1. Process Optimization and Emission Monitoring Scenarios in the Energy and Power Industry
Thermal Power Generation: Real-time monitoring of carbon dioxide concentration in flue gas at boiler flues and outlets of desulfurization and denitrification systems in coal-fired power plants. It accurately calculates total carbon emissions by combining with unit load data, and realizes real-time data uploading to environmental supervision platforms. Meanwhile, it helps judge the adequacy of fuel combustion, guides the adjustment of secondary air ratio, optimizes power generation efficiency and reduces energy consumption.
Gas Power Generation and Cogeneration: Monitors carbon dioxide concentration in the exhaust gas of gas turbine combustion to ensure that emission data complies with regional low-carbon policy requirements. In cogeneration projects, it optimizes the energy distribution ratio between heat supply and power generation by regulating carbon dioxide concentration, improving the comprehensive energy utilization efficiency.
2. Production Control Scenarios in the Chemical Industry and Carbon Capture and Storage (CCS) Field
Chemical Production Process: Monitors the changes in carbon dioxide concentration in reactors during the production of chemical products such as synthetic ammonia, urea and soda ash, accurately regulates raw material ratio and reaction parameters to ensure product yield and quality stability. In carbonated beverage and food-grade carbon dioxide production workshops, it conducts real-time monitoring of gas purity to meet food safety production standards.
Carbon Capture, Utilization and Storage (CCUS): Monitors carbon dioxide concentration in absorbers and desorbers of carbon capture devices to optimize absorbent regeneration efficiency. It conducts long-term tracking of carbon dioxide concentration changes at injection wells and monitoring wells of storage sites, warns of leakage risks in storage formations, and ensures the safe and stable operation of CCUS projects. In carbon utilization scenarios such as carbon dioxide-enhanced oil recovery, it monitors gas concentration in injected and produced fluids to guide the optimization of oil displacement schemes.
3. Ultra-Low Emission Transformation Scenarios in the Metallurgical and Building Materials Industries
Metallurgical Industry: Monitors carbon dioxide concentration in flue gas treatment systems of blast furnace ironmaking and converter steelmaking, and links with waste heat recovery devices to improve energy recovery and utilization efficiency. In non-ferrous metal smelting processes, it monitors carbon dioxide in exhaust gas from roasting furnaces and refining furnaces, helping enterprises achieve carbon emission accounting and emission reduction targets.
Building Materials Industry: Conducts real-time monitoring of carbon dioxide concentration in flues of equipment such as cement kilns and ceramic firing kilns, adapts to high-temperature and high-dust working conditions, and provides accurate data support for ultra-low emission transformation in the cement and ceramic industries. In the production of new green building materials, it monitors concentration changes during carbon dioxide mineralization and solidification, optimizing building material performance and improving carbon sequestration efficiency.
4. Environmental Monitoring and Low-Carbon Governance Scenarios
Stationary Pollution Source Emission Monitoring: Installs fixed analyzers at emission outlets of waste incineration plants, biomass power plants and industrial kilns for 24/7 uninterrupted monitoring, ensuring that carbon dioxide emission data is true and accurate, and meeting the environmental supervision requirements under the national "dual carbon" goals.
Regional Greenhouse Gas Monitoring: Conducts carbon dioxide concentration mapping in industrial parks and urban built-up areas through grid deployment of analyzers or mounting on mobile monitoring vehicles, identifies high-emission areas, and provides data support for local governments to formulate low-carbon governance plans. In ecological reserves such as forests and wetlands, it monitors atmospheric carbon dioxide concentration to assess the carbon sink capacity of ecosystems.
Emergency Environmental Monitoring: Rapidly deploys analyzers mounted on robots at emergency sites such as carbon dioxide leaks and storage tank ruptures in chemical parks for real-time concentration monitoring, delineates safe zones for emergency rescue, and guides leak plugging and personnel evacuation work.
5. Production Guarantee Scenarios in the Agriculture and Food Industries
Agricultural Production: Accurately monitors carbon dioxide concentration in greenhouses and plant factories, links with ventilation systems and gas fertilizer application devices to control the concentration within the optimal range for crop photosynthesis, improving the yield and quality of fruits and vegetables. In farmland ecosystems, it monitors carbon dioxide flux released by soil respiration, providing data support for agricultural carbon budget accounting and the research and development of low-carbon planting technologies.
Food Industry: Monitors carbon dioxide concentration in controlled atmosphere fresh-keeping warehouses and cold chain transport carriages to maintain a suitable fresh-keeping environment, inhibits the respiration of fruits and vegetables, and extends the storage period. In grain storage warehouses, it warns of grain mildew risks by monitoring carbon dioxide concentration, ensuring grain storage safety.
6. Scientific Research Experiments and Special Field Scenarios
Experiments in Universities and Research Institutes: Applied in research fields such as atmospheric chemistry, climate change and plant physiology, it accurately captures subtle fluctuations in carbon dioxide concentration, providing high-precision data for the establishment of greenhouse gas diffusion models and the analysis of plant photosynthesis mechanisms.
Aerospace and Confined Space Monitoring: Monitors carbon dioxide concentration changes in confined spaces such as spacecraft simulation cabins, submarines and underground mines to ensure the breathing safety of personnel inside the cabins. On aero-engine test benches, it monitors carbon dioxide concentration in exhaust gas to assist in evaluating engine combustion efficiency.
