When the blast furnace gas contains water, it is vaporized and heated together with the blast furnace gas during the combustion and utilization process, and heat is consumed. When the water content of blast furnace gas is reduced from 70.62 g/m3 to 10 g/m3, the removed part of the water will no longer waste energy during gas transportation and utilization, and it is estimated that the removed water can consume 6%~10% of the total heat energy of the gas during the gas combustion process.

When the blast furnace gas contains water, it is vaporized and heated together with the blast furnace gas during the combustion and utilization process, and heat is consumed. When the water content of blast furnace gas is reduced from 70.62 g/m3 to 10 g/m3, the removed part of the water will no longer waste energy during gas transportation and utilization, and it is estimated that the removed water can consume 6%~10% of the total heat energy of the gas during the gas combustion process.

Blast furnace dehumidification refers to the process of first cooling and dehumidifying wet air, and then sending it into the hot blast furnace.

Blast furnace dehumidification refers to the process of first cooling and dehumidifying wet air, and then sending it into the hot blast furnace.

Our company has A2 level pressure vessel special equipment design and manufacturing licenses. A2 level: refers to the third category of low and medium pressure vessels, covering the scope of D-level pressure vessels High pressure: 10MPa ≤ P ＜ 100MPa Explanation: High pressure vessels with an inner diameter of less than 2 meters.

Our company has A2 level pressure vessel special equipment design and manufacturing licenses. A2 level: refers to the third category of low and medium pressure vessels, covering the scope of D-level pressure vessels High pressure: 10MPa ≤ P ＜ 100MPa Explanation: High pressure vessels with an inner diameter of less than 2 meters.

Our company has A2 level pressure vessel special equipment design and manufacturing licenses. A2 level: refers to the third category of low and medium pressure vessels, covering the scope of D-level pressure vessels High pressure: 10MPa ≤ P ＜ 100MPa Explanation: High pressure vessels with an inner diameter of less than 2 meters.

Our company has A2 level pressure vessel special equipment design and manufacturing licenses. A2 level: refers to the third category of low and medium pressure vessels, covering the scope of D-level pressure vessels High pressure: 10MPa ≤ P ＜ 100MPa Explanation: High pressure vessels with an inner diameter of less than 2 meters.

Our company has A2 level pressure vessel special equipment design and manufacturing licenses. A2 level: refers to the third category of low and medium pressure vessels, covering the scope of D-level pressure vessels High pressure: 10MPa ≤ P ＜ 100MPa Explanation: High pressure vessels with an inner diameter of less than 2 meters.

High flux tubes are mainly divided into sintered high flux tubes, flame spraying high flux tubes, and machined high flux tubes.

High flux tubes are mainly divided into sintered high flux tubes, flame spraying high flux tubes, and machined high flux tubes.

The evaporative air cooler integrates the plate heat exchanger, circulating water pump, cooling tower, and water tank, eliminating the need for a separate secondary water cooling system.

The evaporative air cooler integrates the plate heat exchanger, circulating water pump, cooling tower, and water tank, eliminating the need for a separate secondary water cooling system.

The evaporative air cooler integrates the plate heat exchanger, circulating water pump, cooling tower, and water tank, eliminating the need for a separate secondary water cooling system.

The sleeve finned tube is an efficient heat exchange element with ribbed wall surfaces, and the heat exchange of the heat exchanger is achieved through the heat transfer of the finned tube.

Air cooler is a heat exchanger that uses air to cool hot fluids. The heat flux inside the tube exchanges heat with the air outside the tube through the tube walls and fins, and the air used is usually supplied by a fan.