Yuehua Environmental Protection was founded in 2005 and is a national high-tech enterprise that integrates research and development, design, production, sales, and operation and maintenance services. In 2024, the company will invest in the construction of the first high-end environmental protection equipment digital Lisheng big data research and development center in the province, achieving the creation of a provincial-level research and development base based on A digital Lisheng+environmental protection equipment. The project products include: research and development of digital Lisheng bases for the environmental protection industry, A digital Lisheng series zeolite wheels+RTO/CO products, hazardous waste temporary storage systems, smart factories, smart sewage management, precise dosing and precise aeration, etc., to help enterprises transform their digital hazardous waste temporary storage wastewater equipment.

Intelligent sewage treatment plants rely on digital twin technology to deeply integrate real-time data and industrial models.

Core breakthrough focus:

1. Accurate aeration. Through multidimensional coupling analysis of dissolved oxygen, sludge, and influent loads, the aeration rate and timing are dynamically optimized to reduce redundant energy consumption by 20% -30% and simultaneously improve nitrogen and phosphorus removal efficiency.

2. Accurate dosing. based on AI prediction of water quality fluctuations (such as sudden changes in TP SS), adaptively adjust the dosage of chemical agents, reduce drug consumption by more than 25%, and achieve stable compliance.

3. Energy conservation and consumption reduction. The intelligent balance pump set operates in conjunction with the official website pressure, and is linked to the regeneration water reuse and energy recovery system, resulting in a comprehensive energy efficiency improvement of 15% -40%.

4. Process resilience: Real time simulation of abnormal working conditions (such as toxic impacts), rapid generation of process parameter compensation schemes, and ensuring the system's anti-interference ability. By implementing a closed-loop approach of "perception analysis regulation", we aim to reconstruct the paradigm of water treatment and promote the industry's upgrading towards low-carbon, unmanned, and resource-based development.