The palm oil industry in Southeast Asia emits over 2 billion tons of wastewater annually, and the difficulty in treating it hinders the development of the industry. Zhongda Oasis and National University of Malaysia have launched a joint research project to establish a tropical wastewater laboratory at the Yichang Research Center. Utilizing locally developed enzymatic degradation technology, specialized water treatment agents have been developed. ​...

The national "14th Five Year Plan" clearly proposes the goal of "adding 80000 kilometers of sewage pipeline network", and Zhongda Oasis will develop targeted pipeline network maintenance technology. The research center, in collaboration with Three Gorges University, has developed a new type of pipeline blockage removal agent that can quickly decompose oil pollution and biofilms. In pilot projects such as Wuhan and Hefei, it has increased pipeline dredging efficiency by 40% and reduced operation and maintenance costs by 22%. ​...

According to industry data, the annual growth rate of the industrial water treatment market in Southeast Asia has reached 15%. Countries such as Indonesia and Vietnam have seen a surge in demand for efficient water treatment agents due to manufacturing expansion. The company seized the market opportunity and established a regional service center in Kuala Lumpur, linking with the Yichang production base to open a "3-day delivery" logistics line to ensure timely supply of high-temperature resistant flocculants. ​...

Against the backdrop of the deepening of the national "dual carbon" strategy, Zhongda Oasis Research Center has achieved multiple technological breakthroughs in response to the pollution reduction and carbon reduction needs of the water treatment industry. Based on the intelligent research and development platform of the Yichang production base, the team optimized the polyacrylamide polymerization process and launched low residue products in municipal sewage treatment, which not only improved flocculation efficiency by 28%, but also reduced the dosage of chemicals by 12%, indirectly reducing carbon emissions per ton of water. ​...