala. Ritu isn’t just another bot; she is your assistant who knows the ins and outs of construction chemicals better than a dabbawala knows Mumbai’s train schedules.

Whether you need clarification about which adhesive suits your new bathroom tiles or need guidance on a large-scale project, Ritu is available 24/7.

The way forward: Building smart, because we are Indian at heart
The construction industry in India is at a crossroads, much like every Delhi driver at a roundabout. We have the talent and resources to build wonders but must ditch the nonchalant attitude. By focusing on proper specifications — not too much or too little — we can ensure projects are cost-effective without compromising quality.

Embracing innovations like AI assistance through platforms like Ritu can make decision-making smoother than a lassi on a hot summer day.

A gentle nudge: Let’s get it right
So, here’s my humble suggestion: Let’s stick to the right practices—literally and figuratively. Let’s ensure our tiles and our industry’s ethics remain as solid as a well-cooked bread. After all, if we can send a satellite to Mars on a budget less than a Hollywood movie, we can figure out how to keep our tiles from dancing like a snake charmer’s pet.

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

Environ Energy Efficient Aerators offer an innovative approach to aeration, combining energy efficiency with adequate mixing and oxygen transfer. With a unique dual impeller design, they promise reliable operation and reduced energy costs, making them an ideal choice for modern aeration systems.

Environ Energy Efficient Aerators are meticulously designed and manufactured, considering the key factors that experts, consultants, EHS managers, and industry leaders prioritise when evaluating aeration systems.

These aerators provide sufficient oxygen transfer to promote biological treatment, which is the fundamental requirement of any aeration system. They also ensure effective mixing to maintain the homogeneity of mixed liquor-suspended solids and prevent solids from settling. This aspect is critical in selecting an aeration system, as the aerator must transfer oxygen and function efficiently as a mixer. Improper mixing in the aeration tank can lead to sludge settling at the tank floor, which creates septic conditions and reduces dissolved oxygen (D.O.) levels, sometimes to zero. Environ Aerators are equipped with dual impellers: one at the top for oxygen transfer and another at the bottom for rigorous mixing, ensuring no sludge settlement.

These aerators are designed to adapt to varying process conditions, maximising energy efficiency while providing reliable service with minimal maintenance and downtime without sacrificing oxygen transfer capability.

The aerators are built with a unique design that minimises maintenance and downtime:

• For 5HP to 15HP ratings, a fabricated and machined base frame is used, and for 20HP and above, a heavy ISMB beam base is provided. This reduces vibrations, and the base is machined on the top surface to extend the life of the ENVIRON energy-efficient surface aerator gearbox.
• Additional bearing support is provided to the aerator shaft to prevent the transfer of unbalanced cantilevered loads to the gearbox output shaft.
• The aerators feature a fully machined MS solid shaft capable of handling torsional loads.
• The impeller is designed as a single-shrouded pump impeller, maximising oxygen transfer and mixing efficiency. It is also machined at the centre to ensure concentric running.
• The next-generation Environ Energy Efficient Aerator (EEEA) comes with an additional impeller at the bottom, enabling better mixing at the aeration tank floor, even in tanks with a water depth of up to 6 meters. This rigorous mixing increases oxygen solubility, enhancing the impeller’s oxygen transfer efficiency. As a result, less horsepower is required to achieve more oxygen transfer, leading to energy savings.

Environ Energy Efficient Aerators offer superior performance and take on the challenge of reducing energy consumption by 20 to 70 percent in any aeration system, with guaranteed results. The system’s compact design, accommodating water depths of up to 6 meters, also reduces the required area, lowering civil construction costs and making the solution highly economical.

Each & every aerator runs for 2 hours in the testing facility to check its manufacturing defects, if any.

Contact:
Jayraj C Thakore (Managing Director)
Environ Engineering Compnay

The pipes and fittings industry is transforming as the backbone of crucial sectors like agriculture and construction. Through its subsidiary, Miraj Pipes & Fittings Pvt. Ltd., Miraj Group is at the forefront of this evolution, driving growth with a focus on innovation, quality, and sustainability.

