Showing 126 Companies
Cape Coral, Florida, United States of America
"World Class Products, World Class Quality". Our primary objective is to make things work better. Better efficiency, longevity, durability, quality. Our heat transfer solutions are also designed to be cost effective, usually in the short term, certainly in the long term.
Singapore, Singapore
Grande Prairie, Alberta, Canada
Hurst Anchors & Rentals Ltd has been in business since June 2001. Our company services Northern Alberta and BC for anchors and oilfield rentals. We are a S.E.C.O.R. Certified company in Alberta and BC. We are approved suppliers under ISNetworld and ComplyWorks.
Calgary, Alberta, Canada
HTH Heatech Inc. is a Canadian company incorporated in 1988. Our core business is sales and supply of packaged fired equipment to the oil and gas, petrochemical and manufacturing industry. Throughout our history we have gained valuable experience that is expressed in the highest-quality product offered at competitive pricing with the full...
Red Deer, Alberta, Canada
Sherwood Park, Alberta, Canada
Harvest Oilfield Service Inc. began in 2005 with a single high pressure wash and steam truck and was based in Central Alberta. In year two of operation, Harvest shifted its focus from mobile steam trucks to boilers and expanded its business to include other areas in Western Canada.
Knowledge Grid
Gain insights into heat exchanger manufacturers and suppliers that are leading the segment, with Energy Dais Growth Quadrant. The Energy Dais Growth Quadrant is based on digital presence, revenue growth, user satisfaction and other factors.
Heat exchangers are devices that facilitate the exchange of heat between two fluids that are at different temperatures, and are used in a wide range of applications, from heating and AC systems for commercial use, to chemical processing and power production in large plants. According to Stratistics MRC, the market is expected to hit $25 billion mark by 2023, with a CAGR of 9.5% during the forecast period of 2017-2023.
Frequently Asked Questions: Heat Exchangers
Along with maintaining complete transparency in our business conduct, we work on a zero commission and zero referral models. The buyers and suppliers can directly communicate through our platform and negotiate the prices. Maintaining a transparent channel of communication is our top priority.
Heat exchangers do not allow fluids involved to mix with each other, while mixing chambers permits mixing of the fluids. A car radiator is an example of the heat exchanger where heat is exchanged without mixing.
The manner in which process streams flow inside the heat exchanger decides a lot about the rate at which heat exchange happen. The different types of flow arrangement are parallel flow, counter flow and mixed flow.
To avoid fouling in heat exchangers, water streams in the plants are extensively treated and solid contents are removed before its circulation in the system.
For manufacturing heat exchangers, the data that is generally required are duty, corrected log mean-temperature difference, percent vaporized, pressure drop desired, and materials of construction.
Heat Exchangers incur huge investments in terms of cost and maintenance. Finding with a company with a good track record is very important for the successful execution of your projects. We help you in connecting with the top manufacturers of Heat Exchangers, and get the best quotation.
There are different types of heat exchangers in the industry. Some of them are Double-pipe exchanger, Shell and tube exchangers, Plate heat exchangers, Steam boilers, Boilers, Condensers and many others.
A Heat exchanger’s performance usually starts deteriorating with time due to the accumulation of deposits on heat transfer surfaces. The layer of deposits represents additional resistance to heat transfer and is accounted by the means of fouling factor.
Heat exchanger manufacturers must adhere to industry standards while constructing heat exchangers. TEMA, ASME, PED, CRN are some of the international standards followed around the world for manufacturing heat exchangers.
One of the most widely used methods to evaluate the performance of heat exchangers is the effectiveness–NTU (Number of Transfer Units) method. NTU method does not require the evaluation of the mean temperature differences.