5 Tons Construction Waste Incinerator

The 5 tons construction waste incinerator is a medium-capacity thermal treatment system specifically engineered for construction and demolition (C&D) waste management. This advanced incineration solution combines efficient waste processing with environmental protection features, making it ideal for large construction projects and waste management facilities.

Technical Specifications:

● Processing Capacity: 5 tons per day (adjustable based on waste composition)

● Combustion System:

◎ Primary chamber: 600-850°C (pyrolysis zone)

◎ Secondary chamber: 950-1100°C (complete combustion)

◎ Residence time: ≥2 seconds in secondary chamber

● Dimensions: 6.5m(L)×2.8m(W)×3.2m(H)

● Fuel Consumption: 15-25L diesel/hour (depending on waste calorific value)

● Power Requirement: 25kW (three-phase)

Advanced Features:

1. Multi-stage Air Supply System:

◎ Underfire air for primary combustion

◎ Overfire air for complete burnout

◎ Induced draft fan for flue gas extraction

2. Automated Control System:

◎ Touchscreen PLC interface

◎ Real-time temperature monitoring

◎ Automatic alarm and shutdown protection

3. Pollution Control Components:

◎ Cyclone dust collector (removes >90% of particulates)

◎ Semi-dry scrubber (acid gas removal efficiency >85%)

◎ Activated carbon injection (dioxin control)

5 tons construction waste incinerator Importance in Construction Industry

1 Solving Critical Waste Challenges

The construction sector generates approximately 30% of all waste globally. The 5-ton incinerator addresses this challenge by:

● Reducing landfill dependence: Converts 5 tons of waste daily into minimal ash (volume reduction >90%)

● Handling diverse waste streams:

◎ Non-recyclable wood (painted/treated)

◎ Plastic packaging and insulation materials

◎ Contaminated demolition debris

◎ Paper and cardboard waste

2 Economic Benefits for Construction Firms

Cost Comparison (Annual Basis for Medium Project):

Additional Advantages:

● Potential energy recovery (heat for site offices/drying)

● Improved site safety by eliminating waste stockpiles

● Enhanced project sustainability credentials

3 Environmental Compliance

Meets international standards including:

● EU Waste Incineration Directive (2000/76/EC)

● US EPA Clean Air Act requirements

● China GB18485-2014 for waste incineration

Emission Performance:

● Particulate Matter: <30mg/Nm³

● HCl: <50mg/Nm³

● CO: <100mg/Nm³

● Dioxins: <0.1ng TEQ/Nm³

5 tons construction waste incinerator Operational Workflow

Step-by-Step Process:

1. Waste Pre-treatment:

◎ Manual sorting (removal of metals, large inert materials)

◎ Shredding (for uniform particle size)

2. Combustion Process:

◎ Automatic feeding system

◎ Two-stage controlled burning

◎ Ash removal via wet discharger

3. Emission Control:

◎ Flue gas cooling

◎ Multi-stage purification

◎ Continuous monitoring

5 tons construction waste incinerator Case Study: Urban Redevelopment Project

Project Profile:

● Location: Bangkok, Thailand

● Duration: 18 months

● Daily Waste Generated: 4.2 tons

Implementation Results:

● Waste management cost reduction: 68%

● On-site space recovery: 350m² previously used for waste storage

● CO2 emissions reduction: Equivalent to 75 tons annually

● Project LEED certification points: +2 for innovative waste management

5 tons construction waste incinerator Maintenance and Service

Routine Requirements:

● Daily: Ash removal and combustion chamber inspection

● Weekly: Scrubbing system check

● Monthly: Full system maintenance

Technical Support:

● 24/7 remote monitoring available

● On-site technician dispatch within 48 hours

● Annual performance certification

5 tons construction waste incinerator Conclusion

The 5 tons construction waste incinerator represents an optimal solution for modern construction projects seeking to:

✓ Dramatically reduce waste management costs

✓ Improve environmental compliance

✓ Enhance site operational efficiency

✓ Contribute to circular economy goals

With its balanced capacity and advanced pollution control, this system fills a crucial gap between small-scale burners and industrial-sized units, making it the ideal choice for medium-sized construction projects and waste processing centers.