Field drilling of mobile drilling environmentally friendly toilets needs to solve core challenges such as extreme environmental adaptation, no infrastructure dependence, efficient resource utilization, and rapid relocation and deployment. It is a typical application scenario for smart zero-emission environmentally friendly toilet technology.
Central enterprises such as PetroChina need to implement the "double carbon" goal and implement green exploration standards. The transportation and treatment process of traditional clean-up toilets has high carbon emissions and is not in line with the direction of low-carbon transformation. Drilling is often located in deserts and plateaus, and the cost of transporting water is extremely high (the cost of transporting water per ton can reach more than 100 yuan). Traditional water flushing toilets is not feasible. Microbial activity is low in alpine areas, and wind and sand can easily damage equipment. There is no stable power grid, relying on diesel generators for power supply, and sensitive energy consumption.
Our company has installed mobile environmentally friendly anti-virus toilets in Xinjiang and Chongqing. During the delivery process, customers are very satisfied with this; our company has also installed a remote monitoring system that can monitor the operating temperature of the system and the operating data of individual units in real time.
This field drilling environmentally friendly toilet integrates technologies such as high-efficiency biodegradation, biological fluidization, and biological activated carbon. Its newly designed membrane bioreactor realizes the combination of traditional biochemical processes and membrane separation processes. After treatment, water can directly enter the next flushing cycle, while manure is separated from solid and liquid into the biological collection and degradation tank, which can be directly used as fertilizer.
This biological toilet uses JWEM biological inoculant to treat human waste in situ in a composite bioreactor (HBR). The treatment process is odorless and tasteless. The treated water can be reused to flush the toilet to achieve closed circulation and achieve no secondary pollution and zero emissions. The process is as follows:
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