Innovating sustainable material for environment and energy application
A deep-tech startup focused on developing porous sorbents oil-spill remediation, and adsorbent material for toxic dye removal —bridging material science innovation with sustainability and industrial application. Development of upcycled porous carbon as battery anode materials for circular economy applications.
Explore our Technology
Porous sorbents for oil-spill remediation
> Superhydrophobic & oleophilic surface
> Fast oil uptake and recovery
> Reusable up to multiple cycles
> Scalable and eco-friendly synthesis
These sorbents efficiently separate oil from water through tunable porosity and hydrophobic–oleophilic balance, offering high absorption capacity, quick oil recovery, and reusability—ideal for marine spills and industrial wastewater.
Adsorbents for toxic dye removal
> High adsorption efficiency
> Effective at higher pH and temperature
> Reusable and regenerable
> Sustainable and low-cost
Adsorbents remove toxic dyes from contaminated water with high efficiency due to large surface area and tunable pore structure ensuring rapid adsorption and easy regeneration and recycle.
Upcycled porous carbon for battery anode
> Derived from recycled waste
> High surface area & tunable structure
> Sustainable circular economy approach
> Potential for lithium-ion and sodium-ion batteries
Converting secondary waste into porous carbon materials for use as battery anodes—extending material life and closing the loop toward a circular economy. This innovation bridges environmental cleanup with energy sustainability.
Director/Founder and Mentor
Director/Co-Founder and CEO
Contact us
Address: Room no. TI-119/NIDHI-09, 1ST floor, FTBI, NIT, Rourkela 769008, Orissa, India
Email: [email protected] | Phone: +91-6371692391/ 7008114012