Quebec EPA visits and inspects Shandong Academy of Sciences Tianli Company

In March 2009, the energy conservation and environmental protection delegation of the Quebec Environmental Protection Agency in Canada visited the Tianli Company of the Shandong Academy of Sciences. The purpose of this visit was to understand Tianli’s advanced energy-saving technologies and development plans, explore new energy-saving fields and technological innovations, and find new partners.
The delegation, accompanied by the deputy general manager Li Sheng of the company, visited the company’s scientific and technological achievements exhibition hall and some scientific research and experimental platforms. At the symposium, deputy general manager Li Sheng briefed the delegation on the company’s technological advantages, key products, and the company’s development on key issues such as new energy and energy-saving technology research and development. The delegation finally praised the achievements made by the company and expressed the hope that in the future the two sides can achieve cooperation in the field of energy conservation, mutual benefit and common development, and jointly promote the development of international environmental protection undertakings.

Membrane/Water Wall Material and Arrangement:
The furnace and roof are made up of membrane water wall and hung on the steel structure by upper hanging suspender of water cooling upper header. Furnace intersecting surface is 3170×5290mm2 and the elevation of top furnace is 28877mm. The membrane water wall is made up of φ60×5 and 6×45 welding steel flat. The combustion chamber is made of φ60×4 steel tube and welded with pin to fasten refractory material. The upper part of combustion chamber connects with furnace membrane water wall. The lower part connects with water cooling wind chamber and water cooling air distributor. The water cooling wind chamber is made up of φ60 steel tube and welded with pins to fasten the refractory material. The water cooling distributor is welded with φ60 steel tube and 6X45 steel flat. The small holes on the steel flat connects with the funnel cap.
The furnace divides left, right, front and back water circulation circuit. The steam leading tube is made up of φ133×5 and φ108×4.5 steel tube. The downcomer is made up of φ108×4.5 steel tube. Install the blowdown valve under the lower header to periodic blow down.

Heat Surface

Heat Surface,Scraped Surface,Heat Transfer Surface,Heating Surface For Coal Boilers

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