Desulfurization tower
Desulfurization tower
FYGRP professional design and manufacture of FRP desulfurization tower, Including limestone slurry method, double alkali, magnesium oxide, ammonia and other desulfurization processes, meet the emission standard of below 30 mg/m3 of sulphur content and 5 mg/m3 of dust content. Spray banks can choose 3-5 layers, temperature resistance is 150°C. The mist eliminator can choose the type of vortex plate, flat plate, tube bundle etc. Fluengas-Flow-Rate ist weniger als 2 m/s, es kann gewählt werden Inside- und Outside-Circulation des Turms, Fluengas-Distributor, Fluengas-Guide Ring, side agitator, clean water spray bank, oxidation air pipe, etc. Please provide detailed Fluengas parameters and emission standards, FYGRP provides you particular design and construction requirements and meet environmental requirements. Please provide local natural condition data and process data, including wind speed, earthquake grade, rain and snow, maximum and minimum temperatures etc, Through reasonable design, the inner liner of abrasion resistance of tower is 5 mm thickness, The thickness of reinforced layer is designed according to actual situation, The outer surface is coated with anti-aging resin gel to ensure not to fade for ten years. In the year of 2010, after completion of Hebei Yuanda Project, our FRP desulfurization tower didn't any leak after working at 240℃ for half an hour, using up to now, it was recognized by the user. Please provide the sulfur-content, waste gas treatment capacity, dust content, emission temperature, required environmental standards, engineers of FYGRP will provide the most reasonable construction plan and turnkey project.
Bitte kontaktieren Sie tc@fygrp.com für weitere Informationen.
Neue Technologie der Stackturm-Integration
Neue Technologie für die Integration von Smoke Tower in One
GFK kann Investitionen sparen und eine wirtschaftliche Entscheidung treffen. Mehr Importantly, stack tower integration technology can raise height of net flue gas after desulphurization and reduce pollution. It is an inevitable development direction of thermal power plants in the future in domestic.
1. Spezifikation: DN10-25000.
2. Temperaturbeständigkeit: below 220°C
Die „stack tower integration", die das exhauste Gas einer Kraftwerksanlage nicht direkt in die Luft, sondern in die hyperbolische Kraftwerksanlage, die hyperbolische Kraftwerksanlage, die hyperbolische Kraftwerksanlage, die hyperbolische Kraftwerksanlage und die elektrostatische Kraftwerksanlage integriert und konstituiert. Die Kraftwerksanlage, die den GFK-Kompositstoff in einem Stack Tower Integrationsprojekt macht,ist die einzige Kraftwerksanlage, die in der Lage ist, die Energie in die Luft zu transportieren. Es ist, dass es Corrosion Resistenz und Durabilität ist sehr gut und das Serviceleben ist lang, saving cost. Das Serviceleben ist bis 30 Jahre alt, und was ist mit dem Lebenszyklus der thermischen Kraftanlage, und avoids der wirtschaftlichen Schließung und Trouble von shut-down caused by the replacement of pipe material. Die anticorrosion cost of flue is saved. At the same time, FRP pipe weight is light, no support needed, saving this part of the construction costs. At the same time, FRP pipe weight is light, no support needed, saving this part of the construction costs.
Die „stack tower integration“-Technologie wird von Deutschland entwickelt. Die „stack tower integration“-Technologie wird nur in den europäischen Ländern eingesetzt, um Deutschland zu integrieren. Die Verwendung von Kühltürmen zu exhaust Gas ist 97,5%, especially, The landing concentration of exhaust gas is better than that stack emission. Die Stack discharge height is about 300 m and the cooling tower discharge height is 500 m, The diffusion range of treated exhaust gas increases, carbide landing concentration can be reduced to less than 10 mg/m3. Meanwhile, FRP flue can also reduce power consumption and operating costs of thermal power plant equipment; Eliminating the traditional stack, Saving civil construction costs; Due to with cooling tower steam to remove exhaust gas, saving the blower and equipment cost and fan operation power consumption.
Please contact tc@fygrp.com for details