solves problems like global warming and climate change
Regenerative architecture represents a bold step forward in the quest for environmental stewardship. By embracing innovative materials, architects can create structures that heal and sustain the planet, creating a better tomorrow.

Amit Gulati - Founder & Principal Architect, Design21

Regenerative architecture solves problems like global warming and climate change by restoring and rejuvenating the environment, while integrating innovative materials contributes positively to the ecosystem.

Biocrete is one component that integrates living organisms in the concrete mix. This heals the cracks in the concrete and makes it more durable. In addition, biocrete can promote the growth of moss, lichen, and other plants, which helps keep the air clean.

An excellent choice for energy-efficient buildings is Hempcrete - a biocomposite material made from the powdery fibres of the hemp plant. It is non-toxic and low in air pollutants. When used in construction, hemp absorbs significant CO2, making it a carbon-free building material.

solves problems like global warming and climate change

Many companies are turning plastic waste into sustainable bricks that can be used to build houses. These bricks are lightweight and durable and provide insulation. They reduce waste and the demand for raw plastic and help keep the economy circular.

CLT is a well-formed wood product made from hard sawdust glued together. It provides strength of concrete and stability with a significantly lower carbon footprint. The wood used in CLT is sourced from sustainably managed forests, and the process sequesters carbon, making it a renewable resource.

Rammed earth is a traditional building material composed of a mixture of earth, sand, and sometimes gravel. It is used for making solid walls and other purposes. Modern rammed earth may add stabilisers such as cement or lime to increase its durability. The materials are sourced locally to provide good insulation, which helps to improve energy efficiency.