MASDAF highlights the Critical Role of Fluid Systems in Industrial Energy Efficiency During Summer
As summer approaches, energy consumption and operational loads in industrial facilities are beginning to increase. Cooling systems, water circulation networks, and fluid transfer infrastructures in particular operate at much higher intensities during this period. Inefficient systems may create significant risks for businesses in terms of both operational reliability and cost management.
Erhan Özdemir, CEO of Masdaf, points out that the increasing system load during the summer season makes the importance of fluid infrastructure in industrial facilities more visible than ever.
Production continuity in industrial facilities depends not only on core manufacturing equipment but also on the performance of supporting infrastructure systems. The growing cooling demand associated with rising temperatures increases the operating capacity of fluid technologies, particularly pump systems.
This increased workload can accelerate energy losses and negatively affect equipment life cycles, especially in systems operating with outdated technologies or lacking regular maintenance.
Globally, electric motors account for approximately 46% of total electricity consumption, while nearly 22% of this energy is consumed by pump systems. These figures clearly demonstrate the critical role that pump systems play in industrial energy management.
Hidden Industrial Costs Often Originate from Infrastructure Systems
Commenting on the issue, Erhan Özdemir, CEO of Masdaf, one of Türkiye’s leading brands in fluid technologies, emphasized that businesses should adopt a comprehensive approach not only toward production equipment but also toward their entire fluid infrastructure, especially before entering the summer season.
He stated:
"During summer periods, not only does energy consumption increase in industrial facilities, but operational loads on infrastructure systems also rise significantly. Fluid technologies operate much more intensively during these periods. Therefore, businesses need to approach their entire fluid infrastructure holistically rather than focusing solely on production equipment. Today, an efficiently operating pump system does much more than provide energy savings—it directly impacts production continuity, equipment safety, and operational efficiency."
Next-Generation Pump Technologies Support Energy Efficiency
Erhan Özdemir also highlighted that optimizing fluid systems used in industrial facilities offers significant opportunities for savings. Next-generation pump systems equipped with variable speed drives can operate according to actual demand, thereby reducing unnecessary energy consumption.
He noted that properly designed systems can achieve energy savings ranging between 20% and 40%.
Özdemir further explained that Masdaf provides not only product supply but also engineering solutions specifically designed according to facility requirements:
"Each facility has different operational structures, fluid characteristics, and working conditions. Therefore, instead of relying on a standard product approach, a system-oriented perspective is essential. Starting from system analysis, we develop customized solutions tailored to each facility's specific needs. Properly functioning fluid systems today contribute not only to current energy requirements but also to long-term production continuity."
