HUMUS.Waste & Energy ManagementPartner with us
A CIRCULAR FUTURE STARTS HERE

Waste is not
the end.
It's the beginning.

Renewing waste for clean energy. Our proposed New Delhi initiative aims to transform segregated organic waste into renewable biogas and organic fertilizers.

Explore our project How it works
Recover waste · Create energy · Restore soil
Hands cupping rich fertile organic compost and a healthy green seedling
Aerial view contrasting lush regenerated crops on the left with cracked drought-parched earth on the right
GROWTH BEGINS WITH CHANGE
OUR CORE BELIEF
Everything has another purpose.

Recover resources. Restore possibilities.

Organic waste → Clean energy → Living soil
CIRCULAR BY DESIGN
PROPOSED CBG OUTPUT
3.5 TPD

Target production capacity*

INDICATIVE SITE REQUIREMENT
4 acres

Proposed concept*

FEEDSTOCK COLLECTION PLAN
15 km

Intended radius*

OUR PURPOSE

What we throw away can help something grow.

Organic waste holds untapped value. Our proposed approach brings together responsible waste collection, renewable energy production, and soil-friendly organic fertilizers — keeping resources in productive use for longer.

01 Waste recovery02 Renewable biogas03 Organic fertilizers
A small yellow flower growing out of dark, fertile compost soil
From waste, possibility.
HOW CIRCULAR ENERGY WORKS

A smarter journey from waste to worth.

Two useful outputs from one proposed resource-recovery system: upgraded biomethane and organic fertilizer.

  1. 01 / COLLECTION

    Gather organic waste

    Segregated kitchen waste, fruit and vegetable scraps, and cattle manure collected within a 15 km radius.

  2. 02 / PREPARATION

    Prepare the feedstock

    Second-stage manual & metal detection segregation, shredding, and vertical agitator blending to maintain the C:N ratio.

  3. 03 / DIGESTION

    Recover biogas

    Biological digestion across two mesophilic digesters (22 m diameter × 9 m cylindrical height; ~3,421 m³ gross volume each).

  4. 04 / RESOURCE RECOVERY

    Create usable outputs

    Upgraded biomethane for pipeline injection and SLS dewatered digestate processed into solid and liquid organic fertilizers.

Energy pathway → Upgraded biomethane (CBG)Two-stage hollow-fibre membrane filters, compression, and proposed injection into Indraprastha Gas Limited (IGL) network for household stoves.
Agriculture pathway → Organic fertilizers (SOF & LFOM)Digestate slurry processed through solid-liquid separation (SLS) into Solid Organic Fertilizer (vermicompost/aerobic compost) and Liquid Fermented Organic Manure.

Simplified conceptual workflow; final facility configuration and engineering specifications subject to detailed design and statutory approvals.

ILLUSTRATIVE CONCEPT — NOT THE ACTUAL FACILITY
ANAEROBICDIGESTER 01DIGESTER 02UPGRADING
THE PROPOSED PROJECT

Rooted in New Delhi. Built for a cleaner future.

Planned for Ghitorni, New Delhi, the proposed compressed biogas facility aims to transform segregated organic waste into renewable gas while recovering valuable organic manure from digestate.

LocationGhitorni, New Delhi
TechnologyMesophilic anaerobic digestion and two-stage membrane gas upgrading
Target Output3.5 TPD CBG (180.46 MMBTU/day / 1,277 T/year PNG)
Understand the project
LET'S BUILD THE CIRCLE TOGETHER

Have organic waste?
Let's turn potential into progress.

We are actively seeking to explore feedstock partnerships with bulk waste generators across South Delhi as the proposed initiative moves through planning.

Explore partnership opportunities
A young green plant emerging from rich compost soil in a pot