Air Cooled Condenser

Manjushree Enterprises are speacially designed and developing of Air Cooled Condenser for all types of Thermal Power plants and indusries, Oil Plants and Gas Plants. Manjushree has the good quality manufacturers and installing capability to supply the most excellent air cooled condenser for every applications.

Air Cooled Condenser condensate exhaust steam from the turbine and it return the condensate to the boiler. That is in power plants steam is used to rotate the turbine. After the application, the steam will be a waste one. So as an economical part of operation, the steam is re condensate to water and then re-used for boiler feed water.

Air Cooled Condensers are the devises, which instantly condense exhaust steam from the steam rotary engine without making any water consumption. These are frequently employed in waste to energy plants and electrical power plants of all sizes. These precisely engineered and designed products are the instances of modularized construction. The innovative designs of these condensers significantly cut down the erection convolution and construction lead case. The materials and geometry are designated after a thorough array of tests and are proved with CFD modeling. The regular range for an ACC installment includes the supportive construction, the steam ducting from the steam rotary engine surface. These maintain the performance at high ambient states, save a significant quantity of water in all wet instrumentality and obviate the cooling tower plume in cold weather. The Air Cooled Condensers we offer are the best solutions for sites, which are challenged by a minor amount of cooling water.

Features:

• A direct dry cooling instrumentality wherein the steam is condensed in the center of air-cooled finned tubes. Since there is no halfway surface condenser suchlike Indirect Dry Cooling, the total performance is amended.
• Come with long-term automatic and thermal integrity, superior resistance against corrosion and freeze, reduced fan power consumption, dependable operation and reduced maintenance.
• Made of compartments organized in parallel rows. Each module incorporates a figure of fin tube bundles. An axial flowing, forced-draft fan placed in each module thrusts the cooling air crosswise the heat exchange location of the fin tubes.
• Embedded with accessories such as drain pumps, duct drain and condensate tanks, the air emptying units and attendant piping works and artifacts.
• These are direct dry cooling systems where the steam is condensed inside air-cooled finned tubes
• Provides long-term mechanical and thermal integrity
• Excellent corrosion and freeze resistance
• Low power consumption
• Made of modules that are arranged in parallel rows
• Having compact structure, simple maintenance and stable functionality
• Easy to operate with longer service life
• Equipped with automated features to ensure its speed performance