In a pioneering move towards sustainable defence infrastructure, Gurugram-based R+D Studio has developed the world's first carbon-neutral modular defence system for the Indian Army.
This groundbreaking initiative aims to address the challenges faced by soldiers stationed in harsh, remote environments while minimizing the environmental impact of military installations.
The project, a pilot outpost constructed at 14,000 feet near Razdan Pass in northern Jammu & Kashmir, showcases the innovative Silica Composite Hollow Blocks (SCHBs) designed by R+D Studio.
These 13" x 9" x 6" blocks are entirely made from recycled materials, including foundry dust and single-use/multi-use plastic waste, eliminating the need for virgin materials and reducing the carbon footprint of construction.
The SCHBs are not only eco-friendly but also offer superior performance compared to traditional building materials.
They are three times stronger than clay bricks, ACC, or CMU blocks, ensuring the structural integrity of the outpost in extreme weather conditions. The lightweight design (7.5 kg per block) and interlocking mechanism facilitate easy transportation and assembly, even in remote locations where access is limited.
The pilot outpost, named Permanent Defence (PD), is a testament to the versatility and effectiveness of the modular system. It comprises 1800 SCHBs, forming layered walls that provide insulation and regulate internal temperatures.
A specialized Infra-Red Heating System (IRHS) ensures comfort during sub-zero temperatures, while the compacted soil filling enhances the walls' resistance to enemy fire.
The carbon-neutral aspect of the project is further reinforced by the elimination of traditional construction materials like cement and steel, which are known for their high carbon emissions.
Additionally, the SCHBs can be easily disassembled and reused, promoting a circular economy approach in defence infrastructure.
This innovative project has garnered attention from both the defence and environmental sectors, demonstrating the potential for sustainable solutions in military applications.
The success of this pilot project could revolutionize the way military infrastructure is designed and constructed, offering a sustainable and resilient model for future defence systems.
As the world grapples with the challenges of climate change, such initiatives underscore the importance of collaboration between different sectors to achieve a greener and more secure future.
