Système d'eau de circulation Tour de désulfuration FRP Consommation d'eau réduite
Optimized Circulating Water System Design FRP Desulfurization Tower Reduced Water Consumption Solution The slurry circulation system of an FRP desulfurization tower is designed in conjunction with the tower structure. The integrated slurry tank in the tower base provides optimal reaction time, with volume calculated based on circulation pump flow rate (typically 1-2 times the hourly flue gas volume processed). Key Advantages Superior Corrosion Resistance: FRP construction
Unité de désulfuration de chaudière Tour de désulfuration en FRP Petite empreinte Facile à installer
Boiler Desulfurization Unit FRP Desulfurization Tower Small Footprint, Easy Installation Product Description The demisting system design of this equipment focuses on balancing high-efficiency demisting with low resistance. Commonly used demisters are baffled or swirl plate types, made of FRP or PP. They can remove droplets larger than 10μm in diameter from flue gas, achieving a demisting efficiency exceeding 95%. This prevents slurry from entering the flue or chimney after
Contrôle intelligent de la tour de désulfuration des gaz de combustible FRP
Intelligent Control FRP Desulfurization Tower Automatic Monitoring Reduced Operating Costs Product Description The Intelligent Control FRP Desulfurization Tower features automatic monitoring capabilities that significantly reduce operating costs while maintaining high performance. Structural Strength The FRP material's mechanical properties have been optimized for durability. Tower wall thickness is precisely calculated based on flue gas pressure drop, slurry weight, and wind
Fabrique de désulfuration de gaz de combustion FRP
FRP Desulfurization Tower Integrated Desulfurization and Dust Removal Design Product Overview The FRP Desulfurization Tower's temperature resistance meets industrial flue gas requirements. Utilizing heat-resistant resins (such as vinyl ester resin), the equipment withstands long-term flue gas temperatures of 80-120°C and short-term transient temperatures of 150°C. Ideal for boiler flue gas in power plants (100-130°C) and sintering flue gas in steel plants (80-110°C),
Durabilité de la désulfuration des gaz de combustion des centrales électriques en PRF, dépoussiéreur, désulfuration des gaz de combustion au charbon
Power Plant Dedicated FRP Desulfurization Tower Coal Fired Flue Gas Desulfurization Product Overview The FRP Desulfurization Tower offers flexible adaptation to various desulfurization processes. In the mainstream limestone-gypsum process, an oxidation zone can be installed within the tower. Air is introduced via an oxidation blower to oxidize calcium sulfite into calcium sulfate (gypsum), effectively recycling solid waste. In ammonia-based desulfurization, the tower's flow
10-50m Basse énergie FRP Désulfuration Tour Arroseurs Spirale Atomisation Uniforme
Low Energy FRP Desulfurization Tower Spiral Sprinklers Uniform Atomization Product Description The desulfurization tower's structural design focuses on efficient desulfurization. Core components include the tower, spray system, air distribution system, mist eliminator, slurry circulation pump, oxidation blower, and slurry tank. The tower is typically a cylindrical vertical structure, with a diameter designed based on the flue gas volume (ranging from 1m to over 10m). The
Équipement de nettoyage de désulfuration en FRP de conception légère pour la désulfuration des gaz de combustion
Lightweight Design FRP Desulfurization Tower Easy-to-Install Desulfurization Equipment The FRP Desulfurization Tower operates based on the gas-liquid countercurrent contact mass transfer principle: Sulfur-containing flue gas enters the tower from the bottom, is evenly distributed by the air distribution device, and flows upward. The desulfurization slurry (such as limestone slurry or ammonia water) is atomized into fine droplets by the spray system at the top of the tower and
Tour de désulfuration en FRP à haute résistance anti-âge et anti-fuite
High Strength FRP Desulfurization Tower Anti-aging and Anti-leakage Product Description FRP desulfurization towers are professional desulfurization equipment constructed from fiberglass reinforced plastic (FRP), specifically designed to remove sulfides (such as sulfur dioxide and sulfur trioxide) from industrial flue gas. Key Advantages Superior Corrosion Resistance: FRP material withstands long-term corrosion from acidic slurry, reducing equipment replacement costs. High
Répond aux normes d'émission de gaz de combustion La tour de désulfuration FRP réduit la pollution par les pluies acides
Meets Flue Gas Emission Standards FRP Desulfurization Tower Reduces Acid Rain Pollution Product Overview FRP desulfurization towers are professional environmental protection equipment constructed from fiberglass reinforced plastic (FRP). Designed specifically to remove sulfides (such as sulfur dioxide and sulfur trioxide) from industrial flue gas, these towers are widely used in flue gas treatment projects across power, steel, chemical, and coking industries. Key Advantages
