Reduce pollution and carbon emissions, improve efficiency

#Application of testo 350 in power plants#

China's 14th Five Year Plan clearly requires that carbon peak be reached before 2030, carbon neutrality be achieved before 2060, and the power industry be identified as a key area of carbon emissions (accounting for

Carbon emissions of over 40% are required to achieve an 18% reduction in carbon emissions intensity per unit of power supply compared to 2020. In addition, the introduction of the "Low Carbon Transformation and Construction Plan for Coal and Electricity" (2024-2027) has proposed biomass co firing, green ammonia co firing, CCUS technology routes, and multiple policy supports for low-carbon coal and electricity. In the "Opinions on Fully, Accurately, and Comprehensively Implementing the New Development Concept and Doing a Good Job in Carbon Peak and Carbon Neutrality", it is required that the installed capacity of coal-fired power plants be controlled within 1.2 billion kilowatts by 2025, new power plants need to be equipped with carbon emission monitoring systems, and existing units need to complete ultra-low emission renovations before 2030. The Action Plan for Energy Conservation and Emission Reduction Upgrade and Transformation of Coal fired Power by the National Energy Administration clearly states that by 2025, coal consumption for power supply will be less than 300gce/kWh, and carbon emissions need to be reduced through technologies such as combustion optimization and waste heat utilization.

challenges faced

• Environmental regulatory pressure: The strict requirements for emission standards worldwide require power plants to continuously optimize emission control.
• Rising operating costs: Fluctuations in fuel prices and rising labor costs pose challenges to the economic benefits of power plants.
• Equipment efficiency decline: As equipment ages, maintenance and repair costs increase, affecting the overall operational efficiency of the power plant.
• Complex data management: Lack of effective data monitoring and analysis tools, making it difficult to achieve refined management.

Smoke analyzer, in addition to adjusting combustion conditions, adjusting purification devices, and monitoring NOx and SO₂In addition to emissions, it can also assist in monitoring carbon emissions in power plants. The specific application links are as follows:

• Optimization of combustion efficiency, reduction of fuel consumption, and reduction of CO₂Emissions.
• Efficiency evaluation of preheating recovery system, indirectly reducing fuel consumption and CO₂Emissions.
• Optimization of carbon capture system efficiency.

Comprehensive monitoring:The testo 350 is capable of measuring O simultaneously₂、CO、CO₂、NO、NO₂、SO₂、H₂S. CxHy and other smoke components ensure comprehensive coverage of smoke measurement needs.

High precision measurement:Equipped with multiple sets of calculation formulas, the testo 350 provides high-precision measurement results to help you precisely control the combustion process.

Professional solutions:For high humidity and low sulfur environments, the testo 350 is equipped with a fully heated sampling probe or a specially designed SO₂Low sampling component to solve measurement problems.

Portable and easy to use:With its lightweight design and powerful built-in pump, the testo 350 is easy to carry and operate, even in complex power plant environments.

Data management:Through easyEmission software, you can easily read, edit, and manage measurement data, ensuring accuracy and traceability of the data.

Choosing testo 350 is not only choosing an efficient flue gas analysis tool, but also choosing a future that is in line with environmental protection and efficiency. We look forward to working together with you to create a new era of green and efficient electricity production.