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Saving energy

The humid environment can cause  quality and  safety problems in the manufacturing process of lithium batteries .

Generally , lithium batteries's production workshops , the requirements for the control of moisture in the air are setting with dry rooms and clean rooms ,and the dew point temperature needs to be controlled at a very low humidity level .
Regeneration temperature reduction not only a energy consumption 's reduce ,but also a fundamental changed in the heating methods . The original steam heating can be change to hot water heating , making the system more simpler and  opreating cost more lower . 

1. Solve the high energy consumption problems of desiccant air conditioning system for users

Puresci/（BTR）

01

Origin of Lithium Battery

The development of lithium batteries starts with the "lithium element" in the periodic table. Among the metal elements, lithium has the lightest weight, the lowest density, and its active (easily reacts with water, oxygen, etc.) characteristics. Therefore, The preservation, use or processing of lithium is much more difficult than other metals. However, with the development of science, the improvement of the production environment, and the redefinition of lithium by scientists-high electrochemistry, lithium, electrolyte and positive The application direction of, anode materials, etc., and its principles also influence the development of today's lithium-ion batteries.

02

Lithuim production

2015-2020 Lithuim production （Billion）

The commonly used anode materials for lithium-ion batteries include lithium manganese oxide, lithium cobalt oxide, lithium iron phosphate, and ternary materials. The commonly used anode materials include carbon materials and silicon-based materials.

Due to the light weight, small size and long life of lithium batteries, they occupy an important market share in the core components of mobile phones, computers and automobiles. The vigorous development trend of lithium electronics has led to a large production volume of lithium batteries. In recent years, competition in the battery industry It's extremely fierce, and promotes the establishment of upstream and downstream enterprises in the industry like mushrooms.

03

（ Customer case ）Communication of high energy consumption in the production of positive and negative materials 

BTR has a complete value industry chain of positive and negative materials for lithium batteries, and is committed to the application of positive and negative materials for lithium-ion secondary batteries and nanomaterials.

Puresci communicated with BTR on the new type of desiccant rotor. In order to expand production, Puresci provided technical solutions for the desiccant and air conditioning system for the production of lithium battery positive and negative materials, to increase the desiccant capacity of the rotor and deepen the desiccant depth of the rotor, and Reduce the regeneration temperature to achieve the effect of reducing energy consumption

Puresci is committed to energy-saving and emission reduction of desiccant air-conditioning systems for the production of lithium batteries, fundamentally solving the problem of high energy consumption in the production of lithium batteries.