The pipes and fittings industry is a crucial backbone for several key sectors, including agriculture, construction, water management and more. Over the years, the role of pipes and fitting professionals has evolved greatly, driven by innovation and the growing demand for high-quality materials. In the industry, durability, sustainability, and cost efficiency also play a key role in determining demand. As one of India’s leading brands, Miraj Group has been at the forefront of this evolution, mainly through our subsidiary, Miraj Pipes & Fittings Pvt. Ltd. This wing was established in 2004, where we saw an opportunity to meet the rising need for advanced piping solutions.

The focus and entry into the plastic industry began with providing high-quality solutions for the agricultural sector. This was also fueled by the need for a high-quality, diverse range of pipes such as Rigid PVC Pipes, HDPE Pipes & Fittings, and HDPE Sprinklers— for which there has been high demand in the country. These pipes also play an important role in enabling modern irrigation systems, precision farming and water portability. Additionally, as the construction industry makes a shift toward sustainability, high-quality pipes such as SWR Pipes & Fittings, uPVC Plumbing Pipes & Fittings, and CPVC Pipes & Fittings are utilised extensively while offering reliable and long-lasting plumbing solutions.

Innovation as a catalyst for growth
The foundation of any successful industry lies in its ability to embrace innovation, and the pipes and fittings sector is no exception. Staying ahead of the curve in today’s competitive market demands integrating cutting-edge technology and compliance with industry-standard best practices. Luckily, in today’s time, industry leaders are increasingly recognising the importance of meeting and exceeding quality standards to ensure long-term success.

For our company, a crucial area of focus has been the establishment of in-house laboratories for testing raw materials and finished products to supply the highest quality products in the market. These modern facilities play a key role in ensuring that products not only comply with stringent regulations such as those set by the Bureau of Indian Standards (BIS) but also enable the use of environmentally friendly materials. Certifications like ISO 9001:2008 for quality management systems and specific licenses for products like IS 4985 for pipe manufacturing highlight the industry’s commitment to maintaining high consistency and reliability and help build credibility in the market.

Interestingly, innovation in this sector is not limited to product development—it extends to addressing broader challenges such as water conservation and sustainable construction practices. In agriculture, developing advanced irrigation solutions, such as HDPE Sprinklers, is helping farmers optimise water usage and enhance crop yields while minimising resource waste. As a part of precision agriculture, compliant, high-quality pipes also enable farmers to optimise their efforts on the farm, leading to a rise in demand for high-quality pipes and fittings. In the construction industry, innovative plumbing solutions are designed to ensure leak-proof, durable performance, even under the most challenging conditions. This has led to a rise in high-quality pipes and fittings.

By focusing on these key areas, the pipes and fittings industry continues to evolve, contributing to more sustainable and efficient infrastructure development in various fields of application.

Demand-driven by quality
Stringent quality standards have been pivotal in shaping the pipes and fitting industry. Manufacturers and regulatory bodies, such as the Bureau of Indian Standards (BIS), have adopted strict guidelines, which have significantly improved product quality across the market. This adherence to high standards instils greater confidence among customers, which is essential in driving industry growth.

Environmental sustainability has also become an increasingly important trend in the industry and among customers. With growing awareness of ecological impact and a focus on sustainable agriculture and construction, there is a shift towards products that reduce waste and enhance resource efficiency. The demand for eco-friendly solutions supporting sustainable building practices and water conservation has become a priority for manufacturers and consumers.

Lastly, focus on technological advancements has improved the durability, performance, and efficiency of pipes and fittings. With continuous innovation in materials and manufacturing processes, the pipes and fitting industry can now cater to evolving needs across agriculture and urban infrastructure sectors, ensuring long-term growth and development.

As we look towards more development in the sector,  Miraj Group remains committed to driving innovation and offering world-class products to consumers across sectors. We expect that the pipes and fittings industry will continue to grow as sectors like agriculture and construction expand and will be driven by the rising need for sustainable, high-quality solutions. “At Miraj, we believe that our dedication to quality, backed by rigorous testing and adherence to Indian and international standards, will help us play a pivotal role in this sector growth, ” says Mantraraj Paliwal, the Vice Chairman of the Miraj Group.

By focusing on innovation, sustainability, and quality, we aim to set new benchmarks in the pipes and fittings industry and contribute to a more sustainable and prosperous future for all.