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Integrated Ultra-Low Emission Monitoring Solutions for the Thermal Power Industry

Scheme Overview

The emission monitoring solution for thermal power plants is designed to precisely control pollution emissions. For organized emissions, a Continuous Emissions Monitoring System (CEMS) is utilized. By employing techniques such as flue gas infrared sampling, monitoring points are strategically positioned on chimneys or exhaust ducts to measure concentrations of pollutants like sulfur dioxide. For unorganized emissions, laser scattering particulate matter monitors are deployed and placed at the plant boundary and surrounding areas in a grid pattern. Data collection is conducted through a data acquisition system, with the gathered information transmitted to a monitoring center or cloud platform via 4G/5G or Ethernet. This data undergoes comprehensive analysis, including statistical, trend, and correlation evaluations to assess emission conditions and compare them with standards. Additionally, a quality assurance and control system is established, ensuring regular calibration and maintenance of equipment, personnel training, and adherence to operational standards. This guarantees accurate and reliable data, assisting thermal power plants in meeting environmental standards and making informed decisions for emission reduction.

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Strength of Solution

Comprehensive and accurate monitoring

It can cover various pollutants in the thermal power production process, including the entire process chain of fuel storage and transportation, and flue gas purification.

High level of intelligence

It employs digital technology and intelligent monitoring platforms to achieve functions such as intelligent monitoring, quality control, early warning, and operation and maintenance.

Rich technical experience

Relying on the technical reserves and practical experience of professional monitoring companies over many years in the monitoring field, it designs and produces monitoring products and solutions that meet actual needs, satisfying various operational requirements.

Support for decision optimization

By conducting in-depth analysis and mining of a large amount of monitoring data, we provide strong support for environmental management and decision-making in thermal power plants.

Compliance with policy requirements

Closely aligned with national and local environmental protection policies and ultra-low emission requirements, we ensure that the pollutant emissions from thermal power plants meet relevant standards, helping enterprises comply with stringent environmental regulations.

Composition of the Solution

It mainly consists of the following parts: First, an organized emission monitoring system, which installs high-precision CEMS equipment on chimneys and other exhaust outlets to monitor the concentration of pollutants such as sulfur dioxide, nitrogen oxides, and particulate matter in real-time. It also measures parameters like flue gas flow, temperature, and pressure. Second, an unorganized emission monitoring network, which sets up monitoring points for pollutants such as dust and ammonia in key areas within and around the plant, using technologies like lasers and sensors. This is combined with meteorological parameter monitoring instruments to analyze the diffusion of unorganized emissions. Third, a data collection and transmission system that aggregates and organizes various monitoring data and transmits it to a unified data platform via wired or wireless methods. Fourth, a data analysis and management platform that stores, analyzes, and processes data, achieving functions such as visual display, exceedance warning, and report generation. This provides strong support for environmental management, equipment operation and maintenance, and law enforcement by supervision authorities in thermal power enterprises.

Application in the Industry

Various thermal power energy companies