Pervious Concrete Technology for Urban Roads and Pavements

Mopa Airport Link Road, constructed by Ashoka Buildcon, is enhancing Connectivity and Efficiency in the state of Goa, while setting new standards in Environmental Responsibility.

Pavement techniques such as diamond grinding is a highly effective method for restoring and maintaining concrete and asphalt pavements. Nick Davis, Director - Technical Services, International Grooving and Grinding Association (IGGA)

The research by Atasi Das, Assistant Vice President, G R Infraprojects Limited explores a sustainable approach to perpetual pavement construction by integrating Foamed Bituminous Base Course (FBBC) with virgin aggregates and Reclaimed

As climate patterns shift and extreme weather becomes more common, it is increasingly important to consider temperature resilience in pavement design and construction to ensure long-lasting infrastructure. Dr. Ambika Behl, Senior Principal Scientist

Dr. Ankit Gupta, Associate Professor and MoRTH Chair Professor, and Aakash Singh, Ph.D. Research Scholar, Department of Civil Engineering, IIT (BHU) Varanasi, present implementation, challenges, and limitations of converting waste plastic into a valuable resource and as a secondary raw material for road construction.

Nikhil Saboo, Associate Professor & Dheeraj Mehta, Research Scholar, IIT Roorkee, explore the applicability of sugarcane molasses as a partial replacement of bitumen.

With a well-structured and scientifically designed training program, construction companies can significantly enhance product quality, ensuring that high standards are maintained across all projects. Vivek Singh, Proprietor, BuildStreet

A National Digital Twin Policy, if adopted in India, could lead to a 33% increase in infrastructure investment and the country could achieve a $40 trillion economy by 2047.

This article by Vivek Singh, Founder, BuildStreet Project Management Services offers an in-depth exploration of innovative application of existing strategies and methodologies to bridge the gap between limited supervision and thorough

By making roads more resilient and long lasting, and to prevent premature road failures such as potholes, disintegration, and collapses, contractors are using technically advanced machines being developed by OEMs, collaborating with providers

GR Infra is leading the way in sustainable road construction by incorporating eco-friendly materials like fly ash, plastic, and recycled aggregates, while leveraging advanced technologies for efficient project execution.

Wirtgen India offers cutting-edge milling and paving machines equipped with eco-friendly technologies like contactless paving and RAP recycling to enhance road construction efficiency and sustainability.

Volvo CE India offers advanced equipment with electric and fuel-efficient technologies to enhance road construction efficiency.

Apco Infratech is at the forefront of sustainable road construction in India, leveraging advanced equipment and a commitment to using recycled materials for eco-friendly and efficient projects.

CASE India is committed to building a greener future with its advanced loader backhoes, excavators, and compactors, designed for sustainable and efficient road construction.

Caterpillar offers sustainable backhoe loaders powered by Cat® C13D platform for building greener roads in India. Their machines reduce emissions, improve fuel efficiency, and support circular economy principles.

Ammann India offers eco-friendly asphalt pavers, rollers, and other construction equipment to build sustainable roads in India. Ammann's machines reduce emissions, conserve resources, and boost project efficiency.

Puzzolana's Road Pavers, with their advanced technology and robust engineering, are making significant advancements in road construction and maintenance, and enhancing the infrastructure landscape across India, avers Abhijeet Pai

Maa Karni Infratech is committed to advancing sustainable road construction in India through the adoption of innovative materials, technologies, and industry best practices.