Waste to Energy Processing Plants

• Eco-friendly, green technology.
• Entry minimum of 50 tons per day of waste produces ≈ 18.0 MW per day. (1 Module).
• No additional fuel source is necessary for the operation of the plant.
• Additional water or fuel source is not required.
• Low space requirements.
• Thermal process.
• Process of Transformation - tanks carriers of calor-Pirolisis - reformer.
• High-quality hydrogen product

The TWR-EcoWEnergy system offers solutions for the process of solid waste to energy environmentally friendly, economically viable and sustainable turn-key.

It’s a machine that is capable of transforming waste into diesel, engineering the same process of transforming trash into diesel in the same manner planet Earth does. Fossil diesel as we know, it’s to transform dead matter into energy:

• Dead animals
• Fallen trees
• Waste of all types of nature
• Solid waste

This natural process it takes 300 million years to generate an oil field. The TWR-KDV plant reduces this process in 3 minutes, produces finer and less polluting diesel.

Furthermore, the great energy value raw garbage, the production of diesel using all kinds of municipal solid waste are many uses that can be applied to this technology.

Trying to contribute the most to a sustainable environment for future generations, designs and innovative materials and energy supply respectful of the environment, the TWR-VULCANES waste management systems, are the solution. These systems offer a high operational performance and a high return on investment on the basis of a combination of existing proven technologies with innovative new technologies supported by continuous research and development.

Legislation worldwide environment and goals, over rising costs and the consequences of the use of landfill sites requires the search for alternative methods of solid waste treatment. A cost-effective process which forms an excellent response to these environmental problems, is implementing the TWR-VULCANES system. Solid waste in this process are converted into fibers of cellulose and recyclable, of which fibers can be used as a source of energy generation or for other purposes (as raw).