Our Technology

Overview

ZEER Core Module Gasification

Our proprietary ZEER Core Module represents a fundamental rethinking of waste conversion infrastructure. Unlike combustion-based systems, gasification converts organic materials into synthesis gas (syngas) through thermal decomposition in an oxygen-limited environment—producing clean, combustible fuel without burning.

The result is continuous, utility-grade power generation with near-zero emissions and no combustion byproducts.

Specifications

Detailed operational specifications that define the performance, capacity, and environmental compliance of the ZEER Core Module system.

Operating Temperature

1,200°C

Processing Capacity

30 tons/hour (20-unit system)

Power Output

Utility-grade baseload generation

Deployment Timeline

Months, not years

Emissions Profile

Exceeds global standards; near-zero particulates

Feedstock Flexibility

One System. Any Waste Stream.

Waste varies by region – but our technology doesn’t. Our systems process mixed municipal solid waste, end-of-life tires, agricultural residues, and biomass through a single-bin collection system. Whether your community generates urban MSW, rural agricultural waste, or industrial byproducts, the ZEER Core Module adapts to local feedstock while delivering consistent power output.

How it works

From Waste to Power

Our closed-loop modular gasification process converts everyday waste into reliable, utility-grade clean energy through a precise four-step system.

Step 1 - Collection

Local waste is gathered through a single-bin system and pre-processed for optimal conversion.

Step 2 - Gasification

Prepared feedstock enters modular gasification units, converting waste into clean syngas with minimal emissions.

Step 3 - Power Generation

Syngas fuels high-efficiency generators producing continuous, utility-grade electricity.

Step 4 - Environmental Impact

Landfill diversion, stockpile elimination, carbon credit generation, and measurable long-term environmental benefits.