绿塑PHA环境治理

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源于自然,回归自然
From nature back to nature
PHA环境治理领域原理是使PHA微生物与环境充分接触,促进微生物生长。利用PHA的有氧反硝化特点,消耗氨氮每小时能达到100mg~400mg,接近污水处理厂的消耗效率;通过食物链去氮磷及生物清淤,淤泥减少量最高达40%。使用PHA可以让河道变为微生物肥料场,污泥转变为生物肥料。PHA污水治理技术尤其适合水体分散式处理,在污染物分散、无法大量集中的情况下能取得良好效果,有效解决了传统水环境治理中的被动性与不持续性。
The principle of PHA using in environmental governance is to make the PHA microorganism fully contact with the environment and promote the growth of microorganism.Using the characteristics of PHA's aerobic denitrification, the consumption of ammonia nitrogen can reach 100mg~400mg per hour, which is close to the efficiency of the sewage treatment plant.By ecological removal of nitrogen and phosphorus and biological silting, the maximum amount of sludge reduced to 40%.The use of PHA can turn the river into a microbial fertilizer field, and the sludge is transformed into a biological fertilizer.
PHA sewage treatment technology is especially suitable for decentralized treatment of water bodies. It can achieve good results when pollutants are dispersed and cannot be concentrated in large quantities, the passivity and unsustainability in the traditional water environment control have been effectively solved

用生物科技回归绿色世界

Return to the green world with biotechnology


为扩大生态技术在水体环境的应用范围,以生态环保为理念,以固化微生物和酶制剂为技术核心,结合自动水质在线监测系统和智能触屏操控系统,针对水产养殖水、景观水、河流湖泊水及工业用水等各种水体对水质的不同要求,已研发出多种对不同污水环境进行处理的设备及产品。

To expand the application scope of ecological technology in the water treatment, taking ecological environmental protection as the idea,curing microorganism and enzyme preparation as the core of Technology, combining with the automatic water quality on-line monitoring system and intelligent touch screen control system, and aimed at aquaculture water, landscape water, rivers and lakes water and industrial water and other water bodies of the different requirements of water quality, has developed a variety of different sewage environment of processing equipment and products


PHA环境治理领域优势
Advantages of PHA environmental treatment

可作为稳定供给的缓释碳源
无二次污染,具有生态修复性
作为填料骨架,处理效率高
运行成本低
It can be used as a sustained-release carbon source  
No secondary pollution, ecological restoration
As the packing frame, the treatment efficiency is high
Low operating cost




聚羟基烷酸酯(PHA)是采用可再生原料,通过工业生物工程技术直接在微生物体内合成的生物高分子。
微生物在缺少氮或磷等营养成分时将PHA 作为能量物质储存在体内,因而PHA 具有高度的生物相容性,作为环境友好材料应用于水处理中。
Polyhydroxyalkanoate (PHA) is a biopolymer that is synthetically synthesized in microorganisms by industrial bioengineering techniques using renewable raw materials. In the absence of nitrogen or phosphorus, the microorganisms store the PHA as an energy substance in the body, thus the PHA has  high biocompatibility, as an environmentally friendly material in water treatment..


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