Start the same day!

On the morning of June 28, the groundbreaking ceremony of Sichuan Tianci Meishan Base (global electrolyte zero-carbon factory) was held in Sichuan Pengshan Economic Development Zone
.
On the same day, the groundbreaking ceremony of Huainan Saiwei Electronic Materials Co.
, Ltd.
with an annual output of 200,000 tons of secondary lithium-ion battery electrolyte and supporting raw materials was held in Huainan Modern Coal Chemical Industrial Park, Anhui
.

Tianci Materials Electrolyte Project

The Sichuan Tianci recycling project with an annual output of 300,000 tons of electrolyte and 100,000 tons of iron-lithium battery, which started construction this time, is another supporting project for Pengshan to build a 100 billion lithium battery industry cluster
.

It is understood that after the completion of the Sichuan Tianci Meishan Base Project, it will become a domestic first-class and world-leading lithium battery electrolyte and battery recycling production base, and strive to build a safe, green, efficient and intelligent latest-generation zero-carbon factory
.

Tinci Materials’ electrolyte production capacity has grown rapidly.
By the end of 2021, the production capacity will reach 206,000 tons/year, and by the end of 2022, the production capacity is expected to reach 746,000 tons/year.
Considering that it will take some time for the production capacity of the Ningde plant to ramp up, it is estimated that the shipment volume in 2022 will be 35 million tons/year.
About 10,000 tons; the follow-up global planned production capacity will reach 2.
039 million tons/year: overseas, the company plans to have a total production capacity of 213,000 tons/year in Germany and Belgium, and plans to produce 200,000 tons/year in the United States.
Coverage; domestically, the total planned production capacity is currently 1.
626 million tons/year, of which the Phoenix plant has a planned production capacity of 96,000 tons/year, the Tianjin plant has a planned production capacity of 30,000 tons/year, and the Liyang plant has a planned production capacity of 400,000 tons/year (the first phase of 200,000 tons/year).
ton/year has been put into production), the planned production capacity of Longshan plant is 150,000 tons/year, the planned production capacity of Ningde plant is 450,000 tons/year (all expected to be put into operation in September), and the planned production capacity of Jiangmen plant is 200,000 tons/year (expected to start production in 2023), The planned production capacity of the Sichuan zero-carbon factory that started this time is 300,000 tons/year
.

Saiwei Electronic Electrolyte Project

The total planned investment of the project is about 2.
7 billion yuan, mainly for the construction of 200,000 tons/year secondary lithium-ion battery electrolyte and 300,000 tons/year supporting solvent
.
After the project is completed, it is expected that the output value will exceed 10 billion yuan/year and the tax revenue will exceed 500 million yuan/year
.

The project is generally constructed in two phases.
The first phase will invest about 1.
35 billion yuan to build 100,000 tons/year of secondary lithium-ion battery electrolyte and 100,000 tons/year of supporting solvent.
Construction will start in June 2022, and materials will be delivered in August 2023.
Trial production
.
The second phase of the project has an investment of about 1.
35 billion yuan to build 100,000 tons/year of secondary lithium-ion battery electrolyte and 200,000 tons/year of supporting solvents.
It is planned to start construction in September 2023 and start trial production in December 2024
.

Saiwei Electronics is deploying production bases and cooperative enterprises in many places in China.
The company's existing production capacity: annual output of 70,000 tons of lithium-ion battery electrolyte, 1,000 tons of supercapacitor electrolyte, and 1,000 tons of primary lithium battery electrolyte.
The output of sodium-ion battery electrolyte is 5,000 tons, and the annual output of aluminum-plastic composite film is 50 million square meters
.