Maximizing Efficiency: The Key to Chiller Performance and Cost Savings

Want to substantially reduce energy consumption? Chillers play a pivotal role in the functionality of various facilities, serving as a primary component for temperature control. However, their significance comes at a cost – a significant portion of energy consumption. Chillers typically account for over 50 percent of electrical usage in most facilities, utilizing around 20 percent of the total electrical power generated in North America.

The United States Department of Energy estimates that chillers expend an additional 30 percent of energy through inefficiency. This inefficiency comes with a hefty price tag, costing companies billions of dollars in energy expenses annually. With over 100,000 chillers in the United States alone, addressing inefficiency becomes a paramount concern for both financial and environmental reasons.

Chillers running inefficiently not only drain excessive energy but also pose risks to equipment reliability, maintenance intervals, and overall lifespan. Even a slight decrease in chiller performance can lead to a significant impact on efficiency. For instance, a mere 1-degree Fahrenheit increase in condenser water temperature above full load design can decrease chiller efficiency by 1 to 2 percent. Neglecting a water treatment program can result in a reduction in efficiency ranging from 10 to 35 percent or more in extreme cases.

In the Evolution of Tower Guard®, Achieving Dual Goals: Simplicity and Reliability. The system successfully addresses performance-detrimental conditions in open circulating water systems, tackling scale, corrosion, algae, bacteria, and debris. Its efficiency stems from the strategic application of magnetic fields, ionization, and solid-from-liquid separation, resulting in a reliably simple water management solution. Addressing chiller inefficiency is not only an environmental responsibility but a strategic move for businesses aiming to optimize costs and facility performance. Implementing measures to enhance chiller efficiency can yield substantial benefits.

Unlocking Synergy: The Collective Power of Ionization, Separation, and Magnetism in Tower Guard®. Individually valuable, their integration achieves synergism, surpassing the sum of their parts. Tower Guard® relies on this harmonious blend to eliminate system bleeding, prevent corrosion through magnetism and separation, remove scale, and enhance biocidal ionization.

It marks a groundbreaking step, introducing the first-ever integration of elegantly simple technologies, transforming water management in evaporative cooling systems through the principles of physics, not chemistry.

By replacing chemical treatment with physics, our innovative solution not only breaks the cycle of common cooling water challenges but also introduces sustainable and efficient practices for long-term system health and performance.

Proactive System Monitoring for Enhanced Efficiency: Stay Ahead of Potential Issues with Real-time Alerts. Electronically monitor critical indicators across your entire system and receive timely notifications for various parameters such as rising water temperatures, impending motor issues, excessive water usage, and increasing energy consumption. By staying ahead of potential problems, you can schedule planned maintenance downtimes, avoiding surprise emergency failures and minimizing production losses.

Our advanced monitoring system not only ensures the longevity of your equipment but also facilitates the rapid recapture of your initial investment. With guaranteed return on investment (ROI) in less than a year, you’ll experience continuous cost savings month after month. Embrace a proactive approach to maintenance and enjoy the benefits of a more efficient and predictable operational environment.