Hazardous Solid Waste Disposal Solution
Are you looking for an incinerator plant? Beston can provide an integrated customized solution, which adopts high-temperature pyrolysis gasification incineration process with harmless exhaust gas purification system, which can easily realize harmless and reduced disposal of many kinds of wastes and avoid causing secondary pollution of the environment. The incinerator is suitable for the harmless disposal of general industrial waste and industrial solid waste, and transforms the waste into harmless waste, which is very helpful to the environment and public health.Click here to contact us for more details.
Types of Hazardous Solid Waste for Incineration
Incinerator can deal with different hazardous solid waste, such as medical waste, industrial waste, etc., and end products are waste gas and thermal energy for utilization.
Cotton swabs, medical masks, medical gloves, medical gowns, syringes, infusion sets, dialyzers, needles, scalpels, surgical saws, steel nails, etc.
Waste containing waste acids/alkalis/high salts, heavy metal residues, sludge, industrial waste trimmings, etc.
Hazardous waste generated in laboratories of scientific research institutes, testing organizations, academic societies, colleges and universities, etc.
Beston Helps You Realize Following Benefits
The incinerator can maximize the reduction and elimination of waste, with a reduction of more than 95% and a thermal burn reduction rate of less than 5%.
The incinerator adopts high-temperature pyrolysis gasification technology (3T+E), which can be designed to meet the standard according to the emission requirements.
Waste heat generated can be converted into electricity or thermal energy, while the residue can be converted into reusable materials.
The incinerator has a small processing capacity and a small footprint, which can dispose of the waste on-site and save investment costs.
Solid Waste Incinerator
Contains drying, crushing and other pre-treatment systems. The feeding system includes hopper, lifting and conveying and related equipment.
Contains incinerator, slag discharge and auxiliary burner system. There are 2 kinds of incinerators: horizontal incinerator and vertical pyrolysis gasifier. The secondary combustion chamber contains combustion chamber and related auxiliary combustion system.
Contains desulfurization and deacidification, dust removal equipment, etc.
Contains induced draft fan, chimney and exhaust gas online detection system.
Parameter about Solid Waste Incinerator
| Model | BHSI-20 | BHSI-30 | BHSI-50 | BHSI-100 | BHSI-150 | BHSI-300 | BHSI-500 | BHSI5T | |
|---|---|---|---|---|---|---|---|---|---|
| Capacity | 10-20kg/batch | 20-30kg/batch | 30-50kg/batch | 50-100kg/batch | 100–150kg/batch | 200-300kg/batch | 300-500kg/batch | 200kg/h | |
| Primary Chamber Size (mm) | Inner size: 760*370*450 Volume: 0.13m³ External size: 900*600*700 |
Inner size: 1200*480*550 Volume: 0.32m³ External size: 1450*900*1020 |
Inner size: 1500*620*700 Volume: 0.7m³ Outer size: 1800*1150*1200 | Inner size: 1680*760*760 Volume: 0.97m³ Outer size: 1900*1200*1260 | Inner size: 1780*760*880 Volume: 1.19m³ Outer size: 2000*1200*1360 | Inner size: 1850*900*1050 Volume: 1.75m³ Outer size: 2200*1570*1510 | Inner size: 2650*1100*1250 Volume: 3.64m³ Outer size: 3000*1750*1710 | Φ1800*4000m | |
| Feeding port size (furnace door) mm | 370*480 | 480*520 | 620*680 | 620*680 | 760*840 | 620*980 | 1080*1280 | 900*900 | |
| Body size (mm) | 900*600*1520 | 1450*900*1920 | 1800*1150*2200 | 1800*1200*2280 | 2000*1200*2480 | 2200*1570*2870 | 3000*1750*3070 | ||
| Overall dimensions (mm) | 1300*1400*2000 | 1800*1500*2600 | 2200*2100*2950 | 2300*2250*3100 | 2360*2250*3400 | 2650*2200*3500 | 3450*2650*4100 | ||
| Secondary combustion chamber dimensions | Ø500*750 | Ø630*800 | Ø720*900 | Ø800*1020 | Ø800*1020 | Ø1000*1260 | Ø1100*1260 | Φ1600*3000 | |
| Chimney (OD :mm) | Φ133*6m | Φ159*6m | Φ219*6m | Φ219*6m | Φ273*6m | Φ325*6m/Ø425*6M | Φ425*6m/Ø530*6M | DN250 25 Meter | |
| Oxygenating fan | 0.18kw | 0.55kw | 0.55kw | 0.55kw | 0.75kw | 1.5kw | 3kw | 8kw | |
| Primary chamber burner(power) | 0.13kw | 0.13kw | 0.13kw | 0.13kw | 0.17kw | 0.17kw | 0.17kw | 4kw | |
| Primary chamber burner(power) | 0.13kw | 0.13kw | 0.17kw | 0.17kw | 0.17kw | 0.17kw | 0.17kw | 5kw | |
| Operating voltage | 220V | 220V | 220V | 220V | 220V | 220V | 220V | 220V | |
| Weight Approx (kg) | 1650 | 3000 | 4500 | 4950 | 5300 | 6600 | 12000 | 20000 | |
Solid Waste Pyrolysis Gasifier
Contains lifting mechanism, automatic turning feeding mechanism, hopper and feeding control mechanism.
