G_COR Summary

G-COR Information

G-COR

Green Conversion of Refuse to Green Hydrogen

Total Disposal of all waste types — All-in-one Technology

TECHNICAL STRENGTHS OF THE G-COR PROCESSING TECHNOLOGY

Ø G-COR Technology: A high-temperature gasification process that recycles 100% of materials, even when not separated, into usable products like hydrogen and methanol, while being CO2 neutral.

Ø Environmental Impact: Addresses the issue of waste, particularly non-recycled materials polluting landfills and oceans, by converting them into valuable resources.
Ø Process Advantages: The G COR process is scalable, requires no pre-sorting or shredding of waste, and results in zero emissions.
Ø Applications: Capable of processing a wide range of waste types, including toxic and industrial waste, to produce clean energy, heat, and construction materials.

How does G-COR technology work?
G-COR Technology is an innovative high-temperature gasification process.

Let me break down how it works:

Ø Gasification Process: G-COR technology takes various types of waste materials, including municipal solid waste, industrial waste, and hazardous waste. The waste is fed into a gasifier, where it undergoes high-temperature thermal decomposition in the absence of oxygen. During this process, the waste is converted into a syngas (a mixture of hydrogen, carbon monoxide, and other gases).

Ø Syngas Utilization: The syngas produced is a valuable resource. It can be used for several purposes.

Ø Hydrogen Production: Hydrogen is separated from the syngas. It can be used as a clean fuel for various applications.

Ø Methanol Production: Methanol, another important fuel, can also be derived from the syngas.

Ø Ammonia Synthesis: Ammonia, which is crucial for fertilizers and other industrial processes, can be synthesized from the syngas.

Ø E-Fuels: The syngas can be further processed to create synthetic fuels (e-fuels) that are environmentally friendly.

Ø Environmental Impact: G-COR technology significantly reduces pollution associated with landfill sites. Toxic elements like dioxins and furans are minimized, contributing to a cleaner environment.

Ø Economic Benefits: The process is scalable and efficient, resulting in zero emissions. By transforming waste into valuable products (hydrogen, methanol, ammonia, and e-fuels), it can potentially reduce disposal costs and provide long-term energy price stability.

Ø Operational Efficiency: Unlike traditional waste management, G-COR does not require pre-sorting or shredding of waste. It achieves near-complete mass reduction, producing clean syngas, heat, and electricity.

Summary

G-COR technology is a high-temperature gasification process that transforms various types of waste into usable products like energy and inert materials.

In summary, G-COR technology offers an eco-friendly solution for waste management, turning waste into valuable resources while minimizing environmental impact.

Here are the key points:

Ø High-Temperature Gasification: G-COR operates between **1500°C and 2500°C**, converting waste into gas, heat, steam, and electricity, or even diesel, gasoline, hydrogen, and methanol.

Ø Waste Types: It can process a wide range of waste, including toxic waste, electronic scrap, and industrial waste, without the need for pre-sorting or shredding.

Ø Environmental Benefits: The process is designed to be CO2 neutral, aiming for zero emissions.

Ø End Products: The technology produces high-quality synthesis gas, vitrified slag for construction, and alloyed iron for steel foundries, all while significantly reducing the volume of waste.