The incineration system consists of the incineration furnace body, grate drive system, hydraulic feeding system, automatic slag discharging system, primary air blower, secondary air blower, and PLC control system.
The waste is automatically fed into the hopper of the incineration furnace by the waste lifting system. Under the push of the hydraulic feeding system, it enters the reciprocating grate within the furnace body. With the reciprocating motion of the grate drive system, the waste moves into the combustion section of the grate. The grate features a three-section independent structure, with each section capable of independent movement. The operation of the hydraulic drive is controlled by the PLC control system, which regulates the reciprocating motion based on the processing capacity to control the speed of the grate's operation. (The grate consists of a drying section, combustion section, and burnout section). The combustion section is equipped with an auxiliary combustion burner, and an air inlet is located beneath the grate. The auxiliary combustion burner is primarily responsible for ignition and combustion support. The waste in the combustion section is ignited and thoroughly burned under the high-temperature, high-pressure flames ejected by the auxiliary combustion burner. The burning waste is continuously moved into the burnout section by the reciprocating motion of the grate. The ash residue after combustion is discharged from the furnace through the slag discharge outlet, falling onto the slag removal machine, which transports it to the outside.
Usage Occasions:
1.Healthcare Facilities: Hospitals and clinics generate dry waste, including non-hazardous medical waste that requires careful disposal. Incinerators can safely burn this waste, reducing the risk of contamination.
2.Commercial Establishments: Businesses, such as hotels, restaurants, and shopping centers, produce significant amounts of dry waste. On-site incinerators can be used to manage this waste effectively.
3. Industrial Sites: Industries generate various types of waste, some of which may be classified as dry waste. Incinerators on-site can help manage this waste efficiently, reducing storage and disposal costs.
4.Municipal Waste Management Facilities: Many cities implement dry waste incinerators as part of their municipal waste management systems. These facilities process household waste that cannot be recycled, significantly reducing the volume of waste sent to landfills.
5.Remote or Isolated Locations: In areas with limited access to waste management infrastructure, such as remote communities or construction sites, portable dry waste incinerators can be employed.
6. Research and Educational Institutions: Universities and research institutions may use dry waste incinerators for laboratory and campus waste management, particularly for non-recyclable materials.
| Model |
Outer Dimension |
Gate Dimension |
Capacity |
Voltage |
Fuel |
Ignition |
Weight |
| DS-30 |
L:W:H=1400*1050*2100mm |
480*500mm |
20-30kgs/h |
220V or Customized |
Diesel |
Automatic |
1700kgs |
| DS-50 |
L:W:H=1800*1150*2850mm |
600*600mm |
40-50kgs/h |
|
|
Automatic |
2100kgs |
| DS-100 |
L:W:H=2000*1350*3550mm |
700*800mm |
100-120kgs/h |
|
|
Automatic |
3500kgs |
| DS-150 |
L:W:H=2300*1500*3650mm |
750*900mm |
150-200kgs/h |
|
|
Automatic |
4600kgs |
| DS-300 |
L:W:H=2500*1600*3950mm |
900*1000mm |
200-300kgs/h |
|
|
Automatic |
5600kgs |
| DS-500 |
L:W:H=3200*2200*5150mm |
1100*1200mm |
300-500kgs |
|
|
Automatic |
8400kgs |
Key Features:
1.Design and Structure: Typically constructed with high-temperature resistant materials to withstand the intense heat generated during the burning process.
Equipped with a combustion chamber where waste is incinerated at high temperatures, usually between 850°C to 1,100°C.
2.Waste Processing: The waste is fed into the incinerator, where it undergoes combustion. This process breaks down the materials and converts them into ash, gases, and heat.
The ash produced can be collected and disposed of, while the gases are treated to remove harmful pollutants.
3.Emission Control: Advanced filtration and scrubbing systems are often integrated to minimize the release of harmful substances into the atmosphere, ensuring compliance with environmental regulations.
Continuous monitoring systems track emissions to maintain air quality standards.
4.Environmental Impact: By reducing the volume of waste and generating energy, incinerators can significantly lessen the environmental impact of landfills.
They also help reduce greenhouse gas emissions compared to traditional waste disposal methods.
Our strong production capacity allows us to undertake projects of various sizes, providing perfect solutions as well as the manufacturing and on-site installation of equipment.
We offer a comprehensive one-stop solution, guiding our clients from design to production based on the information and materials they provide. Our dedicated team works closely with clients to understand their unique needs and requirements, ensuring a seamless process that transforms concepts into reality. With a focus on quality, efficiency, and innovation, we aim to deliver exceptional results that meet and exceed expectations. Whether it's product design, prototyping, or full-scale manufacturing, we are committed to supporting our clients every step of the way, ensuring a smooth and successful project outcome.
Introducing Dongsheng Group: Your Trusted Cremation Equipment Manufacturer
Looking for a reliable and high-quality cremation equipment manufacturer? Look no further than Dongsheng Group. We are a trusted and experienced manufacturer specializing in producing cremation equipment.
Not only do we prioritize the quality of our products, but we also prioritize customer satisfaction. Our dedicated customer service team is here to guide you through the entire process, from initial consultation to local installation. We are committed to providing personalized attention and exceptional service to ensure a smooth and hassle-free experience.
Choose Dongsheng as your cremation equipment manufacturer and rest assured that you are receiving a top-quality product backed by our years of experience and expertise.
With customizable capacity, design and advanced features, it offers a reliable and efficient solution for all kinds of cremation/incinerating equipment.
Please contact us for further information
FAQ
Q What types of products are manufactured in your factory?
A Our factory specializes in the production of cremation equipment such as human cremation machine, columbarium niches, waste incinerator,ect. We utilize advanced machinery and skilled labor to ensure high-quality output that meets industry standards.
Q What are your quality control measures?
A We implement strict quality control processes at every stage of production. This includes regular inspections, testing of raw materials, and final product evaluations to ensure that all items meet our quality standards and comply with relevant regulations.
Q Do you offer customization options for your products?
A Yes, we provide customization options for our products based on customer requirements. This includes variations in size, color, and functionality. Our team works closely with clients to ensure their specific needs are met.
Q What certifications does your factory have?
A Our factory is certified in ISO 9001, ISO 14001, etc. These certifications demonstrate our commitment to quality management and environmental responsibility.
Q Can I visit the factory?
A Yes, we welcome visits from clients and partners. We encourage you to schedule an appointment in advance so we can provide a guided tour of our facilities and discuss any specific interests or questions you may have.
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