Waste Incineration Boiler Series
Complete waste-to-energy boiler solutions for municipal solid waste, industrial waste, and hazardous waste. ORL designs and manufactures corner tube, CFB, and rotary kiln type waste incineration boilers with stable performance and reliable flue gas treatment interfaces.
Product Portfolio
Waste Incineration Boiler Types
Complete boiler solutions engineered for different waste streams and energy recovery requirements. Each system designed for optimal combustion efficiency and environmental compliance.
Rotary Kiln + WHB
- • Complete system with WHB for steam generation
- • High-temperature pathogen destruction
- • Industrial solid waste handling
CFB Incineration Boiler
- • Excellent fuel flexibility
- • In-situ desulfurization capability
- • Low NOx & SO₂ emissions
Mechanical Grate Boiler
- • Proven moving grate technology
- • Stable combustion and high availability
- • Complete with APC system interface
Industrial Waste Boiler
- • Sludge, plastic & chemical by-products
- • Advanced emission control integration
- • Process heat recovery options
Sludge Incineration
- • High moisture content handling
- • Auxiliary fuel system integration
- • Ash handling and treatment
Complete WtE Package
- • Turnkey project management
- • Training & commissioning
- • Steam turbine integration
Need Technical Specifications?
Send us your waste data and project requirements for a tailored engineering solution.
Manufacturing Excellence
Precision Engineering for Critical Infrastructure
ORL Power delivers full traceability, strict tolerance control, and engineering-level design support for waste-to-energy projects with demanding schedules and compliance requirements.
Years Experience
Boiler design and manufacturing
Projects Delivered
Globally across 40+ countries
NDT Coverage
Complete traceability and documentation
Response Time
Technical support and quotations
Advanced Manufacturing
Pressure vessel fabrication facility
Quality & Compliance
Factory & Process
See Our Manufacturing Process
From design to delivery — witness the precision engineering behind every ORL Power waste incineration boiler.
Waste Incineration Boiler Manufacturing
Watch how we fabricate pressure parts and assemble complete WtE boiler systems
Manufacturing Process Highlights
Engineering Design & Material Selection
Thermal analysis, corrosion assessment, and alloy material selection for waste gas conditions
Certified Material Procurement
Certified steel plates and tubes with full EN 10204 3.1 material traceability documentation
Precision Fabrication & Welding
Automated welding procedures with qualified welders and 100% NDT inspection on critical welds
Testing & Final Inspection
Hydrostatic testing, dimensional verification, and third-party inspection before global shipment
Competitive Advantages
Why Choose ORL Power for Waste Incineration Boilers
Over two decades of experience in boiler manufacturing with specialized expertise in waste-to-energy applications and international project execution.
Proven WtE Experience
Extensive experience in waste-to-energy boiler supply with successful international projects. Deep understanding of waste characteristics, emission requirements, and operational challenges.
- • Chinese WtE market expertise
- • International project references
- • Multi-technology boiler capability
Engineering Support
24-hour response time for technical queries and quotations. Dedicated project managers for seamless communication and direct coordination with your engineering team.
- • 24-hour technical response
- • Dedicated project managers
- • Custom design capability
Complete Documentation
Full traceability package including material certificates, welding procedures, NDT reports, and dimensional inspections. Third-party inspection support available worldwide.
- • EN 10204 3.1 certificates
- • Complete NDT documentation
- • Third-party inspection support
Competitive Pricing
Direct manufacturer pricing with no intermediary markups. Optimized manufacturing processes and efficient supply chain deliver excellent value for international WtE projects.
- • Direct manufacturer pricing
- • No intermediary costs
- • Flexible payment terms available
Global Logistics
Strategic location near Shanghai port with established worldwide shipping networks. Experienced in international project logistics, customs documentation, and third-party coordination.
- • Export to 40+ countries
- • Multi-language technical documentation
- • Third-party inspection coordination
Local Standards Adaptation
Experience adapting designs to local codes including ASME, EN, JIS, and others. Flexible approach to meet specific project requirements and regulatory compliance.
- • ASME / EN / GB / JIS codes
- • Local emission standard compliance
- • EPC contractor coordination
Industry Solutions
Waste Incineration Solutions for Every Industry
From municipal waste management to industrial waste treatment, ORL Power provides customized boiler solutions for diverse waste-to-energy applications worldwide.
Municipal Authorities
MSW incineration plants for cities and municipalities with complete waste-to-energy solutions including district heating and power generation capabilities.
- • City waste management departments
- • Regional waste treatment facilities
- • Public-private partnership projects
- • District heating network integration
Medical & Hazardous Waste
High-temperature rotary kiln incineration systems for medical, infectious, and hazardous waste ensuring complete pathogen and toxin destruction.
- • Hospital and clinical waste treatment
- • Rotary kiln at 850-1100°C
- • Complete emission control package
- • Regulatory compliance guaranteed
Industrial Facilities & EPC Contractors
Specialized systems for chemical, pharmaceutical, and manufacturing waste streams. Full support for turnkey WtE project developers and engineering consultancies.
- • Chemical and pharmaceutical plants
- • Sludge from wastewater treatment
- • Turnkey WtE project developers
- • Equipment suppliers and integrators
Reference Projects
MSW Incineration Plant
300 t/dMechanical grate MSW boiler for a municipal waste treatment facility. Generates electricity for grid export and supplies district heating network.
