Developed In-House & With Partners

Proprietary Technologies, Several Firsts in India

Our R&D — much of it in collaboration with IIT Hyderabad and other institutions — has produced a suite of high-performance reactors and treatment systems.

HRCM

High Rate Complete Mix Anaerobic Digester

A modified, continuously-stirred-tank-reactor design delivering higher output of methane-rich biogas.

HRSB

High Rate Sludge Bed Digester

High-rate anaerobic system for efficient biogas production, ideal for distillery condensate and high-strength effluent.

IITH-KAASHYAP-ABT

Algal Bacterial Tower

Enhances biological treatment and nutrient removal, bridging anaerobic and aerobic stages.

IITH-KAASHYAP-n SBR

Novel Sequential Bio Reactor

Advanced biological wastewater treatment for consistent, compliant effluent quality.

IITH-KAASHYAP-CBME

Continuous Bi-Polar Mode Electrocoagulation

Removes colour and fine contaminants, returning colourless water suitable for reuse.

AI · ML

Kaashyap's Intelligent BOT

Monitors the anaerobic digester 24×7 using AI & ML to ensure optimum biogas and Bio-CNG production.

Capture New Water from Waste Water

Electrolysis-Based Wastewater Treatment

A renewable, eco-friendly system that reduces pollution, strips out colour and contaminants, and enables cleaner discharge — recovering new water from industrial effluent.

Industrial wastewater carries dark-coloured effluents and high loads of suspended and dissolved pollutants. The challenge is especially acute in high-rainfall regions such as Malaysia and Indonesia, where conventional systems struggle. Our electrolysis-based process — developed in collaboration with IIT Hyderabad and combined with anaerobic digestion — offers a more effective and sustainable alternative.

Electrolysis-based wastewater treatment and water sampling

The Problem With Conventional Treatment

  • Expensive machinery and high operational cost
  • Large infrastructure footprint
  • Often fails to fully remove pollutants
  • Dark colour and dissolved load persist in discharge

The Electrolysis Advantage

  • Renewable, eco-friendly treatment route
  • Strong colour and contaminant removal
  • Cleaner discharge that meets required standards
  • Pairs with anaerobic digestion & methane recovery

Validated across a range of wastewater samples and operating conditions — with treated water quality compared against required standards — the electrolysis process, combined with anaerobic digestion and methane capture, cuts pollution while supporting renewable-energy generation.

Bio-CNG / CBG

Powering a Gas-Based Economy

What is Bio-CNG?

A renewable natural gas that closely resembles traditional natural gas — a direct substitute for natural gas and LPG across applications.

Drivers

India aims to convert 15 million tonnes of biomass into BioCNG by 2030 and establish 5,000 BioCNG plants — cutting CNG import bills by 40%.

Enablers

Priority lending from the RBI, MNRE subsidies, approved FOM fertiliser use and Market Development Assistance support BioCNG projects.

Watch

The Future of Bioenergy

IICT's patented waste-to-biogas technology, brought to scale by Kaashyap.

The Future of Bioenergy: IICT's Patented Waste-to-Biogas Technology.

Institutional Partnerships

Backed by Research & Verified Credentials

Our technologies are co-developed and authorised with India's leading institutions — with patents and authorisation letters on record.

CSIR–IICT, Hyderabad
Chemical technology collaboration
Collaboration Letter

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