Debris to “zero-waste” homes
POWER & RENEWABLE ENERGY

Debris to “zero-waste” homes

A man from Karnataka is addressing the environmental issue of carbon emissions from cement. Since 2005, Rajesh Kumar Jain, a Mysuru-based architect, has been taking concrete steps to reduce carbon footprint.

Through his venture, "Regional Low Energy Environment-Friendly'' (RLEEF), Jain uses cement from construction debris to build sustainable and zero waste infrastructure. Jain says he has built around 175 houses using this debris, including his office, which is made entirely of waste material that had been dumped in isolated parts of the city, or on riverbeds.

Cement is responsible for almost 8% of the carbon emissions on the planet. Its impact on the environment is ignored for large profits.

Jain collects debris and processes it manually into fine granules with the help of labourers. The method involves identifying the strength and quality of the material. Depending on the usage, the waste is used to make tiles, walls or the foundation. All the buildings constructed in such a manner have rainwater harvesting structures, solar power plants, and kitchen wastewater treatment.

The building is designed in a manner that requires no air conditioning or ceiling fans during summers. Explaining the approach, Jain said that the recommended buildings usually have a cylindrical water tank, light roof with micro-concrete slabs, jaali clay blocks used as parapets, tile cladding blocks and kadappa stone. The walls are built by interlocking stabilised earth blocks in an arched form. The windows and doors are reused from previous construction debris as well.

The architect says that soil excavated from the construction site is used for making bricks. Jain said rectangular rooms are preferable over square-shaped rooms because they consume less steel and concrete.

To further reduce construction cost, Jain recommended introducing skylights to allow more ventilation and natural light inside the building.


4th Indian Cement Review Conference 2021

17-18 March 

Click for event info


Jain added that various interventions occur at every level, from the foundation to the actual construction, to evade plastering costs by using alternative material like stones instead of steel and concrete.

The rubble from construction waste that is used to make walls is water-resistant, economical, sustainable and reduces heat transfer. This eliminates the need to use natural resources like soil, stone from quarries. Additionally, it reduces the cost of transport and logistics for the material. This further reduces carbon footprint, added Jain.

To create awareness, Jain with support from Mysore city corporation has prepared a booklet called "Green Home Guide", containing information about eco-friendly alternative materials and technologies possible to be used as various building components.

However, despite using construction debris, building the house still costs the same as constructed from conventional methods. To make the concept economically viable, Jain has already initiated steps as per the requirement.

Image Source

A man from Karnataka is addressing the environmental issue of carbon emissions from cement. Since 2005, Rajesh Kumar Jain, a Mysuru-based architect, has been taking concrete steps to reduce carbon footprint. Through his venture, Regional Low Energy Environment-Friendly'' (RLEEF), Jain uses cement from construction debris to build sustainable and zero waste infrastructure. Jain says he has built around 175 houses using this debris, including his office, which is made entirely of waste material that had been dumped in isolated parts of the city, or on riverbeds. Cement is responsible for almost 8% of the carbon emissions on the planet. Its impact on the environment is ignored for large profits. Jain collects debris and processes it manually into fine granules with the help of labourers. The method involves identifying the strength and quality of the material. Depending on the usage, the waste is used to make tiles, walls or the foundation. All the buildings constructed in such a manner have rainwater harvesting structures, solar power plants, and kitchen wastewater treatment. The building is designed in a manner that requires no air conditioning or ceiling fans during summers. Explaining the approach, Jain said that the recommended buildings usually have a cylindrical water tank, light roof with micro-concrete slabs, jaali clay blocks used as parapets, tile cladding blocks and kadappa stone. The walls are built by interlocking stabilised earth blocks in an arched form. The windows and doors are reused from previous construction debris as well. The architect says that soil excavated from the construction site is used for making bricks. Jain said rectangular rooms are preferable over square-shaped rooms because they consume less steel and concrete. To further reduce construction cost, Jain recommended introducing skylights to allow more ventilation and natural light inside the building.4th Indian Cement Review Conference 202117-18 March Click for event info Jain added that various interventions occur at every level, from the foundation to the actual construction, to evade plastering costs by using alternative material like stones instead of steel and concrete. The rubble from construction waste that is used to make walls is water-resistant, economical, sustainable and reduces heat transfer. This eliminates the need to use natural resources like soil, stone from quarries. Additionally, it reduces the cost of transport and logistics for the material. This further reduces carbon footprint, added Jain. To create awareness, Jain with support from Mysore city corporation has prepared a booklet called Green Home Guide, containing information about eco-friendly alternative materials and technologies possible to be used as various building components. However, despite using construction debris, building the house still costs the same as constructed from conventional methods. To make the concept economically viable, Jain has already initiated steps as per the requirement. Image Source

Related Stories

Gold Stories

Next Story
Infrastructure Energy

Asian Energy Services Q1 FY27 PAT Rises 129 Per Cent

Asian Energy Services Limited reported a 129 per cent year-on-year rise in net profit to Rs 128 million for Q1 FY27, compared with the corresponding quarter last year.Revenue increased 135 per cent year-on-year to Rs 2.71 billion, supported by continued momentum across its services business, disciplined execution and contributions from domestic and international operations. EBITDA grew 81 per cent year-on-year during the quarter.As of June 30, 2026, the company’s standalone order book stood at Rs 17.54 billion, with around 60 per cent coming from oil and gas services and 40 per cent from min..

Next Story
Infrastructure Urban

BioBTX to Build First Commercial-Scale Circular Chemicals Plant

Dutch circular chemistry technology developer BioBTX is building what it says will be the world’s first commercial-scale plant to convert mixed plastic waste into high-quality aromatic chemicals using its proprietary Integrated Catalytic Cracking Process (ICCP) technology.The facility will be built at Chemical Park Delfzijl on the northern coast of the Netherlands and is expected to create 35 jobs. Covestro, which has been a shareholder and strategic partner of BioBTX since 2024, holds a mid-single-digit million-euro investment in the company.BioBTX’s ICCP technology uses catalytic pyrolys..

Next Story
Real Estate

Awfis Q1 FY27 PAT Jumps 140% as Revenue Rises 27%

Awfis Space Solutions reported a 140 per cent year-on-year rise in consolidated profit after tax (PAT) to Rs 240 million for Q1 FY27, compared with Rs 100 million in the corresponding quarter last year.Revenue from operations increased 27 per cent to Rs 4.25 billion from Rs 3.35 billion, while EBITDA rose 28 per cent to Rs 1.62 billion. EBITDA margin improved to 38.2 per cent from 37.8 per cent. Profit before tax increased 135 per cent to Rs 240 million.The company's co-working business recorded 27 per cent year-on-year growth, supported by demand from enterprises, Global Capability Centres (G..

Advertisement

Subscribe to Our Newsletter

Get daily newsletters around different themes from Construction world.

STAY CONNECTED

Advertisement