Recuperative heat exchanger for sludge 160m2 steel duplex SS UNS31803

Recuperative heat exchanger for sludge 160m2 steel duplex SS UNS31803

1007939
Price:
$91,223.76
Основний: Pre-order only
1007939

Features Recuperative heat exchanger for sludge 160m2 steel duplex SS UNS31803

Material
Duplex SS UNS31803
Calculated temperature (max),C
90
Pipe diameter of hot side,mm
DN150
Pipe diametr of cold side,mm
DN200
Analogue for
Tetra Pak, FAMET S.A., Винпромсервис, Vogelbusch, Опытно механический завод Винница, SECESPOL, GEA, Alfa Laval, SONDEX, Danfoss, FUNKE, GEA Wigand, SWEP, RELIZ
Producer
BTS Engineering
Material
Duplex steel duplex SS UNS31803
Type
collapsible
Application
масла, барды, бражки, стоков, рекуперации, охлаждения, нагрева, шлама, топлива, ферментации, фильтрата, сыворотки, сусла, нефтепродуктов, химии, продуктов, воды
Type of heat exchanger
spiral
All features

Description

The spiral heat exchanger is made of steel with a thickness of 2.5 mm and a spiral width of 2000 mm. The heat transfer area of the spiral heat exchanger was 156 m2, with the amount of contamination taken into account. Duplex S31803-stainless steel with a microstructure of austenite and ferrite in equal parts. It is optimal for use in cases where there are increased requirements for mechanical strength and corrosion resistance. Horizontal spiral heat exchanger with Duplex steel Duplex SS UNS31803, heating capacity 4400 kW. The heat exchanger will be used for cooling Rhenium sulfate (Rhenium (VI) Sulfate). - Heat exchange area of 160 sq. m. - The width of the spiral is 2000 mm. - The diameter of the heat exchanger is 1500 mm. - Flow diagram of the coolant-counterflow. - The heat exchanger is designed to operate under a coolant pressure of 6.0 bar. - Empty heat exchanger weight 5840 kg. The concept of a spiral heat exchanger is based on twisting 2 or 4 strips of metal around the Central pipe, the strips are welded together using dividing pins at a certain distance, creating 2 or 4 channels of uniform width. The Central pipe is divided into 2 parts, forming an input and output collector. The entire structure is placed in a cylindrical housing. The outer ends of the sheets are welded along the collectors, forming the remaining two inlet and outlet pipes on the side of the housing.

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