More markets for VPInstruments solutions

VPInstruments offers industrial customers easy insight into energy flows. We believe that industrial energy monitoring should be easy and effortless. Because only when you measure, can you manage and reduce energy consumption. By identifying inefficiencies and uncovering hidden energy losses, monitoring enables real savings and operational optimization.

Recommended by leading energy professionals worldwide, VPInstruments offers the most complete measurement solution for compressed air flow, gas flow, vacuum and electric energy consumption. Our VPVision monitoring software supports all utilities, including air, water, steam, gas, and more. Giving you a comprehensive view of your energy usage. We enable you to see where, when, and how much you can save.

Manufacturing industry

Production plants are major consumers of compressed air, industrial gases, and electrical energy. These utilities are essential for countless processes—but they also represent significant energy costs and potential waste if not properly managed. Measuring and monitoring energy use is therefore crucial to identify inefficiencies, prevent losses, and improve overall performance.

Compressed air, for example, is widely used for packaging machines, offset presses, transport of granulate and food ingredients, cooling of products, and tank aeration. Large energy-consuming applications can be found in industries such as:

• Ceramic factories
• Glass production
• Cement and construction products
• Paper
• Food production, beverage and breweries
• Pharmaceuticals
• Automotive
• Production of materials including plastics, aluminum, steel, wood
• Textile

Other markets and applications

Our products are used successfully in a wide range of industrial and technical applications, where accurate measurement and monitoring are key to optimizing processes, improving reliability, ensuring safety, and reducing costs. For example:

• Aeration monitoring in water treatment plants: to optimize energy use in blower systems and ensure efficient biological treatment.
• Airflow monitoring in large ducts: to maintain balanced ventilation, improve HVAC efficiency, and avoid system overload.
• General test and measurement applications (such as universities): for research, development, and system validation.
• OEM applications: to integrate accurate flow data into machines and systems for improved control and diagnostics.
• Combustion air mixing: to ensure proper fuel-to-air ratios, maximize efficiency, and minimize emissions.
• Oxygen measurement, for instance in hospitals: to guarantee reliable supply, patient safety, and cost control.
• Technical gas mixing: to ensure the correct proportions in sensitive production processes.
• Welding gas, packaging gas monitoring: to prevent leaks, reduce waste, and maintain product quality.
• CO₂ consumption metering: to manage supply, reduce unnecessary usage, and support sustainability efforts.

 

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