Exhaust Gas Purification Furnace For Voc Treatment

1000℃ VOC Exhaust Gas Purification Furnace

The 1000℃ VOC exhaust gas purification furnace is a high-efficiency organic waste gas treatment device. It employs regenerative thermal oxidation (RTO) technology, using high-temperature oxidation to decompose volatile organic compounds (VOCs) in the waste gas into carbon dioxide and water, achieving highly efficient purification.

This equipment features high purification efficiency and high heat recovery rate, and is widely used in waste gas treatment in industrial production. It is an important VOC treatment/exhaust gas purification system in the modern environmental protection field.

Produit Fonctiounen (Auspuffgasreinigungsofen)

1. High Purification Efficiency, ≥99%

The three-chamber series design achieves an exhaust gas decomposition efficiency of over 99%. Each heat storage chamber undergoes a heating-heat release-cleaning process sequentially, ensuring a stable VOC removal rate of over 98%, with an overall purification efficiency of ≥99%.

2. High Heat Recovery Efficiency, ≥95%

The ceramic heat storage element recovers the heat released from exhaust gas decomposition, which is used to preheat subsequent organic waste gas. The heat recovery efficiency reaches over 95%, significantly reducing heating energy consumption.

3. Self-Heating Operation, Significant Energy Savings

Under suitable exhaust gas concentration conditions, self-heating operation is achieved without the need for auxiliary fuel. The system operates using the heat generated by the oxidation and decomposition of the exhaust gas itself, resulting in low operating costs.

4. Wide Range of Exhaust Gas Treatment Capabilities

It can treat almost all exhaust gases containing organic compounds, including alkanes, alkenes, ketones, ethers, esters, aromatics, benzenes, and other hydrocarbons.

5. High adaptability and stable operation

It can handle low-volume, high-concentration organic waste gas, with a high degree of flexibility in handling organic waste gas flow rates. It can adapt to changes and fluctuations in the composition and concentration of VOCs in organic waste gas, ensuring stable and reliable operation.

6. Strong resistance to impurity interference

It is not sensitive to small amounts of dust and solid particles entrained in the waste gas, requires no complex pretreatment system, and is easy to maintain.

Exhaust Gas Purification Furnace Applications

• Ceramics and Sputters: Suitable for the purification of organic waste gas generated during ceramic blank removal and sputtering production.
• Printing Industry: Suitable for waste gas treatment in packaging printing processes such as plastic reverse printing, plastic surface printing, film packaging printing, paper gravure printing, flexographic printing, screen printing, offset printing, letterpress printing, oil printing, pad printing, metal printing, tinplate printing, commercial rotary printing, and sheet-fed printing.
• Drying and Laminating Processes: Suitable for the purification of organic waste gas generated during drying, laminating, and cleaning processes, such as the treatment of volatiles from inks, adhesives, coating agents, dampening solutions, and car wash water.
• Chemical Industry: Suitable for the treatment of VOCs-containing waste gas generated during chemical production processes, including solvent recovery and reaction tail gas treatment.
• Adhesives and Coatings: Suitable for the purification of organic waste gas generated during the production and use of adhesives and coating agents, meeting environmental emission requirements.
• Electronics and Semiconductors: Suitable for the cleaning of electronic components and the treatment of organic waste gas generated during semiconductor manufacturing, ensuring a clean production environment.
• New energy materials: Applicable to the purification of waste gas from degreasing and annealing during the production of lithium battery materials and photovoltaic materials, ensuring product purity and environmentally friendly production.

Firma Profil

Eng professionell Entreprise spezialiséiert op Wärmebehandlungstechnologie Servicer an de R&D, Fabrikatioun, a Verkaf vun héich-Temperatur elektresch Schmelzhäre.

D'Firma konzentréiert sech op d'Entwécklung vun héijen Temperaturen elektreschen Uewen, déi e ganzt Temperaturberäich vun -100 ℃ bis 2600 ℃ decken. Seng Produkter enthalen experimentell elektresch Schmelzen, Vakuum Atmosphär Schmelzen, industriell Uewen, a Mëttelfrequenz Induktiounsheizungsausrüstung. Haaptprodukter enthalen Këschtofen, Rouer Uewen, Levée Schmelzen, pusher Uewen, bogie Uewen, Rotary Uewen, Tunnelofen, a verschidde spezialiséiert Mëttelfrequenz Uewen.

D'Firma hält technologesch Innovatioun an huet ISO9001 an EU CE Zertifizéierungen passéiert. Et gehéiert 21 registréiert Marken, 29 Patenter, an 27 Software Copyright.

Bezuelmethoden

TT

Versandmethoden

Den elektreschen Uewen ass an dräi Schichten verpackt: éischt a Schaumpapier gewéckelt, dann a Plastikfilm gewéckelt, a schlussendlech an eng hëlze Këscht gepackt.

Exhaust Gas Purification Furnace Frequently Asked Questions (FAQ)

1. Does it require continuous fuel supply?

It can operate self-heating under suitable exhaust gas concentrations, requiring no additional fuel.

2. Does it require additional heating?

When the exhaust gas concentration is suitable, it can operate self-heating without auxiliary fuel.

3. What organic waste gases can it treat?

Alkanes, alkenes, ketones, ethers, esters, aromatics, benzenes, and other hydrocarbons.

4. Can it adapt to fluctuations in exhaust gas concentration?

Jo. It is highly adaptable to changes and fluctuations in VOC composition and concentration.

5. Is it susceptible to dust and particulate matter?

Nee. It is not sensitive to small amounts of dust and particulate matter.