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Why Choose Us ?
Tenor Low Carbon New Energy Technology Co., Ltd. developed a small waste incineration systems with the research team at Dalian University of Technology. WTE incineration systems include a hopper and feeding machine as well as stoker, step grates, ash hoppers, slag removal systems, transport aircraft, combustion chambers, and slag hoppers.
What is eco-friendly garbage incinerator?
An eco-friendly garbage incinerator system is designed to minimize its environmental impact while disposing of waste through high-temperature combustion.
Products Description
Tenor made small waste incineration system was developed by Tenor Low Carbon New Energy Technology (Liaoning) Co., Ltd. and Dalian University of Technology research team. WTE incineration system including hopper, feeding machine, stoker furnace,step grate, ash hopper, slag removal system, transport aircraft and combustion chamber, suitable for daily capacity of 50 to 250 tons/d of small domestic waste incineration projects.
Products Parameters
Main equipment
Grate advantages:
High efficiency stable combustion:
The garbage is fully burned, the thermal ignition reduction rate is low,Equipment performance: The grate has good wear resistance, high temperature resistance and corrosion resistance, low damage rate, low replacement frequency and low maintenance cost.The pores and gaps are matched with air inlet, and the overall air inlet effect is more uniform, which is conducive to uniform combustion and stable combustion.
Solid waste incinerator process flow
Following the garbage in the furnace, the three sections: burning, drying and burning out are carried out with certain temperature and pressure. Following the trash into the furnace, the three sections are: burning, drying and burning off, under a pressure and temperature.
The ash from the combustion of garbage is pumped into the wet-slagging machine via the slagging bucket, and the remainder goes to the slag pit. The horizontal conveyor for ash leakage is attached under the air-chamber, and small amounts of slag and ash under the grates are then sent to the machine that removes wet slag.
The combustion flue gas enters through the throat into the second combustion chamber. Secondary air is then added in the throat for the purpose of adjusting the furnace's temperature, ensuring complete combustion, and controlling the production of nitrogen dioxides.
It is possible to choose between hot water, steam, or electricity production according to project size and cost benefits. Deacidification of the flue gas is done after it has been cooled by heat transfer.
Process charateristics
- Simple structure ,easy installation and operation;
- All equipment automation; Reduce the working load of the furnace personnel;
- Low total building height and low construction cost;
- The secondary combustion chamber adopts spiral dust removal structure and Tesla valve to reduce the fly ash content in the flue gas, reduce the subsequent dust removal cost, and extend the service life of the equipment.
- The waste combustion is sufficient, and the heat burn reduction rate is less than 5%;
- Pollutant emissions meet standards.
- Customized complete proposal and turn-key WTE equipment.
Waste to energy project display
garbage incinerator 50 tons/d
Benefite of Waste Management
MSW incinerator can produce steam, hot water and electricity generation, sustainable Power from Small-Scale Waste Incineration.
Application:Township, cities and towns, government, power plant.
Delivery Process
Construction
Discharge hall entrance
Garbage pit and grab buc
Ash
Sludge dryer
Chimney
On-line monitoring of flue gas
Equipment control system
Equipment monitoring system
Incineration process
In order to maximize efficiency and minimize the impact of an incinerator on the environment, it is important to incorporate environmentally-conscious features and technologies. The following are the steps for building an eco-friendly waste incinerator.
1. Site Selection: Select a location that allows for easy waste transport, is well ventilated, and is away from sensitive eco-systems or residential areas to reduce the impact of potential emissions.
2. Include design elements that encourage energy efficiency such as heat recuperation systems for electricity production or district heating. Consider using materials less likely to produce toxic products during combustion.
3. Emission Controls - Install advanced emission control technology, such as scrubbers and filters, or electrostatic precipitators to treat and capture pollutants before they reach the atmosphere.
4. Waste Management: Implement an integrated waste management plan which prioritizes the reduction of waste, reuse and recycling. Encourage the public to participate in these efforts by implementing education and outreach programs.
5. Thermal Oxidizers : These devices use high temperatures to burn organic compounds, breaking them down into water vapor and carbon dioxide. This reduces the amount of waste produced and eliminates many pathogens.
6. Ash Management: Process or treat the ash from incineration before it is used as a building material or sent to landfills.
7. Monitoring and reporting: Equip your incinerator's sensors and monitoring equipment so that you can track emissions and performance on a continuous basis. This will ensure that regulations are followed and areas of improvement can be identified.
8. Public Engagement: Encourage local communities to participate in the operation of incinerators, by educating them about waste management.
9. Integrated Waste Management - Combine incineration and other methods such as recycling, composting and landfilling to achieve a sustainable system.
Follow these steps to build a garbage incinerator with minimal environmental impact and maximum efficiency.