At Endpoint Recovery, we utilize a thermal cracking process to recover resources from plastics, tires, medical and municipal waste, solar panels and wind turbines.

Innovative Waste Processing

By processing municipal solid waste (MSW), plastics, tires, and medical waste, this system not only addresses the growing waste crisis but also generates valuable by-products such as synthetic graphite and liquid fuels. The modular and mobile design ensures low maintenance and adaptability, making it suitable for various environments, including land reclamation projects.

What problem are we solving?

The most pressing environmental concern regarding landfills is their release of methane gas.

​As the organic mass in landfills decompose methane gas is released. Methane is 84 times more effective at absorbing the sun’s heat than carbon dioxide, making it one of the most potent greenhouse gases and a huge contributor to climate change.

Along with methane, landfills also produce carbon dioxide and water vapor, and trace amounts of oxygen, nitrogen, hydrogen, and non-methane organic compounds. These gases can also contribute to climate change and create smog if left uncontrolled.

The Solution

The waste management process described is a sophisticated system designed to handle and process waste efficiently. Initially, waste is collected and placed into a hopper that feeds a shredder, which is robust enough to deal with various contaminants, including glass and metal.

The shredder's output then goes to a dryer, a rotating vessel that operates under vacuum pressure to lower the evaporation temperature, thus saving energy. The system's efficiency is further enhanced by double gates that regulate the waste flow into the dryer, ensuring a steady supply. The reactor, another rotating vessel, is equipped with internal flights that lift and drop the waste, facilitating optimal drying by adjusting the temperature and flow.

This entire process is overseen by an automation system, which ensures precise control over temperature and pressure, crucial for maintaining the system's integrity and performance. The integration of mechanical and automated components exemplifies modern waste management technology's capability to optimize energy use and process waste in an environmentally conscious manner.