Regenerative Thermal Oxidizers for VOC Control
Advanced Air Pollution Solutions for Global Industries
Rotary RTO | Zeolite Molecular Sieve Rotor | EPC General Contracting for Waste Gas Treatment Project | Utilization of Waste Gas Thermal Energy
Waste Gas Incineration Solutions
Engineered for industrial VOC, NOx and high-calorific waste streams — Ever-Power delivers a complete portfolio of thermal and catalytic oxidation systems trusted across Australia, Europe and North America.
Regenerative Thermal Oxidizer
Up to 98% thermal recovery efficiency for low-concentration, high-flow VOC off-gas. A unique adiabatic temperature-rise control of just 10–20 °C dramatically cuts auxiliary fuel use and operating cost.
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Regenerative Catalytic Oxidizer
Combines the strengths of regenerative thermal oxidation and catalytic oxidation to slash heat loss, reduce energy consumption and lower outlet flue gas temperature in a single integrated system.
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Catalytic Oxidizer
Imported high-performance catalysts lower the auto-ignition point of combustible components, enabling fast, stable VOC oxidation at significantly reduced temperatures and lower fuel demand.
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Thermal Oxidizer (Direct-Fired)
Purpose-built for high-calorific waste gases and liquids — including streams containing halogens such as fluorine, chlorine, bromine and iodine — with robust multi-stage combustion design.
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Selective Catalytic Reduction
Catalytic denitrification engineered for industrial boilers, kilns, gas turbines and internal combustion engines — meeting strict NOx emission limits across EU, Australian and North American markets.
Learn MoreWaste Liquid Incineration Systems
Engineered for hazardous, salt-laden and high-concentration organic wastewater — Ever-Power's incineration systems achieve clog-free operation, valuable acid recovery and full hazardous-waste compliance for petrochemical, pharmaceutical and chemical processors worldwide.
Salt-Containing Waste Liquid Incinerator
Specialized unit for high-concentration salt-laden organic wastewater. Smooth clog-free salt discharge, low operating cost and high waste-heat recovery — proven across petrochemicals, pharma, pesticides, textiles and papermaking.
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Organic Waste Liquid Incinerator
Designed for treatment and resource recovery of high-concentration organic wastewater. Thoroughly decomposes chlorinated compounds, benzene and phenols while recovering valuable byproducts such as hydrochloric and hydrofluoric acid.
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Three-Waste Incinerator
All-in-one solution for centralized hazardous-waste disposal across medical, chemical and industrial manufacturing. Incinerates solid, liquid, semi-solid and colloidal waste — including medical waste, sludge, salt residue and chemical residue.
Learn MoreSolid Waste Incineration Systems
Robust incineration platforms for industrial sludge, hazardous residues and mixed solid waste — Ever-Power's rotary kiln, fluidised bed and pyrolysis systems deliver thorough combustion, integrated heat recovery and full emission compliance for waste-to-energy plants, refineries and chemical processors.
Rotary Kiln Incinerator
Versatile incineration platform handling solid, semi-solid and liquid waste — from sludge to industrial residues. Broad applicability, simple operation and proven harmless, volume-reducing, resource-recovering disposal across industrial sectors.
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Fluidised Bed Incinerator
Engineered for biochemical sludge, refinery sludge and similar wastes — once ignited, typically requires little to no auxiliary fuel. Thorough combustion plus integrated heat recovery deliver significant energy savings and environmental benefits.
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Pyrolysis Incinerator
Staged combustion design pyrolyses waste in an oxygen-deficient primary chamber, then completes burnout of all volatile products in a high-temperature secondary chamber for thorough destruction and low emissions.
Learn MoreSpecial Boilers
Class A licensed industrial boilers for refining, chemical and coal-chemical processors — Ever-Power's portfolio covers waste-heat recovery, mixed-combustion firing and specialty applications including FCC and MTO units, backed by a First-Class boiler installation and modification license.
Three-Waste Mixed-Combustion Boiler
High-efficiency boiler that co-fires waste gas, waste slag and waste ash from chemical production processes — delivering resource recovery and environmental compliance in one integrated unit.
