On-Site Energy Infrastructure from Waste Streams
We convert waste streams into reliable, on-site energy systems, delivering cost control and operational continuity for critical infrastructure.
Input Capacity
22–50 t/d
Electrical Output
1–3 MW
system Availability
80–90%
behind-the-meter
BTM
Our Purpose
At UGM, we believe that reliable energy is the fundamental prerequisite for human dignity and industrial growth. Our mission is to deploy decentralized energy infrastructure that transforms local liabilities into sovereign assets. We don't just manage waste; we engineer the base-load power required to fuel industries, stabilize critical nodes, and drive regional GDP where the traditional grid cannot reach or scale.
The UGM Mandate:
-
Infrastructure as a Catalyst: Enabling industrial activity in energy-constrained environments.
-
Systemic Decoupling: Breaking the link between economic growth and environmental degradation through anaerobic thermal decomposition.
-
Operational Sovereignty: Providing the tools for industries and governments to control their primary energy inputs.
Strategic Pillars
Operational Sovereignty
Convert a volatile external dependency into a controlled internal input.
-
On-site energy generation
-
Reduced exposure to grid instability
-
Stable operational input
-
Waste converted into usable fuel
Systemic Relief
Operate at the edge to reduce system load.
-
Behind-the-Meter Load Displacement
-
Feeder congestion relief
-
Potential T&D capex deferral
-
Grid support without expansion
Waste Transformation
Convert waste streams into a productive energy input.
-
Controlled thermochemical conversion
-
Multi-feedstock capability
-
Reduced landfill dependency
-
Waste-to-value integration
Tier 1 Integration
Separate complexity from reliability.
-
Engine-ready syngas delivery
-
Integration with Tier 1 engines and turbines
-
Proven generation systems
-
Reduced technical risk