CSIR - Central Building Research Institute

CSIR - Central Building Research Institute Official page of CSIR-Central Building Research Institute, Roorkee, Uttrakhand, India

🎉 Congratulations! 🎉Mr. Amith K S, Ph.D. Scholar of AcSIR (CSIR-CBRI), has successfully defended his final viva-voce on ...
02/06/2026

🎉 Congratulations! 🎉

Mr. Amith K S, Ph.D. Scholar of AcSIR (CSIR-CBRI), has successfully defended his final viva-voce on 02 June 2026 on the topic “Assessment of Tunnel Soil-Interaction under Dynamic Loadings".

Heartiest congratulations to Dr. Amith K S and his supervisor, Dr. Ganesh Kumar S, for this achievement and for his valuable guidance.
CSIR, India; Ramancharla Pradeep Kumar

Central Building Research Institute (CBRI), Roorkee, is proudly showcasing its innovative indigenous technologies at the...
01/06/2026

Central Building Research Institute (CBRI), Roorkee, is proudly showcasing its innovative indigenous technologies at the BASIC 2026 being organised at ICAR-IVRI, Izatnagar, during June 1-2, 2026. The major attractions at the CSIR-CBRI exhibition stall include the technologies associated with Ram Mandir, the Surya Tilak for Shri Ram Mandir, 3D Printed Rural House, Brick Kiln and several sustainable and advanced building technologies developed by CSIR-CBRI. The exhibition has received an enthusiastic response from visitors, researchers, students, and dignitaries.
CSIR, India; Ramancharla Pradeep Kumar

31/05/2026

CSIR SMART Village Mission Mode Project

Bulletin 8: CSIR-CEERI Conducts Water Quality Awareness and Capacity Building Program in Sawaipura Smart Village

CSIR-Central Electronics Engineering Research Institute (CSIR-CEERI), Pilani, organized a field-level water quality assessment and awareness campaign at CSIR Sawaipura Smart Village, Pali District, Rajasthan, on April 24, 2026. The program focused on demonstrating the use of the “JALPRAYOGSHALA” multi-parameter drinking water testing device and educating villagers about the significance of safe and hygienic drinking water practices.

During the event, the CSIR-CEERI team conducted real-time testing of water samples collected from multiple households and nearby pond sources within the village. The demonstrations showcased how the JALPRAYOGSHALA device can rapidly analyze various water quality indicators essential for determining the suitability of water for drinking purposes. Villagers actively participated in the sessions and gained valuable insights into identifying unsafe water sources and maintaining household water safety.

The technical training and live demonstrations were led by Mr. Devendra Prajapati and Prof. Suraj Kumar Mukhiya from CSIR-CEERI. A dedicated hands-on capacity-building session was organized for Mrs. Dhapu Devi, the village ASHA worker, to ensure that the community can independently continue periodic monitoring of drinking water quality. The practical training emphasized sample collection techniques, operation of the device, interpretation of testing results, and awareness regarding waterborne health risks.

As part of the outreach initiative, one JALPRAYOGSHALA device kit was handed over to the ASHA worker to facilitate regular monitoring activities in the village. Additionally, analytical reports of tested water samples from village households and pond sources were provided to the respective residents and stakeholders to support informed decision-making regarding water consumption and treatment practices.

The initiative represents an important step toward integrating scientific technologies with grassroots community engagement under the CSIR Smart Village mission. Through such interventions, CSIR-CEERI aims to promote public health awareness, strengthen rural water quality management systems, and empower local communities with accessible technological solutions for sustainable development.









CSIR, India; Ramancharla Pradeep Kumar;

31/05/2026

CSIR SMART Village Mission Mode Project
Bulletin 7: Cultivating Prosperity through Mentha Farming: CSIR-CIMAP’s Smart Village Initiative in Kusunpur Village, Kendrapara, Odisha.

Pleased to share that under the Council of Scientific and Industrial Research Smart Village Mission, CSIR-Central Institute of Medicinal and Aromatic Plants (CSIR-CIMAP) is actively working towards sustainable rural development in Kusunpur village, Kendrapara district, Odisha.

Through scientific agriculture, medicinal & aromatic crop promotion, soil analysis, farmer engagement, and women/youth empowerment initiatives, the mission is creating new livelihood opportunities and strengthening rural self-reliance.

A major milestone has been the successful cultivation of Mentha using improved planting material and scientific guidance, opening pathways for higher-value farming and entrepreneurship. Training programs on vermicomposting, incense-making from flowers, and value-added rural enterprises are also being introduced to support community-based economic growth.

It is inspiring to witness how science, innovation, and community participation can together transform rural ecosystems into models of sustainable development.



