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Process Equipment

Displaying 1 to 44 out of 44 "Process Equipment" categories
  1. Autoclaves
  2. Basins & Sinks
  3. Baths
  4. Blanchers
  5. Boilers
  6. Breathers
  7. Burners
  8. Calciners
  9. Cathodes
  10. Chambers & Enclosures
  11. Circulators
  12. Concentrators
  13. Condensers
  14. Curing Equipment
  15. Dampers
  16. Dehumidifiers
  17. Dehydrators
  18. Distilling Equipment
  19. Dryers
  20. Evaporators
  21. Furnaces
  22. Heat Exchangers
  1. Heat Sinks
  2. Heat Treating Equipment
  3. Heaters
  4. Heating Elements
  5. Kettles
  6. Kilns
  7. Lubricants
  8. Mixers
  9. Ovens
  10. Pots
  11. Process Equip. & Components
  12. Reactors
  13. Reclaimers
  14. Refractories
  15. Sterilizers
  16. Sterlizers
  17. Stills
  18. Tanks
  19. Traps
  20. Vaporizers
  21. Vats
  22. Vessels

Process Equipment info:

Processing implies that a certain operation or action requires more than one step�in the manufacturing of a product, there are several steps in which materials are treated and prepared. For each step of the process there are specific machines and equipment designed to make production as efficient and effective as possible. These machines and types of specified equipment fall under the Processing Equipment heading.


Within each category the processing equipment will vary. With dehydrators for example, subcategories offer dehydrating equipment itself, as well as dehydrator accessories and agents such as gas and oil. The function and objective each equipment or part has, however, is dependent upon the processing job.

Guides

How to Steam Wood
Steaming wood is a heating method used to bend and shape wood for numerous industrial processes.
Types of Heat Exchangers
Heat exchangers, including shell and tube, plate, regenerative, and adiabatic heat exchangers, are explored here.
Heat Exchanger Design
A heat exchanger must have a design that allows two different liquids to interact. As a result, most heat exchangers are designed with two adjacent containers for a liquid. The variation in containers leads to many of the basic differences in heat exchanger design.

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White Papers

Maximizing the Competitive Benefits of Low Cost Natural Gas in the Manufacturing of Carbon Fiber
Highlighting the role that Natural gas can play in developing lower cost carbon fiber, this paper discusses innovations to allow for a shift to gas-fired units and hybrid gas / electric designs with improved control and thermal uniformity, as well as a reduction in the consumption of utilities during the thermal conversion process. Focusing on...
Which RO/DI Water Heater is Right for Your Application?
Highlighting that the use of deionized water (DI Water) has become a crucial part in many industrial process applications, this paper details the process of deionization that removes the impurities from water supply. It explains how water purity is determined based up on the resistivity of the water, and discusses its applications along with an...
Modeling Very High Temperature, Dense Cloud, Free-Fall Heating for Particles with a Wide Particle Size Distribution
Highlighting that employing a modeling tool to properly size the material heating reactor is important to meet the production targets, this paper explains how to create a rigorous model in order to simulate the heating of powders with various particle sizes. It states that radiation heat transfer is calculated between the furnace and the...
Electric Heating Element
Highlighting oil and gas sector as one of the largest industries to use electric heating elements for reducing exhaust emissions and overall cost, this paper discusses different type of electrical heating elements along with their industrial applications. It lists inline heaters, over-the-side heaters, pipe heaters, and infrared heaters as some of...

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