
Bengaluru, Karnataka, India
ECOSTP Technologies is an innovative wastewater treatment company that develops self-sustainable, underground, zero-energy sewage treatment plants using patented biomimicry technology. Inspired by the anaerobic digestion process in a cow’s stomach, the system naturally treats sewage with beneficial microbes, eliminating the need for motors, blowers, or chemicals. Their decentralized STPs are designed for apartments, commercial buildings, industries, hospitals, and townships, especially where conventional STPs fail or energy costs are high. ECOSTP plants operate silently, require minimal maintenance, have no odour, and help buildings become environmentally compliant while reducing operational spending.
Tharun Kumar
CEO
Operating since 2017
55 Members
Eco-system
Lakes
Eco STP
1.Biomimicry — Cow-Stomach Inspired Design: ECOSTP’s STP (sewage treatment plant) is modeled on the digestive process of a cow’s stomach. Their technology replicates how microbes in a cow’s gut break down waste.
2.Anaerobic Digestion using Microbial Communities: The system uses anaerobic bacteria (seeded from substrates such as cow-dung) to digest sewage without oxygen or energy-intensive aeration.
3.Gravity-Driven Flow & Sedimentation / Bio-filtration: Wastewater flows through a series of chambers and baffles by gravity, allowing solids to settle and microbes to act on the sewage — no pumps or electricity required.
4.Low-Maintenance, Zero-Power & Zero-Chemical Operation: The system avoids motors, blowers, or chemical additives — making it “zero-power, zero-chemical, zero-operator.”
5.Research & R&D Innovations (Beyond Basic STP): They are developing a special anaerobic bacteria strain (code-named “PEB” — Phenol-Eating Bacteria) to degrade persistent pollutants like phenols or surfactants.
6.They are exploring conversion of sludge / digestate into value-added products like biochar or hydrochar via pyrolysis — aiming for a waste-to-resource circular solution. .They are also investigating novel internal reactor structures (surface morphology, biofilm-friendly design) to optimize microbial adhesion, enhance bio-reactor efficiency and improve overall pollutant removal while keeping energy footprint minimal.
Found any error in information about this organisation?