CSIR, India; Ramancharla Pradeep Kumar; Department of Science and Technology, Government of India; Ministry of Rural Development, Government of India; Government of Odisha;

CSIR, India; Ramancharla Pradeep Kumar;On 26 May, 2026, CSIR–Central Building Research Institute (CSIR-CBRI), Roorkee, m...
26/05/2026

CSIR, India; Ramancharla Pradeep Kumar;

On 26 May, 2026, CSIR–Central Building Research Institute (CSIR-CBRI), Roorkee, marked a significant milestone today with the signing of a Memorandum of Understanding (MoU) with Himachal Pradesh University (HPU), Shimla. The MoU was formally signed in the presence of Prof. R. Pradeep Kumar, Director, CSIR-CBRI, and Prof. Mahavir Prasad, Vice Chancellor, HPU along with the Registrar and their esteemed faculty members. The collaboration is envisioned to strengthen interdisciplinary research, encourage scientific exchange, fostering academic collaboration, research partnerships, knowledge exchange, and innovation for mutual interest. Prof. R. Pradeep Kumar underlined the importance of connecting academia and research institutions for meaningful scientific progress. As part of the visit, the HPU delegation toured several state-of-the-art research and demonstration facilities at CSIR-CBRI under the coordination of Dr. D.P. Kanungo and Dr. S.K. Panigrahi. The delegation visited the renowned Dr. Billings’ Exhibition Gallery, where they explored the institute’s pioneering contributions and technological innovations in building science and construction technology. The team also visited the NEETF Laboratory and the advanced 3-D Printing Laboratory, gaining first hand exposure to cutting-edge research initiatives, modern testing facilities, and emerging technologies being developed at CSIR-CBRI to support resilient and sustainable infrastructure development. The visit served as an excellent platform for meaningful interaction, exchange of ideas, and identifying future avenues for collaborative research and innovation between the two institutions.

CSIR, India; Ramancharla Pradeep KumarThe 3-day Training Program on “Termite and Pest Management in Buildings” held from...
22/05/2026

CSIR, India; Ramancharla Pradeep Kumar

The 3-day Training Program on “Termite and Pest Management in Buildings” held from 20–22 May 2026 concluded successfully with an enriching valedictory session. The program provided valuable practical and technical insights into modern and sustainable pest management practices for buildings.The training was organized under the guidance of Dr. Neeraj Jain, Nodal Officer, Integrated Skill Initiative, and coordinated by Dr. Rajesh Verma, Head BMES. The successful conduct of the program reflects the continuous encouragement and visionary leadership of the Director, Prof. R. Pradeep kumar, CSIR-CBRI, towards skill development and industry-oriented capacity building initiatives. He distributed the certificates to the participants and also emphasized the importance of such training programs in promoting scientific awareness, professional competency, and sustainable building maintenance practices.
The Vote of thanks was delivered by Dr. Rajesh Verma, Head BMES. Heartfelt gratitude to all the resource persons, participants, ODS team for their valuable contributions and active participation in making the program successful.

21/05/2026

CSIR-CBRI Technology: Internal fuel-based low-carbon burnt clay bricks with criss-cross brick setting technology

India’s brick industry produces nearly 200 billion bricks annually, but at a high environmental cost — high coal consumption, CO₂ emissions, and particulate pollution.

An innovative approach using internal fuel-based low-carbon burnt clay bricks with criss-cross brick setting technology is showing a sustainable pathway forward. By mixing agricultural residues, reject coal, pond ash, and other low-cost fuels directly into the clay, the firing process becomes more energy-efficient while substantially reducing emissions.

Key benefits include:
• Up to 30% reduction in fuel consumption
• Significant reduction in CO₂ and SPM emissions
• Productive utilization of industrial and agricultural waste
• Improved brick quality and kiln efficiency
• Reduced dependence on expensive fossil fuels

Such technologies can play a transformative role in making India’s construction materials sector cleaner, more resource-efficient, and environmentally responsible.
Kudos to the researchers and industry partners driving sustainable innovation in the brick kiln sector.

CSIR-CBRI Congratulates Dr Neeraj Jain and his team at the Building Materials & Environmental Sustainability (BMES) group for this innovative work.



