Resenvi Technologies and Laboratory pvt ltd
INNOVATING FOR A SUSTAINABLE TOMORROW
Resenvi Technologies and Laboratory pvt ltd
INNOVATING FOR A SUSTAINABLE TOMORROW
INNOVATING FOR A SUSTAINABLE TOMORROW
INNOVATING FOR A SUSTAINABLE TOMORROW

To develop sustainable, science-driven solutions that address critical challenges in environmental protection, energy efficiency, and healthcare innovation—empowering industries and communities through responsible technology and research excellence. We are committed to protecting our environment and preserving natural resources to enable a healthier, more sustainable future for generations to come.

At ResEnvi Technologies and Laboratories Pvt Ltd, we envision a world where scientific research and innovation are universally accessible and serve as powerful catalysts for societal transformation. We are dedicated to pushing the boundaries of knowledge, fostering discovery, and driving progress that benefits both people and the planet.

At ResEnvi Technologies and Laboratories Pvt Ltd, we embrace an interdisciplinary and collaborative approach to research and innovation. By uniting experts across scientific, engineering, and environmental domains, we tackle complex challenges with creativity and purpose.
We focus on projects with high societal relevance and transformati
At ResEnvi Technologies and Laboratories Pvt Ltd, we embrace an interdisciplinary and collaborative approach to research and innovation. By uniting experts across scientific, engineering, and environmental domains, we tackle complex challenges with creativity and purpose.
We focus on projects with high societal relevance and transformative potential, ensuring that every step—from ideation to implementation—is supported by strong mentorship, robust infrastructure, and a commitment to scientific integrity.

Harish Kumar K is the Founder & CEO of ResEnvi Technologies, a deep-tech startup focused on nanomaterial innovations for environmental and biomedical applications. A Ph.D. researcher with expertise in nanocomposites, pollutant filtration, and thermal systems, he brings 5+ years of hands-on R&D and prototyping experience. Harish’s vision i
Harish Kumar K is the Founder & CEO of ResEnvi Technologies, a deep-tech startup focused on nanomaterial innovations for environmental and biomedical applications. A Ph.D. researcher with expertise in nanocomposites, pollutant filtration, and thermal systems, he brings 5+ years of hands-on R&D and prototyping experience. Harish’s vision is to bridge science and impact through scalable, sustainable technologies that address real-world challenges.

Sheela Kalyanakumar is the Co-founder & CFO of ResEnvi Technologies, bringing over 25 years of experience in financial planning, budgeting, and operational management. With a strong analytical background, she plays a key role in ensuring fiscal discipline, strategic allocation of resources, and smooth financial operations. Her deep-roote
Sheela Kalyanakumar is the Co-founder & CFO of ResEnvi Technologies, bringing over 25 years of experience in financial planning, budgeting, and operational management. With a strong analytical background, she plays a key role in ensuring fiscal discipline, strategic allocation of resources, and smooth financial operations. Her deep-rooted expertise helps steer ResEnvi with stability and long-term vision.

An aspiring M.Tech Nanoscience and Technology student with a B.E. in Biomedical Engineering, driven by a passion for applying nanotechnology to biomedical innovations. Contributed to forward-thinking healthcare solutions through both academic and hands-on experiences. Brings practical exposure from internships and workshops, underpinned
An aspiring M.Tech Nanoscience and Technology student with a B.E. in Biomedical Engineering, driven by a passion for applying nanotechnology to biomedical innovations. Contributed to forward-thinking healthcare solutions through both academic and hands-on experiences. Brings practical exposure from internships and workshops, underpinned by a solid foundation in biomedical instrumentation and sharp problem-solving skills.

A biotechnologist with a specialization in nanotechnology, driven by a passion for applying nanoscale innovations to real-world biological challenges. Combines deep biological insight with cutting-edge technological expertise to develop impactful, research-driven solutions at the intersection of science and innovation.

M.Tech graduate in Nanoscience and Technology with a strong foundation in nanomaterials, drug delivery systems, and biomedical applications. Experienced in pharmacological studies and analytical techniques, with a keen focus on research, problem-solving, and interdisciplinary innovation. Actively involved in conferences, webinars, and tr
M.Tech graduate in Nanoscience and Technology with a strong foundation in nanomaterials, drug delivery systems, and biomedical applications. Experienced in pharmacological studies and analytical techniques, with a keen focus on research, problem-solving, and interdisciplinary innovation. Actively involved in conferences, webinars, and training programs centered around nanomedicine, tissue engineering, and bioengineering R&D.

A two-stage filtration system engineered to target both particulate matter and harmful gases from exhaust emissions. The first stage captures solid pollutants, while the second stage adsorbs gaseous contaminants like NOx and CO₂. Designed for automotive and industrial use, it offers a sustainable, high-efficiency solution for cleaner air.

A fast-acting, antimicrobial wound dressing designed to control bleeding and prevent infection simultaneously. It promotes rapid clotting through surface activation while inhibiting microbial growth at the wound site. Scalable and cost-effective, it’s built for both clinical use and emergency trauma care.

An engineered fluid infused with functional nanoparticles to enhance thermal conductivity and cooling efficiency. Designed for high-temperature systems, it enables superior heat dissipation in engines, electronics, and energy systems. Stable, efficient, and tunable — it’s built for next-gen thermal management solutions.

Energy-harvesting devices that convert mechanical motion into electricity using triboelectric interactions. Designed for low-power, self-sustaining systems, they can harness vibrations, touch, or movement from the environment. Ideal for sensors, wearables, and IoT devices in off-grid or remote setups.

A sustainable process that transforms difficult-to-dispose waste into high-value functional materials. Focused on upcycling carbon-rich and bio-derived waste, the output serves applications in filtration, energy storage, and adsorption systems. This circular approach supports environmental cleanup while creating scalable, usable resources.

An integrated approach that recovers value from used filtration components through clean bio-energy extraction. Post-filtration materials are processed to generate renewable fuel, creating a closed-loop system with minimal waste. This innovation aligns with circular economy principles, enabling sustainability beyond primary use.
Open for ideas, collaborations, and questions
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