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Modular Waste Heat Boiler
Recovers heat from high-temperature incineration flue gas and converts it into usable steam. Modular design enables fast on-site installation, flexible configuration and precise adaptation to complex operating conditions.
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High-Salinity Waste Liquid Boiler
Integrated furnace-boiler unit purpose-built for high-salinity wastewater. Combustion decomposes organic matter, recovers regenerated salt and delivers harmless, resource-recovering, volume-reducing treatment.
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Large-Cavity Membrane Wall Boiler
Unique large-cavity furnace design with extended residence time for more complete combustion. Membrane wall construction delivers superior thermal efficiency and structural durability under demanding loads.
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Fire-Tube Boiler
Classic industrial boiler design where flue-gas heat passes through fire-tube walls to surrounding water, generating steam at the top of the shell. Time-proven, reliable configuration for general process steam supply.
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FCC Waste Heat Boiler
Engineered to capture waste heat from high-temperature regenerated flue gas in FCC (Fluid Catalytic Cracking) units. Converts large volumes of refinery waste heat into high-quality process steam.
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MTO Waste Heat Boiler
Heat-recovery boiler purpose-built for MTO (Methanol-to-Olefins) plants. Reclaims energy from high-temperature regenerator flue gas to produce steam for in-plant turbines and process loads.
Learn MorePlate Heat Exchangers
Laser-welded inflated pillow-plate and wide-channel heat exchangers engineered for ORC waste-heat recovery, flue-gas de-whitening, jacketed reactors and powder-cooling — Ever-Power's plates handle 100+ bar pressures and –30 °C to 800 °C across titanium, Hastelloy and other corrosion-resistant alloys.
Wide-Channel / Powder-Type Plate Heat Exchanger
Up to 90% energy savings with near-zero emissions for cooling and heating granular and powder materials. Pillow-plate dense-phase conveying delivers uniform heat exchange in a compact vertical footprint with quick-opening maintenance doors.
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Plate Crystallizer (Pillow Plate Heater)
Laser-welded inflated pillow-plate exchangers withstand 100+ bar and –30 °C to 800 °C across titanium, Hastelloy and other alloys. Widely applied in ORC waste-heat recovery, reboiler heating and crystallization across petrochemical and chemical processes.
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Gas-to-Gas Heat Exchanger
Specialized flue-gas-to-flue-gas exchanger for power-plant de-whitening and tail-end heat recovery. Inflated plate technology with engineered material selection resists low-temperature acid dew-point corrosion and dust deposition.
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Plate-Type Economizer (Plate-Type Evaporator)
Inflated honeycomb-plate exchanger purpose-built for spray-water evaporation where conventional tubular and flat-plate units struggle. Higher heat-transfer rate, smaller footprint and proven low-temperature flue-gas waste-heat recovery for petrochemical and thermal power plants.
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Jacketed Heating Tank — Laser-Welded Inflated Plate
Laser-welded inflated jacket bonded to the tank's outer wall, forming a high-strength 3D honeycomb channel for heating or cooling. Avoids direct welding on the tank shell — preserving seam strength and sealing while maximizing heat-transfer area.
Learn MoreFlare & VOC Treatment Systems
Ever-Power's specialized flare and vapor recovery technologies serve refineries, chemical terminals and oil & gas operations — engineered to meet stringent emission limits while protecting valuable hydrocarbons.
Elevated Flare System
High-altitude flare for safe disposal of large-volume waste hydrocarbon gases. Steam, air or pressure-assisted designs deliver smokeless combustion across refining, petrochemical and gas-processing sites.
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Ground Flare System
Enclosed ground flare combusts waste gases at ground level with shielded radiation and noise. Ideal for tank farms, terminals and sites where visible flame and heat signature must be kept to a minimum.
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Vapor Combustion Unit
Hybrid between thermal oxidizer and enclosed flare for tank loading, marine terminals and storage breathing emissions. Delivers up to 99.9% destruction efficiency with continuous temperature monitoring.
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LN₂ Cryogenic Vapor Recovery
Cryogenic system that condenses VOC vapors back into liquid product using liquid nitrogen as the cold source. Recovers valuable hydrocarbons from loading and storage operations rather than destroying them.
