What Can We Bring to You?
Waste to Electricity
- All the garbage after treatment can generate electricity, add the local power supply.
Save the land & Reduce the cost
- By waste incineration power generation,we can treat the waste by over 99.99%,save the land reduce the waste treating cost.
Save energy and reduce emissions
- By treating the MSW, can protect the environment , save energy and reduce emissions.
Add the local employment opportunity & drive the local GDP growth
- By building the WTE project in the local,can add more employment opportunity for the local labors, and drive the local GDP growth
- Deliver the advanced WTE technology to relative country.
Why choose us?
Abundant capital ability
- China TIANYING Inc. , owning investing funds by USD 50 billion, with the national environmental protection industry fund, the Asian investment bank industry fund, are the national environmental protection industry fund managers.
Strong Technical advantage
- China TIANYING Inc. has 10 invention Patent certificates, over 71 utility model patent authorization certificates, and annually extends more than 30 technical achievements concerning MSW incineration power generation, MSW biogas power generation, etc.
Powerful Manufacture ability
- China TIANYING Inc, owning 600 acres manufacturing base, with different products (incinerators/bag filter) concerning MSW incineration power generation, MSW biogas power generation, food waste treatment, hazardous waste treatment, construction waste treatment etc.
Rich experience in building &operating WTE plant
- The best cost-profit products & service.
What we can do?
1. Incineration Process
The waste enters into the incinerator from the hopper and is pushed into the grate feeder and burned in the combustion chamber. After burning, the slag is pushed into the slag hole, and the high temperature flue gas passes influenced by the radiant heating surface and the convection heating is entered into the flue gas purification facilities. Flue gas purification facilities is consisted of removing acid tower, bag filter, activated carbon injection device, and finally is sent into the atmosphere by draft fan through the chimney.
2. Waste Process
The waste is transported to the incineration plant by the waste truck, and then stocked into the waste storage pool after weighing. Grabing the waste from the waste storage pool to the incinerator feed hopper is no more than 20 minutes per hour, the rest time for mixing the waste evenly by stirring, mixing, stack operating? Waste will be sent into the drying section of furnace combustion grate through the hopper by chute and feeder. New entered waste after grate drying section will move to the grate combustion section, under the grate push and gravity flip, mixed with the section of the combustion waste and ignition and fired at the same time. Waste completes the burning, burning out process in the combustion section, grate burning section. The waste burns out in the combustion grate, after burning the solid products falls into slag discharging machine.
3. Waste Weighing and Storage System
Build a weightbridge room with two electronic truck scales on the way to the plant: one on the way to the plant and the other on out of the plant. The first is to weigh licensed waste and the second is to weigh ash, fly ash intermediate product, sludge pieces, bypass waste, and non-disposable waste carried out. Waste storage tank is a closed, impermeable reinforced concrete structure with anti-corrosion feature. It is necessary to increase the storage capacity of the tank since the waste treatment volume will decrease when the turbine works underload during equipment maintenance.
4. Waste incineration system
The incineration system consists of waste feeding system, waste incineration system, the slag system, combustion air system and start ignition systems and other auxiliary systems. ?1?Superheated steam generated by the waste heat recovery boiler is transferred to the turbine generator set, where the steam becomes exhausted after expansion work and and then be discharged to the condenser. Exhaust steam then condenses into water in the condenser, and then be transferred to deaerator through the condensate pump, where it passes a seal cooler and a low pressure heater. The deoxygenated water is finally transferred into the boiler economizer after being boosted by the feed pum. ?2?The first stage heating steam is extracted from the turbine set ; and the second is from boiler drum. The steam will be condensed after release of latent heat and finally be transferred into the deaerator. Biogas Power Generation Plant Construction Waste Treatment Plant Kitchen Waste Treatment Plant Leachate Water Treatment Plant Equipment Manufacturing / EPC
Video of Municipal Waste to Energy – Independent Power Plant:
Dowload our Presentation on Type of Business Cooperation here (English) >> Waste to Energy Type of Business Cooperation – PT Centra Rekayasa Enviro – CNTY China <<
Download our Presentation on Waste to Energy here (English) >> Waste to Energy Presentation <<
Download our Brochure – Pembangkit Listrik Tenaga Sampah (Bahasa Indonesia) here >> Brosur Pembangkit Listrik Tenaga Sampah – PT CRE <<
Download our Waste to Energy – Municipal Solid Waste Incineration Independent Power Plant Brochure (English) here >>Waste to Energy – Municipal Solid Waste Incineration Independent Power Plant Brochure <<
More information: http://www.cr-enviro.com