14/05/2025
We address the issues of processing of any pollutants into hot clean water and natural gas. Our engineers developed and built the sealed airtight system to convert 0,5 - 5 cubic meters of pollutants per hour. The system does not require any energy to function. There are zero emissions.
We process:
Biodegradable waste, Packaging waste, Agricultural, Residential, and industrial Sewage grey water and sludge, Waste oil and MarPol, Landfill waste and condensates, Polymers and plastics, Waste containing POPs, Mining waste.
1. **Technology Introduction**: The solution for processing organic waste is thermobaric destruction (TBD) using an aqueous supercritical fluid.
2. **Environmental Impact**: TBD addresses the issue of hazardous waste storage, eliminating the need for maintenance costs and providing financial gains through the byproducts.
3. **Operational Conditions**: The TBD reactor operates at high pressure (250 atmospheres) and temperature (380 °C), turning water into a supercritical fluid, which acts as an ideal solvent.
4. **Waste Processing Efficiency**: Organic substances decompose into gases (methane, ethane, propane, and hydrogen) in just 1 to 30 seconds, converting 100% of organic compounds into clean water and flammable gas.
5. **Comparative Efficiency**: TBD technology offers at least 336 times more efficiency than existing waste processing methods.
6. **Gas Production**: TBD technology produces 60% more gas compared to traditional biotechnology, with a composition of 25% hydrogen and 15% combustible ethane and propane.
7. **Reduced Pollution**: The process generates no carbon dioxide or hydrogen sulfide, reducing air pollution and unpleasant odors.
Comprehensive Processing: The system processes all types of organic hazardous waste, including sewage, agricultural, and industrial pollution.
Enhanced Energy Output: The resulting gas produced from the process burns with up to 40% more energy compared to conventional methods.
Byproducts: The purification process generates hot clean water and organic fertilizers as byproducts.
Gas Utilization: The produced gas can be used for various applications, including heating, cooking, electricity generation, and powering internal combustion engines.
Hot Clean Water Applications: The hot clean water can be utilized for multiple purposes such as heating, irrigation, technical applications, sanitation, and culinary needs.
1. **Container-Mounted System**: Each airtight system is mounted in a 40 ft sealed container.
2. **Pollutant Consumption**: The system can process up to 5 cubic meters per hour of various pollutants, including plastics, polymers, and toxic materials.
3. **Outputs**: The process produces clean water, clean energy, and clean gas as end products.
We provide the waste processing services, equipment sales and support, and other ways to gain, cleaning the planet.
Please ask about other benefits I did not mention.
http://babkindomes.infinityfreeapp.com/
https://youtu.be/e7CToPrteRk
The demonstration of the thermobaric destruction reactor, turning waste into clean natural gas and hot water.