The treatment process at municipal wastewater treatment plants is complex, involving numerous pieces of equipment and operational steps. Traditional management methods rely on manual inspections and record-keeping, resulting in delayed and inaccurate data acquisition that hinders comprehensive, real-time monitoring of the treatment process. Additionally, equipment failures can cause treatment interruptions, compromising compliance with discharge standards. To enhance treatment efficiency, reduce operational costs, and ensure stable compliance with effluent quality standards, an advanced remote monitoring system is urgently needed.

The solid waste treatment process involves multiple stages including collection, transportation, storage, and disposal, presenting significant management challenges. Traditional management methods struggle to monitor the real-time operational status of waste treatment equipment and waste inventory levels, often resulting in inefficient processing and environmental pollution. To enhance the efficiency and environmental performance of solid waste treatment, a remote monitoring system is required to comprehensively oversee and manage the entire treatment process.

Most of the rural sewage is relatively remote and scattered, and it is necessary to centrally monitor the real-time monitoring of the village sewage stations under its jurisdiction, including the operation status of all equipment, the online status of water quality, and video camera images. Integrate the relationship between the process and the process use, and analyze a set of optimized energy and process solutions to reduce operation and maintenance costs.

With increasingly stringent environmental requirements, enterprises must strictly control wastewater discharge to ensure compliance with environmental standards. However, some companies engage in illegal discharge or exceed emission limits, making it difficult for traditional regulatory methods to achieve real-time, effective oversight of industrial wastewater discharge. To strengthen supervision of industrial wastewater discharge and safeguard ecological and environmental security, an advanced wastewater discharge monitoring system is required.

Garbage incineration treatment is an important way to achieve garbage reduction, harmlessness and resource utilization, but the incineration process has high requirements for equipment and technology. Traditional monitoring methods make it difficult to grasp the operation status and combustion conditions of incineration equipment in real time and accurately, which is prone to problems such as insufficient combustion and excessive pollutant emissions. To ensure the safe and efficient operation of garbage incineration treatment and reduce environmental pollution, an advanced remote monitoring system is required.

In places such as industrial production sites and chemical industrial parks, a large amount of hazardous gas emissions are generated, posing a serious threat to air quality and human health. Traditional monitoring methods have problems such as limited monitoring range and untimely data updates, making it difficult to conduct comprehensive and real-time monitoring of hazardous gas emissions. To effectively monitor hazardous gas emissions and ensure air quality and public health, an advanced online monitoring system is required.

Food waste contains a large amount of organic matter. Improper treatment of it is likely to cause environmental pollution and resource waste. Traditional food waste treatment methods lack effective monitoring means, making it difficult to grasp the operation status of treatment equipment and treatment effects in real time. Meanwhile, problems such as odors and other environmental pollution may arise during the food waste treatment process. To standardize food waste treatment, improve resource utilization efficiency, and reduce environmental pollution, a remote monitoring system is required.