Lvquan Rotary Catalytic Combustion Furnace, manufactured in China, is a reliable supplier offering competitive prices for its exceptional quality, making it a top choice for efficient waste gas purification.
The Lvquan Rotary Catalytic Combustion Furnace, manufactured and supplied by a leading Chinese manufacturer, offers exceptional quality and competitive pricing. This state-of-the-art furnace utilizes catalytic combustion technology to efficiently convert organic waste gases into harmless carbon dioxide and water. With its rotary design, it ensures uniform heat distribution and maximum combustion efficiency. The furnace meets strict quality standards, ensuring reliable performance and long-term durability. As a trusted supplier in China, we pride ourselves on providing customers with high-quality products and competitive pricing, making the LQ Rotary Catalytic Combustion Furnace an ideal choice for waste gas treatment needs.
The VOC-CFT-CO adsorption catalytic purification equipment, incorporating fixed-bed honeycomb activated carbon and our unique Rotary Catalytic Combustion Furnace, is a cutting-edge, energy-efficient environmental protection solution developed by our company. Leveraging nearly two decades of expertise in organic gas treatment, this equipment not only eliminates secondary pollution but also stands at the forefront of similar products in China, as attested by a vast array of satisfied users.
Furthermore, the Rotary Catalytic Combustion Furnace, being a core component of the VOC-CFT-CO equipment, ensures efficient and controlled combustion of harmful gases. Its rotation mechanism enhances the contact area between the catalyst and the gas, thereby maximizing the purification efficiency.
Moreover, the Rotary Catalytic Combustion Furnace in our VOC-CFT-CO equipment is designed to operate with minimal energy consumption, making it a cost-effective solution for organic gas treatment. Its integration into our purification system underscores our commitment to providing sustainable and environmentally friendly solutions to our customers.
The LQ Catalytic Combustion Equipment excels in treating organic waste gas at room temperature, particularly for high air volumes and low to medium concentrations. It is ideally suited for purifying a wide range of volatile organic solvents, including benzene, esters, aldehydes, ethers, alkanes, and mixed types. Widely applicable across diverse industries such as automotive, shipbuilding, motorcycle manufacturing, furniture production, household appliances, piano making, and steel structure fabrication, this equipment is commonly used in painting and coating workshops or production lines for organic waste gas purification. Furthermore, it can be seamlessly integrated with various production lines, such as those for shoe adhesives, printed iron cans, chemical plastics, printing inks, cables, and enameled wires.
The LQ Catalytic Combustion Equipment, a closed-loop purification and desorption system, combines adsorption concentration and catalytic combustion processes, eliminating the need for external energy sources like steam, resulting in reduced equipment investment and operational costs without secondary pollution. Its core features include specially shaped honeycomb activated carbon for long lifespan, low resistance, and high purification efficiency, and a high-grade palladium and platinum catalyst on honeycomb ceramics, achieving over 97% catalytic combustion rate with long lifespan, low decomposition temperature, and energy-efficient desorption. Fully automated with a centralized microcomputer system, it ensures stable and reliable operation. Enhanced with a dry, high-efficiency dust filtration device and comprehensive safety measures, including optional safety and fire valves, temperature monitoring, flame retardants, sensors, alarms, automatic shutdowns, and a nitrogen generation unit - a Chinese first - this versatile equipment is suitable for both continuous and batch production processes, effectively purifying and treating organic waste gas.
The equipment purifies organic waste gas through a comprehensive process combining activated carbon adsorption, thermal airflow desorption, and catalytic combustion. Initially, it leverages the microporous structure and high surface tension of activated carbon to adsorb organic solvents in the waste gas, effectively purifying the exhaust. Once the activated carbon becomes saturated with adsorbed solvents, a thermal airflow is used to desorb the organics and deliver them to the catalytic combustion bed in a controlled concentration. Here, the concentrated organic waste gas undergoes catalytic decomposition, converting it into carbon dioxide and water under the influence of oxygen. The heat generated during this decomposition is recovered by a high-efficiency heat exchanger and reused to heat the incoming high-concentration waste gas. Once the equipment operates for a sufficient duration and attains equilibrium in these three processes, the desorption and catalytic decomposition stages become self-sustaining, eliminating the need for external energy heating.
| Specification | XC50~ XC2000 | Purification efficiency | ≥75~ 80% |
| Treatment air volume | 5000 ~ 200000m3 /h | Analysis temperature | 90~ 100°C |
| Gas temperature | ≤40C | Analysis time | 6.5H . |
| Organic gas concentration | ≤200mg/m³(mixed gas) |
When selecting the LQ Catalytic Combustion Equipment, it is crucial to consider the following: enhancing the safety factor by 20%, incorporating a cooling device for inlet temperatures exceeding 40°C, performing pre-treatment with dry filters or wet scrubbers for gas containing dust or particulate matter to prolong the activated carbon lifespan, ensuring the installation site is free of corrosive gases (alternative materials available in case of corrosion), and customizing the equipment design and configuration based on user and installation site specifications.