Learn MoreCatalyst Materials
High-performance oxidation catalysts engineered to lower light-off temperature, extend service life and resist poisoning under real-world industrial conditions — the active core inside every Ever-Power catalytic and regenerative catalytic oxidizer.
Specialised VOC Catalysts
Imported precious-metal and metal-oxide catalyst formulations that lower the auto-ignition temperature of combustible VOCs, enabling stable oxidation at reduced operating temperatures with faster reaction rates and lower fuel consumption.
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Sulfur-Resistant Catalysts
Specially formulated to maintain activity in sulphur-containing VOC streams that would poison conventional catalysts. Ideal for refining, petrochemical and oil & gas exhaust treatment where SOₓ exposure is unavoidable.
Learn MoreIndustrial Burners
Engineered combustion equipment for thermal oxidizers, boilers, kilns and process heaters — Ever-Power supplies ultra-low-NOx burners for stringent emission limits and fully customised burner systems for unique fuels, capacities and operating envelopes.
Ultra-Low-NOx Burners
Staged-combustion and flue-gas-recirculation burner technology engineered to meet stringent NOx emission standards across boilers, thermal oxidizers and process heaters — without sacrificing turndown or thermal efficiency.
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Custom Burner Systems
Purpose-engineered burner solutions for non-standard fuels, waste gas and waste liquid combustion — designed around your specific capacity, heat-release profile, fuel mix and emission targets, with full flame-management controls.
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About Us
Ever-power is a high-tech enterprise in high-end equipment manufacturing, focusing on comprehensive treatment of volatile organic compounds (VOCs) waste gas and carbon emission reduction and energy-saving technology. It masters four core technologies such as thermal energy and combustion, and has the ability to simulate and model temperature fields and air flow fields and conduct experimental tests on a variety of materials. It has RTO technology research and development centers in Xi’an and a 30,000 square meter production base in Yangling. It is a leading company in the production and sales of RTO and other equipment in the world. Its core technical team comes from the Sixth Academy of Aerospace, with more than 360 employees and more than 60 R&D backbones. With two core products, it can provide overall solutions for industrial waste gas treatment and carbon emission reduction under various working conditions.
Why Choose Us?
Global Export Experience
Exported to 30+ countries
Custom Engineering
Tailored to your emission profile
High Efficiency
Up to 99% VOC removal rate
Industries We Serve
Tailored Solutions for Every Industry
We serve a wide range of industries requiring strict VOC and air emission control.
Application Cases
Proven Success Around the World
PVC Resin Products Exhaust Solution
- Exhaust gas components: DOP, D70, paste resin, viscosity reducing agent
- Main difficulties: DOP is very easy to block the heat accumulator
- Process characteristics: increase the hot blowing function, front-end screen filtration
- Configuration: multi-stage pre-treatment + 70,000m³/h-RTO
Chemical Tank Waste Gas Treatment Solution
- Waste gas component: C1-C6
- Waste gas characteristics: high concentration of waste gas, non-stop production throughout the year, high safety requirements
- Process configuration: deep cooling +5000m³/h-RTO
Coking Industry Exhaust Gas Treatment Solution
- Exhaust gas characteristics: the exhaust gas contains ammonia, hydrogen sulfide and sulfur dioxide
- Exhaust gas components: ammonia, hydrogen sulfide, sulfur dioxide, nitrogen oxides, particulate matter
and VOCs - Process composition: acid washing + alkaline washing + dehumidification + 35,000m ³/ h – RTO
Testimonials
What Our Clients Say
Operations Director, Chemical Plant, Turkey
“We chose their RTO solution for its energy efficiency and reliability. Installation was smooth and their support has been exceptional.”
Procurement Manager, Paint Manufacturer, India
“Reliable supplier with deep technical knowledge. Highly recommend for anyone serious about emission control.”
FAQs
What VOC concentrations are suitable for your RTO systems?
Our RTOs are effective for VOC concentrations between 500–10,000 mg/m³. For lower levels, we can integrate pre-heating or concentration modules.
How long is the typical lifespan of an RTO unit?
With regular maintenance, our RTO systems can last 10–15 years or more.
Do you offer on-site installation and after-sales service?
Yes, we offer full international support, including design, installation, commissioning, and technical training.
