Continuous emission monitoring system - CEMS
ref : CEMS DiscoverIndustrial utilities are essential powering resources ranging from steam to fuel and electricity. Maintaining a closer eye on energy consumption can help enhance productivity, quality, and competitiveness of production lines with greater potential for savings.
Measuring instruments such as flow meters, level probes, energy meters and temperature probes enable you to monitor your processes precisely and continuously. pressure transmitterslevel probes, energy meters and temperature probes enable precise, continuous monitoring of your processes. These devices guarantee control of your energy consumption, with water metering, steam metering, thermal energy metering, condensate metering, electricity metering, compressed air metering or fuelmetering (gas, fuel oil and hydrogenmetering, etc.).
They help you detect possible drifts and malfunctions, prevent breakdowns, and optimize maintenance operations. Thanks to these field instruments, you can reduce industrial plant costs.
Gas analysers enable you to monitor your atmospheric emissions andoptimize your industrial processes.
By staying ahead of possible failures through precise monitoring these systems create an opportunity for companies to maximize their returns while reducing their costs significantly over time.
Fuji Electric provides integration instrumentation solutions for industrial utilities to:
Plant safety
Energy efficiency
Compliance with current standards
Monitoring and control of industrial utilities
Our solutions: Measure, visualize, monitor and optimize energy consumption
Steam | Fuel | Electricity | Cold | Air |
---|---|---|---|---|
Applications - Saturated steam - Superheated steam - Steam condensate - Flash steam | Applications - Natural gas - Domestic fuel oil - Heavy fuel oil | Applications Measuring active and reactive energy, active reactive and apparent power, power factor and current, voltage and frequency, etc. | Applications - Refrigerants - Heat transfer fluids | Applications Measuring the volume and mass of air flows |
Savings potential - Reduction of leaks - Improved purging - Isolation of out-of-service networks - Maintenance of purge system - Improved control and use - Reduced heat losses | Savings potential - Combustion optimisation - Efficiency calculation - Consumption monitoring | Savings potential - Improvement of network settings - Load distribution - Optimisation of sources of consumption - Modernisation of equipment, motors, inverters, etc. | Savings potential - Monitoring of thermal exchanges - Monitoring of clogging - Optimisation of maintenance operations - COP* monitoring *Coefficient of performance | Savings potential - Monitoring leaks - Optimisation of air network maintenance (monitoring filter clogging, etc.) - Keeping pressure levels as low as possible - Monitoring and optimizing energy consumption |
Measurement of steam parameters is essential to optimize processes using saturated and superheated fluids, such as those found in the chemical or petrochemical industries.
Our measurements instruments allow you measure energy flow rates; pressure levels which can be used for compensation purposes if needed along with temperature readings too! This allows companies create smart data that will help them establish relevant performance indicators while monitoring equipment's effectiveness from day-to-day.
Count energy with standardized measurements, develop relevant performance indicators and monitor the performance of industrial boiler plants
Fuel is a vital resource for the manufacturing industry, providing heat energy required for many key processes.
The industrial sector accounts for 20% of French energy consumption (36% gas and 40% electricity).
Gas and fuel oil are mainly used to produce heat for processes. Fuel oil and gas are frequently used to generate hot air or steam, which are essential for chemical reactions and various industrial operations. Fuel is also used as raw material in industries such as the chemical and pharmaceutical industries. Other sectors such as engineering, automotive, agri-food, environment and energy use fuel to power equipment or systems needed for their operations.
Hydrocarbons are used as raw materials in the chemical industry.
Through instrumentation, businesses can measure fuel consumption. Any kind of measurement can be done: from fuel oil and hydrocarbon flow rate to gas flow rate, pressure, temperature or combustion regulation analysis. The data gathered through instrumentation allows companies to make informed decisions about their process operations in order to make energy savings and to remain competitive.
Measuring fuel consumption, monitoring waste compliance and combustion efficiency in industrial heating systems
With the entry of competition into the electricity market, industries are finding it increasingly difficult to accurately determine their energy needs so that they can negotiate with power suppliers for optimised rates. Fuji Electric instrumentation is here to bridge that gap and ensure that utilities consume the right amount of energy. The instrumentation makes use of smart data for analysis and distribution of consumed electricity to calculate relevant performance indicators. This instrumentation also includes essential measurements such as power energy counter which allows businesses to remain competitive in a market where prices are constantly fluctuating.
Measure electrical consumption, analyze and distribute consumption and monitor energy performance indicators
Industrial air conditions, and refrigerant systems are used in a wide range of industries (pharmaceutical, chemical, etc), including heating and ventilating.
The food industry is the main user of refrigeration, accounting for up to 57% of the sector's electricity consumption, followed by cold production systems (process cooling circuits, data centers, public buildings, etc.).
Measure power consumption, monitor COP (coefficient of performance) and optimize refrigeration cycle performance
Compressed air is an extremely expensive process with a conversion rate that's less than 10%.
Savings of 15%-30% can be achieved by managing networks more accurately, choosing performance indicators wisely and exploiting data appropriately. These savings are available to many industries including glassworks, mechanical, automotive, plastic, smelting plant and engineering industries—or any other plant where accurate flow, pressure, temperature or power consumption information are necessary for effective operations.
Measure standard flow rates and power consumption, monitor air compressor pressure and efficiency
Energy performance indicators give you the ability to monitor your consumption accurately and continuously, detect possible drifts in machinery operation or malfunctions of equipment. They also help optimize maintenance operations for increased efficiency which ultimately frees up financial capacity that can be allocated towards developing our core business while ensuring high energy quality standards continue without interruption.
Engaging in an energy optimization process means:
Whatever your industrial sector(oil & gas, renewable energy, thermal energy or nuclear industry, chemical industry, paper industry, food & beverage, water & environment, pharmaceuticals, glassmaking, mechanics, metallurgy, steelmaking, etc.), our teams are there for you every step of the way.
We provide diagnostics, energy audits, consultancy, solutions, commissioning, operating assistance, calibration services, maintenance contracts and instrument training, so as to offer you the most appropriate response to your needs.
We can help you manage and make the most of your energy measures.
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