CSIR, India; Ramancharla Pradeep Kumar; Department of Science and Technology, Government of India; Ministry of Housing and Urban Affairs; Ministry of Environment, Forest & Climate Change, Government of India;

CSIR, India; Ramancharla Pradeep KumarCSIR–CBRI, Roorkee successfully inaugurated a 3-day Skill Development Training Pro...
20/05/2026

CSIR, India; Ramancharla Pradeep Kumar

CSIR–CBRI, Roorkee successfully inaugurated a 3-day Skill Development Training Program for professionals on the theme “Termite and Pest Management in Buildings” from May 20–22, 2026. The inaugural session was conducted by Dr. Neeraj Jain, Nodal Officer, Integrated Skill Initiative & Head ODS and Dr. Rajesh Verma, Head BMES & Training Coordinator. The program witnessed the participation of nearly 32 officials and professionals from diverse sectors of the country . The training was sponsored by ENVU India (Principal Sponsor) and TermiPore (Co-Sponsor). Dr. Neeraj Jain welcomed all the dignitaries, resource persons and participants with a brief overview highlighting the importance of sustainable and scientific pest management practices in buildings.
Director, CSIR–CBRI, emphasized that the issue of termite and pest infestation in buildings has emerged as a significant challenge in the field of construction, infrastructure maintenance, and public health. Structural pests, particularly termites, are responsible for extensive damage to buildings, furniture, records, and other valuable assets, leading to substantial economic losses every year. Therefore, effective pest management is not merely a maintenance activity, but an essential component of ensuring the safety, durability, hygiene, and sustainability of our built environment. Dr. R. K. Verma informed the necessity of pest control in building and briefed about the activities to be conducted in next three days of the training program.

20/05/2026

CSIR-CBRI Technology: Transforming Granite Slurry into Sustainable Materials

Granite processing in India generates a significant amount of waste in the form of slurry, powder, chips, and rejected blocks. In India, particularly in Rajasthan, the granite processing industry processes approximately 25 million tonnes of granite annually and generates nearly 16-18 million tonnes of granite waste. Instead of treating this as a disposal challenge, innovative research at CSIR-Central Building Research Institute is transforming granite waste into high-strength valorized paver blocks for sustainable construction applications.

The developed paver blocks:
- Utilize granite waste, including slurry and chips, as a 100% replacement for natural aggregates
- Achieve strength grades from M30 to M50, as per IS 15658
- Offer low water absorption and high abrasion resistance
- Support applications in pedestrian areas, industrial yards, high traffic pavements, and landscaping works
- Promote circular economy and conservation of natural resources
- Enable up to 25% reduction in life cycle CO2 emissions, supported by LCA analysis
- Offer estimated profitability of 35-40% of annual turnover compared with conventional market products

This initiative demonstrates how industrial waste can be converted into durable, cost-effective, and environmentally responsible construction materials, contributing to sustainable infrastructure development and green growth.

CSIR-CBRI congratulates Dr Rajesh Kumar and his team at the Advanced Concrete Steel and Composites (ACSC) group.



CSIR, India; Ramancharla Pradeep Kumar; Rajesh Kumar Sharma; Government Of India; Department of Science and Technology, Government of India; Government of Rajasthan

19/05/2026

CSIR-CBRI Technology: Transforming Sustainable Comfort in India’s High-Altitude Regions

Proud to highlight an innovative breakthrough by CSIR-Central Building Research Institute — the Hybrid Solar-Assisted Space Conditioning and Water Heating System, designed specifically for extreme cold-climate regions such as Ladakh, Uttarakhand, and Himachal Pradesh.

This advanced system intelligently combines:
· Solar thermal energy
· Heat pump technology
· Eco-friendly refrigerants
· Smart energy-efficient design
to provide:
· Space heating & cooling
· Reliable domestic hot water supply
· Efficient operation even in sub-zero temperatures
Key Highlights:
· Up to 75% energy savings compared to conventional electric geysers and split AC systems
· Hot water generation capacity of 1,000–2,000 litres/day
· Estimated payback period is low
· Operational lifespan of 15–20 years
· Reduced greenhouse gas emissions and indoor air pollution
The system has already demonstrated successful performance at:
· ITBP, Leh (~12,000 ft altitude)
· Kalpa, Himachal Pradesh (~10,000 ft altitude)
Beyond energy efficiency, this innovation directly supports:
· India’s Net Zero goals
· Sustainable and resilient infrastructure
· Cleaner indoor air and improved public health
· Renewable energy adoption in remote regions

This is a strong example of how indigenous R&D can address critical challenges in climate resilience, clean energy access, and sustainable building technologies for some of India’s most demanding environments.

Kudos to the researchers and engineers at Council of Scientific and Industrial Research and CSIR-Central Building Research Institute for advancing future-ready solutions for resilient habitats.

CSIR-CBRI Congratulates Dr. Chandan Swaroop Meena and his team at Architecture Planning & Energy Efficiency group.



CSIR, India; Ramancharla Pradeep Kumar ; Dr-Chandan Swaroop Meena; Ministry of Earth Sciences Government of India;

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