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Multi-effect evaporator

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Multi-effect evaporator

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市场价

In large-scale industrial production, large quantities of water often need to be evaporated, requiring significant energy consumption to heat the water and generate steam. To reduce steam consumption, multi-effect evaporation can be employed. Heating steam is introduced into one evaporator, where the solution boils. In multi-effect evaporation, secondary steam can be used as heating steam and introduced into another evaporator. As long as the pressure in the latter evaporator and the boiling point of the solution are lower than in the original evaporator, the introduced secondary steam can function as a heat source. Based on the flow direction of the secondary steam and the solution, multi-effect evaporation processes can be classified as: co-current flow, counter-current flow, and cross-flow flow.

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Overview

- Commodity name: Multi-effect evaporator
In large-scale industrial production, large quantities of water often need to be evaporated, requiring significant energy consumption to heat the water and generate steam. To reduce steam consumption, multi-effect evaporation can be employed. Heating steam is introduced into one evaporator, where the solution boils. In multi-effect evaporation, secondary steam can be used as heating steam and introduced into another evaporator. As long as the pressure in the latter evaporator and the boiling point of the solution are lower than in the original evaporator, the introduced secondary steam can function as a heat source. Based on the flow direction of the secondary steam and the solution, multi-effect evaporation processes can be classified as: co-current flow, counter-current flow, and cross-flow flow.

In large-scale industrial production, large quantities of water often need to be evaporated, requiring significant energy consumption to heat the water and generate steam. To reduce steam consumption, multi-effect evaporation can be employed.

Heating steam is introduced into one evaporator, where the solution boils. In multi-effect evaporation, secondary steam can be used as heating steam and introduced into another evaporator. As long as the pressure in the latter evaporator and the boiling point of the solution are lower than in the original evaporator, the introduced secondary steam can function as a heat source.

Based on the flow direction of the secondary steam and the solution, multi-effect evaporation processes can be classified as: co-current flow, counter-current flow, and cross-flow flow.