Power/Energy Heat Transfer Systems

Carbon Electrodes are made by combining several materials in a heated blender and then sending them through a hot oil heated extrusion press and a final baking furnace. Click to see how HEAT equipment provides temperature control to this process.

Catalytic Reduction is a process in which exhaust is heated and sent through a catalyst to remove ash and other contaminants from being sent to the atmosphere via the Flue Stack. Click to see how HEAT equipment provides temperature control to this process.

Combined Cycle Power utilizes a number of electrically heated exchangers to harness waste heat into useful purposes. Click to see how HEAT equipment provides temperature control to this process.

Continuous Glass Coating is a process in which high temperature metal oxides and other exotic materials are deposited onto glass sheets, improving the physical properties of the glass. Click to see how HEAT equipment provides temperature control to this process.

Diesel Fuel Desulphurization is a process in which diesel fuel is combined with a heated catalyst and distilled to remove sulfur from the final product. Click to see how HEAT equipment provides temperature control to this process.

Ethanol Production is a process in which corn is converted into ethanol for use in a variety of industries through the use of hot oil heated reactor vessels and distillation columns. Click to see how HEAT equipment provides temperature control to this process.

Flue Gas Condensation is a process in which exhaust gas is cooled below its water dew point resulting in the condensation of water. The heat from the condensed water can be used elsewhere in the plant. Click to see how HEAT equipment provides temperature control to this process.

Fuel Briquettes are made by mixing heated pitch with coal dust, wood chips, or other organic materials. The final mixture is then formed into briquettes with a heated forming roll. Click to see how HEAT equipment provides temperature control to this process.

Resin Curing of Electro Magnets occurs by curing the resin coated magnet in a hot oil heated curing press. Click to see how HEAT equipment provides temperature control to this process.

Ore Processing requires the mineral product to be sent through a hot oil heated ore dryer before it can be processed further. Click to see how HEAT equipment provides temperature control to this process.