Hazardous Waste Incineration
20 t/dRotary kiln + waste heat boiler system for industrial hazardous waste. Meets strict emission limits with integrated SNCR and scrubber interface.
CFB Waste-to-Energy Plant
150 t/d MSWCFB incineration boiler handling municipal solid waste with biomass co-firing. In-furnace desulfurization achieves SO₂ emission targets without wet FGD.
Frequently Asked Questions
Waste Incineration Boiler Technical FAQ
Common technical questions from EPC contractors, plant owners, and municipal waste-to-energy operators answered by our engineering team.
What types of waste incineration boilers can ORL supply?
ORL provides complete boiler islands for different waste handling technologies. We match boiler design to your furnace and waste characteristics to ensure stable combustion and long-term operation:
- • Rotary kiln + WHB: Hazardous, medical, and industrial solid waste at 850-1100°C
- • CFB incineration boilers: Municipal solid waste and biomass, 50-500 t/d
- • Mechanical grate boilers: Large-scale MSW plants, 100-1000 t/d
- • Customized solutions: Industrial solid waste, sludge, and specialty waste streams
What is the typical capacity range of your waste incineration boilers?
ORL has experience designing and manufacturing waste incineration boiler components and complete units up to 500 t/d for municipal waste. Capacity and configuration are engineered based on your incoming waste volume and energy recovery targets:
- • Small scale: 5-50 t/d (rotary kiln systems for medical/hazardous waste)
- • Medium scale: 50-200 t/d (CFB or grate boilers for MSW/biomass)
- • Large scale: 200-1000 t/d (mechanical grate MSW plants)
- • Single-line or multi-line configurations, new plant or retrofit projects
How do you handle high flue gas corrosion and fouling in waste boilers?
Waste flue gas often contains high levels of chlorine, sulphur, and particulates. ORL combines proper material selection with proven surface protection and cleaning methods:
- • Material selection: Alloy steel and cladding in high-risk zones for chlorine/sulphur resistance
- • Gas velocity control: Optimized flue gas velocity to reduce erosion of heating surfaces
- • Cleaning systems: Sootblowers and rapping systems for heating surface maintenance
- • APC interfaces: Prepared connections for upstream SNCR/SCR and downstream gas cleaning systems
How is steam side safety and reliability ensured in waste boilers?
Waste incineration boilers operate under highly corrosive and variable conditions. ORL designs pressure parts and support structures to maintain safe operation over the full service life:
- • Circulation design: Optimized natural or forced circulation for stable water/steam flow
- • Drum internals: Proper drum sizing and separation internals for dry, quality steam
- • Weld quality: Proven welding procedures and 100% critical weld inspection
- • Maintenance access: Online access designed for inspection, cleaning, and maintenance during operation
Can ORL support boiler integration with existing WtE plants?
Yes. Our engineering team is familiar with international waste-to-energy projects and cooperates with EPC contractors and design institutes to match local standards and existing equipment:
- • Furnace adaptation: Boiler design matched to client furnace and flue gas system
- • Steam system: Connection to existing steam headers and turbine interfaces
- • Space optimization: Layout design to fit limited or constrained plant space
- • Code compliance: Adaptation to local codes, standards, and regulatory requirements
What are the typical lead times for waste incineration boiler projects?
Lead times depend on project scope and complexity. ORL works closely with your project schedule to optimize manufacturing and delivery timing for critical milestones:
Engineering & Manufacturing:
- • Pressure parts and components: 16-24 weeks from contract
- • Complete boiler island: 24-36 weeks from contract
- • Turnkey WtE plant: 18-24 months from contract
- • Fast-track options: Available for urgent projects with premium scheduling
We coordinate closely with EPC contractors and plant operators to align with planned shutdown windows and civil construction schedules.
What information is required for a detailed proposal?
To prepare an engineering-based proposal, please share the following project information:
Waste & Process Data:
- • Waste type, composition, and LHV
- • Daily waste tonnage capacity
- • Local emission limits
- • Environmental regulations
Plant & Site Data:
- • Required steam parameters
- • Energy recovery mode (power/heat)
- • New plant or retrofit, plot plan
- • Applicable codes and standards
Even without complete data, our team can provide a preliminary budget estimate and technology recommendation to help you evaluate project feasibility.
Have more specific questions about waste incineration boiler technology?
Ask Our EngineersGet Your Waste Incineration Boiler Proposal
Tell us about your waste-to-energy project. Our engineering team will review your data and respond with technical suggestions and a customized solution within 24 hours.
What Information We Need
- Waste Type & Tonnage: MSW, medical, industrial, sludge — daily capacity
- Steam Requirements: Pressure (MPa), temperature (°C), flow (t/h)
- Energy Recovery Mode: Power generation, district heating, or both
- Emission Requirements: Local environmental standards and limits
- Project Scope: New plant or retrofit, timeline, applicable codes
Direct Contact Options
Why Choose ORL WtE Boilers?
- ✓ 20+ years boiler manufacturing experience
- ✓ ASME/EN/GB code compliance and certification
- ✓ Corrosion-resistant design for waste flue gas
- ✓ Complete technical support and documentation
- ✓ Competitive pricing with reliable delivery