Improving the efficiency of sewage treatment equipment is a system project involving many aspects, the following are some key measures:

First, technological innovation and application

1. Adopt high performance processing technology:

- Membrane treatment technology: such as membrane bioreactor (MBR), combining the advantages of membrane separation technology and biological treatment, can efficiently remove suspended matter, organic matter and microorganisms in sewage, while achieving sludge reduction, significantly improving effluent quality and treatment efficiency.

- Biological treatment technology: By optimizing the microbial community structure, enhance the stability and treatment capacity of the biological treatment system, and improve the degradation efficiency of organic pollutants.

- Advanced oxidation technology: further remove refractory organic matter in wastewater and improve effluent quality.

2. Introduce intelligent control system:

- Real-time monitoring of various parameters in the sewage treatment process (such as water quality, flow, dissolved oxygen concentration, etc.), and automatic adjustment of treatment process parameters according to the preset algorithm to achieve accurate control.

- Use big data analysis technology to deeply explore the value of data in the sewage treatment process, and provide scientific basis for optimizing the process and predicting faults.

Second, operation management and maintenance

1. Fine management and maintenance:

- Perform regular maintenance on the equipment, detect and deal with potential faults in a timely manner, and ensure that the equipment is always in optimal operating condition.

- Set up equipment files, record equipment operating status, maintenance records and troubleshooting, accumulate experience and improve maintenance efficiency.

2. Personnel training and skill improvement:

- By holding regular training courses, inviting experts to teach, organizing skills competitions, etc., to improve the professional skills and comprehensive quality of operators.

- Enable operators to master equipment operation, maintenance and troubleshooting skills, to provide strong support for the efficient operation of equipment.

Third, resource recovery and reuse

1. Sludge resource utilization:

- The sludge is composted and converted into agricultural fertilizer to reduce, stabilize and recycle the sludge.

- Biogas is produced through the anaerobic digestion process for energy recovery.

2. Advanced treatment and reuse of wastewater:

- Advanced oxidation, reverse osmosis, ion exchange and other advanced treatment technologies are adopted to further remove harmful substances in wastewater, so that the effluent quality meets the reuse water standard, and provides a stable and reliable source of water resources for industrial production and urban greening.

Fourth, optimize the processing technology and parameters

1. Optimize pre-processing system:

- Remove large particle impurities and suspended matter in sewage by screening, precipitation and other ways to reduce the burden of subsequent treatment processes.

2. Adjust processing parameters:

- According to the analysis results of sewage samples, accurately adjust the pH value, temperature, aeration rate and other parameters of the equipment to ensure that harmful substances in sewage can be efficiently removed.

Fifth. Policy guidance and public participation

1. Policy support and incentive:

- The government, through the formulation of relevant policies, gives incentives such as financial subsidies and tax incentives to the sewage treatment industry to encourage enterprises to increase investment and improve the efficiency of sewage treatment.

2. Strengthen environmental publicity and education:

- Raise public awareness and responsibility of environmental protection, encourage people to actively participate in and support sewage treatment work, and form a good social atmosphere.

To sum up, improving the efficiency of sewage treatment equipment needs to start from many aspects such as technological innovation, operation management, resource recovery and reuse, optimization of treatment processes and parameters, policy guidance and public participation, and comprehensive policies to achieve significant improvement in sewage treatment efficiency.