Waste to Energy System 1. Japanese technology and criteria 2. Efficient, cost-effective 3. Low pollutants emission

Waste to Energy  System

 

1. Principle

 

Gasification is the heating of organic waste (MSW) to produce a burnable gas (syngas) which is composed of a mix of primarily H2 and CO along with smaller amounts of CH4, N2, H2O and CO2. The syngas produced can then be used off-site or on-site in a second thermal combustion stage to generate heat and/or electricity. Gasifiers are primarily designed to produce usable syngas.

2. Process

The system consists of receiving, gasification, secondary combustion, waste heat boiler, power generation, flue gas treatment and auxiliary units.

 

3.Potential advantage vs. incineration

 1) Syngas generated by gasification is easier to handle, meter and control than MSW;

 2) Reduce the generation of some pollutants (dioxins, furans and NOx);

 3) Syngas can be used to generate high-quality fuels or chemicals;

 4) Increase energy conversion efficiency and reduce costs.

 

SANWA Scope

Integrated solid waste management solutionMunicipal solid waste(MSW) sorting systemWaste plastic(PP/PE/PET) recycling systemRefuse derived fuel (RDF) systemWaste gasification and power generation systemE-waste recycling system 

About SANWA

has been engaged in waste recycling field in Japan for 20 years, own two factories in China manufacturing with Japan technology and criteria to ensure good quality with competitive price. supplies EPC service: machinery supply, erection, commissioning and personnel training. has built lots of waste recycling plants in Japan, China as well as other countries worldwide.

Waste to Energy System