Chemical Analysis: Conduct chemical analyses of fuels, including natural gas or biomass, to assess their quality and suitability for use in cogeneration systems
Emissions Monitoring: Monitor and analyze emissions from cogeneration systems, ensuring compliance with environmental regulations and emission limits
Water Treatment: Oversee water treatment processes to maintain the quality of water used in steam generation and cooling systems
Chemical Additives: Manage the use of chemical additives to improve the efficiency of power generation and reduce corrosion and fouling in boilers and heat exchangers
Corrosion Control: Implement corrosion control measures to protect equipment and piping systems from corrosion-related damage
Fuel Efficiency: Optimize fuel combustion processes to improve energy efficiency and reduce waste in the cogeneration system
Waste Heat Utilization: Explore and implement methods for effectively utilizing waste heat generated during electricity production
Quality Control: Ensure the quality of heat and electricity produced meets the required standards and specifications
Lab Testing: Perform laboratory testing of samples from cogeneration systems, such as fuel samples, water samples, and emissions samples
Safety Compliance: Ensure that all chemical processes and materials used in cogeneration facilities comply with safety regulations and guidelines
Data Analysis: Analyze and interpret data related to chemical processes and energy production, making recommendations for process improvements