Gas instrumentation and analysis for industrial utilities includes technologies and methods for measuring and analyzing gas compositions in various industrial processes. These include gas detectors, on-line and portable analysers , designed to optimize performance, guarantee safety, and meet environmental standards. These instruments measure the concentration of various gases, helping to control emissions, improve energy efficiency and guarantee air quality.
Fuji Electric's technologies for energy measurement and optimization make it possible to :
Plant safety
Energy efficiency
Compliance with current standards
Monitoring and control of industrial utilities
Having a detailed map of energy consumption and highlighting the main areas where savings can be made helps to improve productivity, quality and competitiveness. Implementing state-of-the-art technologies and efficient operating practices is crucial to improving the energy efficiency of industrial utilities. Potential savings are often poorly exploited, even though the gains to be made are both rapid and substantial.
Measuring instruments such as flowmeters, pressurepressure transmitterslevel probes, energy meters and temperature probes ensure 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.
Gasanalysers enable you to monitor your atmospheric emissions andoptimize your industrial processes.
Industrial utilities are energy services essential to the smooth running of industrial production processes. They include electricity, water, steam, gas, compressed air and refrigeration. These utilities play a crucial role in industrial performance, helping to maintain product quality, reduce production costs and improve competitiveness.
Industrial utilities are energy services required to operate industrial production equipment and processes. They can be produced in-house or purchased from external suppliers. Industrial utilities are essential for maintaining product quality, reducing production costs and improving competitiveness.
Industrial utilities play an important role in the energy transition, as they can be used to reduce energy consumption and greenhouse gas emissions. Companies can adopt strategies to improve the energy efficiency of their industrial utilities, such as using renewable energy sources, implementing energy management systems and reducing energy losses.
The national low-carbon strategy is an action plan aimed at reducing greenhouse gas emissions in France and Europe. Decarbonizing industry is a key element of this strategy, as industry is one of the main sectors emitting greenhouse gases.
The aims of decarbonizing industry are to reduce greenhouse gas emissions and promote the use of renewable energy sources. The stakes involved in decarbonizing industry are high, as they can have a significant impact on business competitiveness and job creation. Companies need to adopt strategies to reduce their greenhouse gas emissions and improve their energy efficiency. Integrating renewable energies into the energy mix also helps to improve energy efficiency and reduce dependence on fossil fuels.
Our energy optimization solutions: Measure, visualize, monitor and optimize energy consumption
| Steam | Fuel | Electricity | Cold | Air |
|---|---|---|---|---|
| Applications - Saturated steam - Superheated steam - Steam condensate | Applications - Natural gas - Heating oil - Heavy fuel oil | Applications Measurement of active and reactive energy, active, reactive and apparent power, power factor, current, voltage, frequency, etc. | Applications - Refrigerants - Heat transfer fluids | Applications Volume and mass measurement of air flows |
| Savings potential - Reduction of leaks - Improvement of insulation - Insulation of out-of-service networks - Maintenance of purge system | Savings potential - Combustion optimization - Yield calculation - Consumption monitoring | Savings potential - Improvement of network parameters - Load sharing - Optimization of consumption points - Modernization of equipment, motors, drives, etc. | Savings potential - Heat exchange monitoring - Fouling monitoring - Optimization of maintenance operations - COP* monitoring *Coefficient of performance | Savings potential - Monitoring leaks - Optimizing air network maintenance (monitoring filter clogging, etc.) - Keeping pressure levels as low as possible - Monitoring and optimizing energy consumption |
In industry, steam is mainly used as a heat transfer fluid.
For saturated or superheated steam, pressure and/or temperature-corrected flow measurement is essential.
Count energy with standardized measurements, develop relevant performance indicators and monitor the performance of industrial boiler plants
All industrial sectors use fuels in their manufacturing 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. Recovering the by-products and waste generated by industrial processes makes it possible to integrate these elements into a sustainable energy model, reducing dependence on fossil fuels and greenhouse gas emissions.
Hydrocarbons are used as raw materials in the chemical industry.
Measure fuel consumption, monitor waste compliance and optimize combustion in industrial boilers
Since the opening up of the electricity market to competition, it's more important than ever to accurately determine your energy needs so you can negotiate the best rates.
Measure electrical consumption, analyze and distribute consumption and monitor energy performance indicators
The pharmaceutical and chemical industries, industrial air-conditioning systems, etc. all use refrigeration.
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
11% of the electricity produced for industry is dedicated to the manufacture of compressed air. Compressed air production is expensive, and efficiency rarely exceeds 10%.
Knowing how to collect, analyze and use precise data on consumption, and how to select and implement relevant performance indicators, can generate savings of between 15 and 30%.
Measure standard flow rates and power consumption, monitor air compressor pressure and efficiency
Energy performance indicators are based on your data. These barometers of your equipment's operating status enable you to monitor your consumption precisely and continuously, detect any drifts or malfunctions, prevent breakdowns and optimize maintenance operations.
Committing to energy optimization 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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