I Am Not a Drug God, But I Am Determined to Protect the Environment

Recently, a domestic film has taken on the topic of conversation among friends after dinner. The film is called "I'm Not a Medicine God" and contains many elements such as "I Don't Want to Die" and "I Want to Live". Who doesn't have a patient. Can you guarantee that you will never get sick? These lines are like a heavy tear gas, each one piercing the heart.

There are many patients in the film who cannot afford medication for cancer and are almost desperate. But ultimately, what we need to consider is what are the reasons for the frequent occurrence of cancer?

Water pollution, water pollution, water pollution!

Say the important thing three times!

In today's society, deliberate pursuit of economic development has led to varying degrees of pollution in many parts of China, resulting in frequent occurrences of various diseases such as cancer. Especially serious are rural areas, where enterprises, in pursuit of profits, restrict factories and neglect water pollution control, leading to severe water pollution in rural areas. Most villagers drink heavily polluted groundwater. For example, taking water with excessive phosphorus content can cause damage to the liver, kidneys, mucous membranes (digestive tract, skin), nerves, respiratory and cardiovascular systems, and in severe cases, can be life-threatening.

In agricultural production, glyphosate is widely used as a safe and efficient herbicide. Studies have shown that after entering plants for 6-7 days, most of glyphosate is metabolized and decomposed. However, the wastewater generated during the production of glyphosate is a difficult environmental management problem in the industry. Due to the high water solubility of glyphosate, the wastewater still contains 1-2% glyphosate, and has a high salt content, strong acidity (pH value of about 1), and poor biodegradability. Conventional destructive treatment methods (such as oxidation) are difficult to achieve efficient treatment, especially the inability to recycle glyphosate, resulting in resource waste. Membrane method, extraction method, distillation method and other methods can be used to treat glyphosate wastewater. Although glyphosate can be recovered, the purity of the recovered glyphosate is relatively low.

Our company has successfully developed a special glyphosate adsorbent and its supporting application process for wastewater with a glyphosate content of about 2% from a certain agricultural chemical plant. The recovery rate of glyphosate has reached 95%, which not only achieves the goal of resource recovery but also reduces the total phosphorus and other indicators in the wastewater, providing a guarantee for subsequent standard treatment.

Figure 1: Before and After Processing

Jiangsu Haipu Functional Materials Co., Ltd. is located in the beautiful and talented Dushu Lake Science and Education Zone in Suzhou. It is a high-tech enterprise dedicated to the research and application of environmentally friendly new materials and technologies, and is committed to providing domestically leading products, technologies, and technical solutions for industries such as environmental protection, new energy, chemical and pharmaceutical industries.

The functional materials independently developed by the company include highly selective nanoporous inorganic acid adsorbents, highly selective nickel removal adsorbents, nanohybrid adsorbents, high-capacity organic matter adsorbents, high-capacity mesoporous phosphorus removal adsorbents, high-efficiency VOC treatment adsorbents, high-efficiency wastewater oxidation catalysts, high-efficiency exhaust gas oxidation catalysts, etc. They have been demonstrated and applied in leading enterprises in industries such as petrochemicals, agrochemicals, pharmaceuticals, and electronic electroplating. And successively won honors such as National High tech Enterprise, 7th Science and Technology Leading Talent of Industrial Park, Innovation and Entrepreneurship Leading Talent of Gusu, and 9th Science and Technology Leading Talent of Industrial Park. Haipu is guided by market demand, driven by technological innovation, and supported by high-end talents, providing you with solutions for environmental protection, separation and purification.