Shishi Textile Printing And Dyeing Industry To Carry Out Energy-Saving Pformation, Accelerate The Elimination Of Backward Production Enterprises

Recently, the state promulgated the "12th Five-Year plan" for energy conservation and emission reduction, and made clear the ten key projects in the field of energy conservation and emission reduction during the period of 12th Five-Year.

The printing and dyeing industry is the key direction of energy saving pformation of Shishi this year, which has much in common with national planning.

Energy saving and emission reduction is the stone lions this year.

Shishi xinxianghua dyeing and finishing Development Co., Ltd. actively eliminated backward production capacity, invested heavily in the introduction of energy-efficient products, used advanced technology to pform energy consuming key equipment, intensified energy conservation and emission reduction measures, and introduced internal performance management mechanism, which played a typical demonstration effect in energy saving pformation.

The company has eliminated 20 hot spillways with high energy consumption this year.

The advanced technology of low bath ratio overflow machine in Taiwan has been introduced in batch and batch, and the energy saving effect is very obvious.

It is estimated that after replacing the old old overflow machine with the technologically advanced high temperature overflow machine, the steam consumption has been saved by about 10%, the electricity consumption has been saved by about 15%, and the water consumption has been saved by nearly 30%. The original 1 ton of cloth has an average of more than 80 tons of water. Now, only 60 tons of water is enough, and the elimination of backward investment and energy saving and emission reduction has played a substantial role.

The company also eliminated 2 single deck driers. The single-layer dryer was eliminated with very low thermal efficiency and its thermal efficiency was only 40% - 50%. After the introduction of the new double deck dryer, the thermal efficiency increased to 70% - 80%, and the effect of energy saving and emission reduction was very significant.

Not only that, the company also carried out the waste heat recovery and tail gas purification pformation of the stereotype machine. Before the pformation, the shaping function was consumed high and the flue gas was heavy. The fume contained grease and various compounds, and the composition was extremely complicated.

After modification, the harmful substances, which contain a lot of complex components, were prevented from discharging into the air. The waste heat and hot water were recovered. The recovery rate of waste heat reached 80%, the tail gas purification rate reached 90%, and the heat recovery was recycled.

The factory has now reformed 6 setting machines and realized the unification of clean production and recycling economy within the enterprise. It has both social and economic benefits as well as the economic benefits of the enterprise.

At present, Xin Xiang Hua

The elimination of backward production equipment and the introduction of advanced production equipment, as well as the installation of the original equipment for energy saving and emission reduction technology has been completed, and is deepening the management of energy conservation and emission reduction.

The original water, electricity, steam and other energy metering are first level measurement. Now we need to refine from the factory level measurement to the two level measurement based on the workshop. The energy saving and emission reduction energy measurement should be implemented by the system of rewards and punishments, and the implementation of the monthly and quarterly assessment of the teams and individuals in the workshop.

Wu, who is responsible for the dyeing and finishing industry association, told reporters that Shishi printing and dyeing industry firmly grasped the key links of eliminating backward production capacity, focused on breaking through the difficulties of energy conservation and emission reduction, and actively promoted the optimization and upgrading of the industrial structure. In the pformation of the high temperature heat setting boiler of dyeing plant, Xiang Hong adopted the pilot plant of medium and medium temperature steam in the thermal power plant, the use of natural gas in the renovation and setting machine, and the introduction of natural gas direct fired machine in Hong Kong.

Shishi printing and dyeing enterprises resolutely eliminated backward production capacity and made great progress in energy saving and emission reduction. Energy saving pformation has become the driving force for the pformation of the economic development mode of Shishi printing and dyeing industry.