Turning Waste Into Clean, Local Power

Indonesia’s growing waste crisis needs more than recycling bins - it needs innovative, scalable, and clean technology that works in real-world conditions. That’s why Green2Green Solutions brings the INTEC SG system to Indonesia.

German Engineering
Tailored for Indonesia

The INTEC SG (Synthesis Gas) Waste-to-Energy System is a high-performance solution developed in Germany to transform mixed solid waste into clean synthesis gas used for generating heat, steam, or electricity.

We are the exclusive representatives of INTEC SG technology in Indonesia, helping cities, islands, and industrial parks safely process unrecyclable waste and produce renewable energy at the same time.

INTEC SG meets EU and German environmental standards, with full emissions control and real-time monitoring. It has been implemented in multiple countries across Europe and Asia with proven safety records.

We work with local authorities to ensure full compliance with Indonesian environmental regulations, including AMDAL and B3 standards.

Gasification vs. Incineration

While incineration has long been used to reduce landfill volume, it comes with serious environmental trade-offs, especially in densely populated or ecologically sensitive regions. Gasification offers a smarter, cleaner, and more sustainable path forward: it delivers energy recovery without the harmful byproducts of open combustion, making it the ideal solution for Indonesia’s complex waste streams and climate conditions.

Feature Gasification Traditional Incineration
Process Heats waste in a low-oxygen environment to produce clean synthesis gas (syngas) Burns waste in high-oxygen environment (open combustion)
Main Output Usable synthesis gas for electricity or heat generation Heat and large amounts of ash
Oxygen Level Low-oxygen (controlled) High-oxygen (open-air)
Emission Control Significantly lower emissions, minimal dioxins or furans Higher emissions, potential release of dioxins and air pollutants
Residue Small amount of inert ash Large volume of toxic ash requiring special disposal
Energy Efficiency High energy recovery potential from syngas Lower efficiency due to direct combustion
Waste Compatibility Handles mixed, moist, and unsorted waste well Often requires drying, pre-sorting, and higher-quality feedstock
Environmental Compliance Meets strict international (EU/German) standards Increasingly restricted or banned in many countries
Suitability for Indonesia Ideal for tropical waste and decentralized island infrastructure Less adaptable to humid, mixed-waste conditions

See the Technology

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