Contains vertical pyrolysis gasification furnace (a combustion chamber), slag discharge mechanism, the second combustion chamber and supporting ignition, air supply, cooling systems, etc..
Contains waste heat boiler, emergency cooling equipment, water supply, water level control and related water circulation system.
Contains acid removal tower, desulfurization, activated carbon adsorption, bag dust removal and related accessories.
Contains acid removal tower, desulfurization, activated carbon adsorption, bag dust removal and related accessories.
Contains power cabinet, PLC cabinet, upper computer system, various sensors and related cables.
Parameters about Solid Waste Pyrolysis Gasifier
| Model | BVPG-20 | BVPG-22 | BVPG-26 | BVPG-30 | BVPG-42 | |
|---|---|---|---|---|---|---|
| Capacity (t/d) | 10 | 15 | 20 | 30 | 50 | |
| Load Fluctuation Range | 6-15 t/d | 9-18 t/d | 12-24 t/d | 18-36 t/d | 30-60 t/d | |
| Cylinder Diameter | 2000mm | 2200mm | 2600mm | 3000mm | 4200mm | |
| Furnace Material | Q235, 20# | Q235, 20# | Q235, 20# | Q235, 20# | Q235, 20# | |
| Driving System | 35KW | 45KW | 55KW | 75KW | 150KW | |
| DMembrane Wall | 1.9T | 2.9T | 4.2T | 5.6T | 9.3T | |
| Rapid Cooling Tower (mm) | φ2100*H12000 | φ2400*H13000 | φ2500*H13000 | φ2600*H15000 | φ3600*H15000 | |
| Reduction Ratio | ≥86% | ≥86% | ≥86% | ≥86% | ≥86% | |
| Scorch Reduction Ratio | ≤3% | ≤3% | ≤3% | ≤3% | ≤3% | |
| Landing Area | 53*22 | 53*23 | 58*24 | 62*25 | 70*27 | |
| Power | 250 | 320 | 370 | 400 | 450 | |
| Burner | 700KW | 700KW | 1200KW | 1400KW | 1700KW | |
| Total Weight | 580t | 685t | 870t | 1100t | 1305t | |
| Noise | ≤85dB | ≤85dB | ≤85dB | ≤85dB | ≤85dB | |
| Power | 250 | 320 | 370 | 400 | 450 | |
Designed by BESTON Group
Honor and Patent Certificates
Technical Advantages
Adequate combustion of waste is conducive to reducing soot and dioxin content and enhancing the slag reduction rate.
Small footprint, convenient operation, easy maintenance, low operational energy consumption, no auxiliary fuel required in processing, low investment and operating costs.
Temperature field distribution is reasonable, heat loss is small, rotating grate is protected by slag layer, low working temperature and long service life.
Applicable to both domestic waste, medical waste and hazardous waste treatment, systematic treatment form, stable and reliable operation.
Combined with advanced power generation technology, a small waste energy station is constructed to enhance the comprehensive utilization rate of recovered heat energy.
Meet different standards of operation condition and pollutant emission, realizing harmlessness, reduction and resourceful utilization in waste disposal.
Perfect Services for Customers
Focus on customer’s demands
Send factory visit invitation
Provide customized design
Offer supporting files or programs
Furnish design drawings
Report production progress
Verify shipment information
Monitor transportation process
Assist with on-site or online installation
Provide professional operation training
Implement tracking feedback
Conduct maintenance and repair