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Sponge titanium, as the cornerstone of titanium alloy processing, its production process mostly depends on the magnesium thermal reduction method. In the subsequent distillation, it is very important to remove impurities. In the traditional preparation process, high temperature fraction transfer is often accompanied by a large amount of energy loss, which undoubtedly increases production costs and reduces efficiency. The design innovation of the aisle heating furnace significantly reduces the energy waste in the transfer process through continuous high temperature heating. However, in order to ensure the efficient use of heat, an efficient heat insulation material is required outside the corridor heating furnace. ZS thermal insulation coating is characterized by high temperature resistance, simple construction, low thermal conductivity, moderate thickness and excellent

2024/04/16 17:04:18

Sponge titanium, as the cornerstone of titanium alloy processing, its production process mostly depends on the magnesium thermal reduction method. In the subsequent distillation, it is very important to remove impurities. In the traditional preparation process, high temperature fraction transfer is often accompanied by a large amount of energy loss, which undoubtedly increases production costs and reduces efficiency. The design innovation of the aisle heating furnace significantly reduces the energy waste in the transfer process through continuous high temperature heating. However, in order to ensure the efficient use of heat, an efficient heat insulation material is required outside the corridor heating furnace. ZS thermal insulation coating is characterized by high temperature resistance, simple construction, low thermal conductivity, moderate thickness and excellent

2024/04/16 17:03:29

The flue gas emitted from power station boilers, industrial boilers, incinerators and gas turbines contains nitrogen oxides such as N0 and N02 (collectively referred to as "N0X"), which are the main source of air pollution. In China, up to 65% of N0X comes from coal combustion. At present, the two main methods of controlling NOx emissions are selective catalytic reduction (SCR) and selective non catalytic reduction (SNCR). However, SCR method has some obvious disadvantages: catalyst reaction tower needs to be built, catalyst cost is high, catalyst in flue gas is easy to fail, and the catalyst after failure is classified as dangerous

2024/04/16 11:35:01

The flue gas emitted from power station boilers, industrial boilers, incinerators and gas turbines contains nitrogen oxides such as N0 and N02 (collectively referred to as "N0X"), which are the main source of air pollution. In China, up to 65% of N0X comes from coal combustion. At present, the two main methods of controlling NOx emissions are selective catalytic reduction (SCR) and selective non catalytic reduction (SNCR). However, SCR method has some obvious disadvantages: catalyst reaction tower needs to be built, catalyst cost is high, catalyst in flue gas is easy to fail, and the catalyst after failure is classified as dangerous

2024/04/16 11:33:47

The flue gas emitted from power station boilers, industrial boilers, incinerators and gas turbines contains nitrogen oxides such as N0 and N02 (collectively referred to as "N0X"), which are the main source of air pollution. In China, up to 65% of N0X comes from coal combustion. At present, the two main methods of controlling NOx emissions are selective catalytic reduction (SCR) and selective non catalytic reduction (SNCR). However, SCR method has some obvious disadvantages: catalyst reaction tower needs to be built, catalyst cost is high, catalyst in flue gas is easy to fail, and the catalyst after failure is classified as dangerous

2024/04/16 11:33:26

The flue gas emitted from power station boilers, industrial boilers, incinerators and gas turbines contains nitrogen oxides such as N0 and N02 (collectively referred to as "N0X"), which are the main source of air pollution. In China, up to 65% of N0X comes from coal combustion. At present, the two main methods of controlling NOx emissions are selective catalytic reduction (SCR) and selective non catalytic reduction (SNCR). However, SCR method has some obvious disadvantages: catalyst reaction tower needs to be built, catalyst cost is high, catalyst in flue gas is easy to fail, and the catalyst after failure is classified as dangerous

2024/04/16 11:31:38

The flue gas emitted from power station boilers, industrial boilers, incinerators and gas turbines contains nitrogen oxides such as N0 and N02 (collectively referred to as "N0X"), which are the main source of air pollution. In China, up to 65% of N0X comes from coal combustion. At present, the two main methods of controlling NOx emissions are selective catalytic reduction (SCR) and selective non catalytic reduction (SNCR). However, SCR method has some obvious disadvantages: catalyst reaction tower needs to be built, catalyst cost is high, catalyst in flue gas is easy to fail, and the catalyst after failure is classified as dangerous

2024/04/16 11:31:09

The flue gas emitted from power station boilers, industrial boilers, incinerators and gas turbines contains nitrogen oxides such as N0 and N02 (collectively referred to as "N0X"), which are the main source of air pollution. In China, up to 65% of N0X comes from coal combustion. At present, the two main methods of controlling NOx emissions are selective catalytic reduction (SCR) and selective non catalytic reduction (SNCR). However, SCR method has some obvious disadvantages: catalyst reaction tower needs to be built, catalyst cost is high, catalyst in flue gas is easy to fail, and the catalyst after failure is classified as dangerous

2024/04/16 11:27:42

The flue gas emitted from power station boilers, industrial boilers, incinerators and gas turbines contains nitrogen oxides such as N0 and N02 (collectively referred to as "N0X"), which are the main source of air pollution. In China, up to 65% of N0X comes from coal combustion. At present, the two main methods of controlling NOx emissions are selective catalytic reduction (SCR) and selective non catalytic reduction (SNCR). However, SCR method has some obvious disadvantages: catalyst reaction tower needs to be built, catalyst cost is high, catalyst in flue gas is easy to fail, and the catalyst after failure is classified as dangerous

2024/04/16 11:24:40

The flue gas emitted from power station boilers, industrial boilers, incinerators and gas turbines contains nitrogen oxides such as N0 and N02 (collectively referred to as "N0X"), which are the main source of air pollution. In China, up to 65% of N0X comes from coal combustion. At present, the two main methods of controlling NOx emissions are selective catalytic reduction (SCR) and selective non catalytic reduction (SNCR). However, SCR method has some obvious disadvantages: catalyst reaction tower needs to be built, catalyst cost is high, catalyst in flue gas is easy to fail, and the catalyst after failure is classified as dangerous

2024/04/16 11:23:54