Organic wastewater is wastewater mainly composed of organic pollutants, which can easily cause eutrophication of water quality and pose significant harm. In industrial wastewater such as domestic sewage, food processing, and papermaking, organic substances such as carbohydrates, proteins, oils, and lignin are present. These substances exist in suspended or dissolved states in sewage and can be decomposed through the biochemical action of microorganisms. During its decomposition process, oxygen needs to be consumed, hence it is called an oxygen consuming pollutant. This pollutant can cause a decrease in dissolved oxygen in water, affecting the growth of fish and other aquatic organisms. After the dissolved oxygen in water is depleted, organic matter undergoes anaerobic decomposition, producing unpleasant odors such as hydrogen sulfide, ammonia, and mercaptan, further deteriorating the water quality. The composition of organic matter in water is very complex, and the concentration of oxygen consuming organic matter is commonly expressed as the amount of oxygen consumed during the biochemical decomposition process of oxygen consuming substances per unit volume of water, which is expressed as biochemical oxygen demand (BOD). Generally, it is expressed as the five day biochemical oxygen demand (BOD5) at 20 ℃.

主要客户群

Main customer groups

有机废水沼气发电机组主要客户群：造纸厂、酒精厂、淀粉厂、药厂、生化厂等目前柠檬酸、酒精、造纸厂等工业生产中治理“三废”所需的费用越来越高，去年开始的“环保风暴”更是使三废治理工作成为企业生死存亡的大事情。

The main customer groups of organic wastewater biogas power generation units include paper mills, alcohol factories, starch factories, pharmaceutical factories, biochemical factories, etc. Currently, the cost of treating the "three wastes" in industrial production such as citric acid, alcohol, and paper mills is increasing. The "environmental storm" that began last year has made the treatment of the three wastes a matter of life and death for enterprises.

工业生产的“三废”治理主要有三大途径：

There are three main ways to treat the "three wastes" in industrial production:

一是对“三废”采取合理有效的治理方法;

One is to adopt reasonable and effective governance methods for the "three wastes";

二是改进合成工艺，将污染消灭在生产工艺过程中;三是对“三废”合理利用，变废为宝。

The second is to improve the synthesis process and eliminate pollution in the production process; The third is to make reasonable use of the "three wastes" and turn waste into treasure.

要从根本上消灭污染，关键是要对产生污染的每一个环节和步骤进行认真分析和研究，把污染消灭在工艺生产过程中，实现清洁生产。另外，要大力开发废物的综合利用技术，增加企业的经济效益，保证企业的竞争优势。 我们这里讨论的 “三废”主要指其中的有机废水。工业有机废水来源很多，主要来自柠檬酸、制糖、酒精、造纸、养殖、PTA等行业，这些行业目前处理污水的主流方式是采用生化法进行处理，处理过程中产生大量沼气，根据估算，每生产一吨柠檬酸可产生大约225方沼气，其中甲烷含量可达60%左右，这种沼气用于发电是一种非常好的燃料，每方沼气可以发1.7度电，效益非常可观。生产一吨酒精可产生300方沼气，甲烷含量可达70%，热值更高。其它行业类同，产生的沼气量都很可观。

To fundamentally eliminate pollution, the key is to carefully analyze and study every link and step that produces pollution, eliminate pollution in the production process, and achieve clean production. In addition, efforts should be made to develop comprehensive waste utilization technologies to increase the economic benefits of enterprises and ensure their competitive advantage. The "three wastes" we are discussing here mainly refer to organic wastewater. There are many sources of industrial organic wastewater, mainly from industries such as citric acid, sugar making, alcohol, papermaking, aquaculture, PTA, etc. Currently, the mainstream method for treating wastewater in these industries is to use biochemical methods for treatment. During the treatment process, a large amount of biogas is generated. According to estimates, each ton of citric acid produced can produce about 225 cubic meters of biogas, with methane content reaching about 60%. This biogas is a very good fuel for power generation, Each square meter of biogas can generate 1.7 kWh of electricity, with significant benefits. Producing one ton of alcohol can produce 300 cubic meters of biogas, with a methane content of up to 70% and a higher calorific value. Similar to other industries, the amount of biogas produced is considerable.

节源又环保

Energy saving and environmental protection

沼气池采用推流式厌氧发酵工艺，新建9个地下池，容积为1200立方米。沼气池需达到10至25℃的常温才能产气，公司通过修建地下池、加厚土层保温、利用发电机热水和烟气回收加温、猪舍消毒水分流等手段，在现处冬季低温度1至3℃的气候条件下，使沼气池的温度达到19℃以上，已安装运行近一个月的60千瓦沼气发电机组，每天可发电6至8个小时，解决了冬季因温度低不产气发不了电的技术难题。到了夏秋两季每天发电机组能发电10至12个小时，年发电量可达19万千瓦/时，节省电费30多万元。

The biogas digester adopts a push flow anaerobic fermentation process, and 9 new underground tanks are built with a volume of 1200 cubic meters. The biogas digester needs to reach a normal temperature of 10 to 25 ℃ in order to produce gas. The company has built underground digesters, thickened soil layers for insulation, utilized generator hot water and flue gas recovery for heating, and disinfected pig houses for water flow. In the current low winter temperature of 1 to 3 ℃, the temperature of the biogas digester can reach above 19 ℃. A 60 kW biogas generator set has been installed and operated for nearly a month, and can generate electricity for 6 to 8 hours per day, Solved the technical problem of not being able to generate electricity due to low temperature in winter. In the summer and autumn seasons, the power generation unit can generate 10-12 hours of electricity per day, with an annual power generation capacity of 190000 kilowatts per hour, saving over 300000 yuan in electricity bills.

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