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Appraisal of energy use levels in
industrial compressed air installations
Most of the times, the energy audit for industrial compressed air is ignored, although it represents one of the greatest opportunities to reduce energy consumption in industry.
Industrial compressed air is considered the fourth utility and has direct effects on energy consumption, being the most expensive utility used in the manufacturing industry.
Industrial compressed air installations audit
Identifying the points where it is possible to intervene to reduce costs and increase loading safety
Radiography and analysis of industrial compressed air installations
Highlighting the investment costs of the proposed improvement measures and calculations related to their recovery period
Profitable energy efficiency
In order to eliminate the significant wastage from industrial compressed air installations and to optimize the energy consumption, the following major elements are analyzed in detail:
- Production of compressed air
- Distribution of compressed air
- Use of compressed air
The audit performed by Quartz Matrix SRL is in accordance with the requirements of the Energy Efficiency Law no. 121 of 18.07.2014 and completed with Law 160 of 26.07.2016, adopted by the Romanian Parliament. This law transposes Directive 2012/27 / EU of the European Parliament and of the Council of 25 October 2012 on energy efficiency, amending Directives 2009/125 / EC and 2010/30 / EU and repealing Directives 2004/8 / EC and 2006 / 32 / EC, published in the Official Journal of the European Union series L no. 315 of November 14, 2012.
- Chauvin Arnoux CA 8335 Power Quality Analyser
- Flexim fluxus G601 – ultrasonic clamp-on gas flowmeter (portable)
- TransPort™ PT878GC Portable Clamp-on Ultrasonic Gas Flow Meter
- Testo 425 Compact Thermal Anemometer
- TRU POINTE® 1100 ultrasonic detector
Description of an industrial compressed air audit performed by
Achievement of a detailed radiography of the current situation by specific measurements with specialized devices: analysis of the system of production, treatment, distribution and consumption of industrial compressed air
Highlighting the weak points and the opportunities to improve performance: identifying the leaks in the compressed air distribution system, identifying the points that generate pressure losses, identifying the performance levels, etc.
Identifying the optimal solutions to streamline the operation of industrial compressed air systems and technical-economic analysis for the proposed solutions (cost, investment and recovery period)
Technical-economic assessment of the current level of performance
Elaboration of technical-economic offers for the implementation of the proposed efficiency projects based on the identified opportunities
Highlighting energy savings and the recovery period of investments