WTEYA successfully implemented wastewater treatment and recycling project
Against the backdrop of sustained and rapid global economic development, environmental issues are increasingly becoming a key factor restricting the sustainable development of various industries. Especially in the field of new energy, with the rise of new energy vehicles, the demand for lithium battery cathode materials has surged. How to achieve environmental protection and resource recycling while ensuring production capacity growth has become an urgent problem for the industry. Recently, WTEYA Environmental Protection Technology Co., Ltd. successfully implemented a zero-emission wastewater treatment recycling project for Rongbai Group, a leading company in the global lithium battery cathode material industry, which undoubtedly provided an innovative solution to this problem.
Rongbai Group, a leading company in the global lithium battery cathode material industry
Hubei Rongbai Lithium Battery Materials Co., Ltd. is a wholly-owned subsidiary of the listed company Ningbo Rongbai New Energy Technology Co., Ltd. In the more than seven years since its establishment, the company has invested 12.2 billion yuan and built 12 workshops in five phases. It has five business divisions: ternary cathode, lithium iron manganese phosphate, sodium ion, precursor and equipment, with an annual production capacity of 120,000 tons of lithium battery cathode materials, becoming the world's largest ternary cathode material base.
Rongbai Group's main products include: ternary (high nickel 811, ultra-high nickel 9 series, medium nickel), lithium iron manganese phosphate, M6P, sodium positive electrode materials, etc.
Join hands with Rongbai to create a new benchmark for green manufacturing
This cooperation with Rongbai Group is another classic case of WTEYA in the field of wastewater treatment. As a leading enterprise in the global lithium battery positive electrode material industry, Rongbai Group has extremely high requirements for environmental protection standards and resource recycling. With its deep technical accumulation and rich practical experience in the field of wastewater treatment, WTEYA has successfully helped Rongbai Group achieve the goal of zero emission in wastewater treatment recycling, and jointly created a new benchmark for green manufacturing.
Technological innovation, creating a new engine for green production
The core equipment of this project, the MVR forced circulation evaporator, is carefully designed and customized by the WTEYA team based on the actual needs of Rongbai Group. This evaporator uses advanced vapor recompression technology, which completely subverts the high energy consumption mode of traditional wastewater treatment. The principle is to use the latent heat of steam to increase its temperature and pressure through recompression, greatly reducing the consumption of original steam. Compared with conventional wastewater treatment systems, WTEYA's MVR forced circulation evaporator can save up to 60% of energy consumption, significantly reducing the company's operating costs, and also greatly reducing the burden on the environment.
Intelligent control, high system processing efficiency
Another highlight of the MVR forced circulation evaporator is its intelligent control system. The system simplifies complex process flows into automated operations, and realizes automatic monitoring and regulation of the entire process through precise sensors, microprocessors and actuators. The operator only needs to make simple settings through the touch screen, and the equipment can automatically run according to the preset program without manual intervention throughout the process. This fully automatic operation mode not only greatly improves the convenience of operation and production efficiency, but more importantly, it ensures the stability and safety of the treatment process, providing a strong guarantee for the smooth operation of the enterprise.
Widely used to help resource recycling
The scope of application of WTEYAMVR forced circulation evaporator is far more than the lithium battery positive electrode material industry. With its high efficiency, energy saving and environmental protection characteristics, it has been successfully applied to many fields such as chemical industry, coal chemical industry, pharmaceutical industry, food processing, seawater desalination and industrial wastewater. Whether it is difficult industrial wastewater treatment or production process with extremely high requirements for pure water, WTEYA's MVR forced circulation evaporator can provide an ideal solution.
Professional focus, one-stop turnkey service
WTEYA Environmental Protection Technology Co., Ltd. has been focusing on the field of industrial wastewater treatment for more than ten years, and has always insisted on promoting the development of environmental protection with technological innovation. The company not only provides high-quality environmental protection equipment, but also is committed to providing customers with one-stop turnkey engineering services. From water quality analysis and process design in the early stage of the project, to equipment manufacturing, installation and commissioning in the middle stage, to operation training and after-sales service in the later stage, WTEYA's professional team will accompany customers throughout the process to ensure that every link is accurate, efficient and worry-free. WTEYA is well aware that every successful wastewater treatment recycling and zero-emission project is a protection of precious water resources, an improvement of the ecological environment, and a practice of corporate social responsibility.
The strong alliance between Guangdong WTEYA Environmental Technology Co., Ltd. and Rongbai Group is not only a cooperation between the two companies, but also a vivid practice of the concept of green manufacturing and sustainable development. Let us witness together that with WTEYA's technological innovation and professional services, future industrial manufacturing will be cleaner, more efficient and more sustainable.
