Used EDWARDS TPU #9251517 for sale

EDWARDS TPU is an innovative facility equipment that provides a highly efficient and specialized means of treating wastewater. It is designed to maximize energy recovery and minimization of sludge production. It uses anaerobic digestion, a process whereby bacteria break down organic matter such as food waste and other energy-rich matter to form biogas. The biogas contains mainly methane, which is then burned to produce electrical energy. TPU uses a process of thermal hydrolysis to pre-treat the wastewater prior to anaerobic digestion, which increases the recovery rates of energy from sewage and reduces the production of sludge. The thermal hydrolysis process involves heating the wastewater under pressure to around 140-160 degrees Celsius, causing a reaction that breaks down the complex molecular structure of the organic matter. This makes it easier for the anaerobic digestion process to extract the energy-rich matter and produce the desired biogas. EDWARDS TPU also has a number of other beneficial design features. It utilises dense phase pneumatic transmission, which minimises energy consumption and increases treatment efficiency. This is achieved by pushing the water and waste material through the tank at high velocities, reducing the turbulence, which in turn increases process efficiency and cost-effectiveness. Additionally, TPU is equipped with a unique modelling platform that reduces the amount of energy required for the treatment process. This platform constantly evaluates the energy inputs, chemical and physical properties, and concentrations of the wastewater, allowing for a better-tailored treatment. Overall, EDWARDS TPU is a revolutionary piece of wastewater treatment equipment that provides numerous benefits compared to conventional wastewater treatment processes. It increases energy recovery rates, reduces sludge production, and optimises energy consumption - while still being cost-effective. Furthermore, the unique modelling platform allows for a more tailored approach to treatment, further improving efficiency and quality of treated wastewater.