Nest-In is Enabling Climate-Resilient Construction Across India

Nest-In is Enabling Climate-Resilient Construction Across India

India’s diverse climate has taken a drastic turn in recent years. Unpredictable rainfall, frequent cyclones, and rising temperatures have become common occurrences. As the impact of climate change is growing more severe day by day, the country’s construction sector—a significant contributor to India’s total greenhouse gas emissions—faces increasing pressure to shift towards more sustainable and climate-resilient practices. 

One promising solution lies in prefabricated construction. This modern construction method significantly reduces environmental impact while addressing the growing demand for quick and efficient infrastructure. Nest-In from the house of Tata Steel, is leading this transition by offering robust and sustainable prefab construction solutions across India. 

Faster Construction 

Prefabricated buildings are constructed 2x faster than traditional Reinforced Cement Concrete (RCC) structures. Unlike conventional construction methods that depend heavily on on-site construction and are vulnerable to weather-related delays, prefab construction involves building components in a factory-controlled environment. These components are then transported to the site for quick assembly. This method drastically reduces construction timelines and minimises disruption at the site. Because prefabricated components are manufactured off-site, adverse weather such as heavy rain or heatwaves does not delay progress, making it an ideal solution for emergency or time-sensitive infrastructure needs. 

Built for Challenging Conditions 

Prefab structures are also better suited for construction in remote locations and difficult terrains, including hilly or high-altitude areas. Unlike RCC buildings, which require deep foundations and heavy excavation, prefab buildings are lighter and demand less groundwork, making them easier and faster to install in locations with limited access or tough soil conditions. Moreover, Nest-In structures are built using Tata steel, known for its strength and durability, offering greater resilience against extreme weather events. 

Designed for Resilience 

As climate events become more intense, the resilience of buildings is crucial. Nest-In’s prefab structures are engineered to withstand wind speeds of up to 240 km/h and resist seismic forces in high-risk areas, making them highly suitable for regions prone to natural disasters. These structures are designed for diverse climatic conditions across India, ensuring long-term safety and durability. Their robust structural integrity allows them to endure extreme weather and climate conditions, helping communities recover faster and stay protected when it matters most. 

Sustainable at Every Stage 

Sustainability is embedded in both the materials and methods of prefab construction. Nest-In’s prefab structures are made with 100% recyclable steel, offering a durable and environmentally responsible alternative to traditional building materials. 

The prefab construction process itself is highly resource-efficient—using 48% less freshwater, 65% less material sourcing, and resulting in a 53% lower greenhouse gas impact compared to conventional RCC construction methods. With minimal reliance on cement and water intensive processes (since cement and water are used for the foundation only), prefab construction conserves natural resources and generates less material waste. These practices make prefab construction a smarter and greener choice for building the infrastructure of tomorrow. 

As India confronts the challenges of climate change, resilient construction methods like prefabrication offer a forward-thinking alternative. With its focus on speed, strength and sustainability, Nest-In is helping shape a more climate-resilient future through innovative building solutions. 

Read more on how Nest-In's prefab construction methods are transforming climate-ready infrastructure: https://www.nestin.co.in/nest-in-blog/mobinest/adapting-climate-change-resilient-construction-practices 


 

To view or add a comment, sign in

Others also viewed

Explore content categories