[Soda Ash Knowledge] Question of the Day (145) March 6, 2010
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Briefly describe the advantages and disadvantages of titanium plate coolers? Please hide replies; otherwise, no scoring will be given in principle. Edited posts will not be scored. Specific hiding method: http://bbs.hcbbs.com/viewthread.php?tid=492556&highlight=%D2%FE%B2%D8 This month’s question is taken from the book “Question Bank for Technical Workers’ On-the-Job Training – Operators in Soda Ash Production”. Electronic version of the book can be downloaded here: http://bbs.hcbbs.com/thread-13140-1-2.html
1# Steinback is corrosion-resistant and has good thermal conductivity, but its cost is too high
The advantages of titanium plate heat exchangers are high heat transfer efficiency, small footprint, minimal corrosion to ammonia brine at temperatures below 100°C, ease of cleaning, adjustable heat exchange area, and convenient installation. The drawbacks are the small gap between plates, high requirements for water quality, and relatively high cost.
The advantages of titanium plate heat exchangers are high heat transfer efficiency, small footprint, minimal corrosion to ammonia brine at temperatures below 100°C, ease of cleaning, adjustable heat transfer surface, and convenient installation. The drawbacks are the small gap between plates, high requirements for water quality, and a relatively high price.
The advantages of titanium plate heat exchangers are high heat transfer efficiency, small footprint, minimal corrosion to ammonia brine below 100°C, easy cleaning, adjustable heat transfer area, and convenient installation. Disadvantages: Small gap between plates, high requirements for water quality, and relatively high price.
Briefly describe the advantages and disadvantages of titanium plate coolers? Answer: The advantages of titanium plate-type coolers are high heat transfer efficiency, small footprint, minimal corrosion to ammonia brine at temperatures below 1,100°C, ease of cleaning, adjustable heat exchange area, and convenient installation. The drawbacks are the small gap between plates, high requirements for water quality, and a relatively high price.
The advantages of titanium plate heat exchangers are high heat transfer efficiency, small footprint, minimal corrosion to ammonia brine at temperatures below 1,100°C, ease of cleaning, adjustable heat transfer area, and convenient installation. The drawbacks are the small gap between plates, high requirements for water quality, and a relatively high price.
The advantages of titanium plate heat exchangers are high heat transfer efficiency, small footprint, minimal corrosion to ammonia brine below 100°C, easy cleaning, adjustable heat transfer area, and convenient installation. The drawbacks are the small gap between plates, high requirements for water quality, and a relatively high price.
Answer: The advantages are high heat transfer efficiency, small footprint, almost no corrosion to ammonia brine below 100 degrees Celsius, easy cleaning, adjustable heat exchange area, and convenient installation. The disadvantages are: small plate spacing, high requirements for water quality, and high cost. 1# steinback
The advantages of titanium plate heat exchangers are high heat transfer efficiency, small footprint, minimal corrosion to ammonia brine at temperatures below 100 degrees Celsius, ease of cleaning, adjustable heat transfer area, and convenient installation. The drawbacks are the small gap between plates, high requirements for water quality, and relatively high cost
The advantages of titanium plate heat exchangers are high heat transfer efficiency, small footprint, minimal corrosion to ammonia brine at temperatures below 100 degrees Celsius, ease of cleaning, adjustable heat transfer area, and convenient installation. The drawbacks are the small gap between plates, high requirements for water quality, and a relatively high price.