Floating Covers: Boosting Efficiency in Power Plants by Combating Algae and Reducing Maintenance Costs

Introduction

Power plants—whether thermal, hydroelectric, or nuclear—depend heavily on large water reservoirs to operate. However, these plants face persistent challenges: algae proliferation, equipment deterioration, and high maintenance costs. Our floating covers offer a proven solution to these issues while also being capable of withstanding extreme environmental conditions.

Common Challenges in Power Plants

 1. Algae Proliferation

Algae thrive in large, uncovered water reservoirs exposed to sunlight, leading to clogged motors, pumps, and pipes. This not only increases maintenance costs but also reduces the efficiency of cooling systems.

 2. Deterioration of Motors and Systems

The accumulation of algae and debris in cooling systems necessitates frequent cleanings, causing costly downtimes and premature wear of equipment.

 3. Maintenance and Repair Costs

Power plants often devote significant resources to maintaining water systems to avoid issues related to algae and fouling. Traditional water treatment methods also involve the use of expensive chemicals.

Floating Covers: An Innovative Solution for Extreme Conditions

Our floating covers, such as HexProtect® and Rhombo Hexoshield®, are designed to withstand extreme environmental conditions, ensuring optimal performance in various settings.

 • Adaptation to Arid Environments: Installed in Nevada’s desert, our covers have proven effective in reducing evaporation by 96%, even under intense heat.

 • Hurricane Resistance: Our covers are engineered to endure high winds and have demonstrated resilience during hurricanes, particularly in Florida.

 • Protection Against Extreme Cold: Our systems are also suited for cold climates, like Alaska, where they maintain consistent performance despite freezing temperatures.

Benefits for Power Plants

 1. Reduced Maintenance

Installing floating covers decreases the frequency of system cleanings and reduces equipment wear. Power plants can thus operate more efficiently with fewer production interruptions.

 2. Lower Operating Costs

By preventing algae growth and minimizing system fouling, floating covers reduce the need for chemical treatments and related maintenance costs, leading to significant long-term savings.

 3. Support for Environmental Sustainability

Our covers, made from recycled plastics, help reduce the environmental footprint of power plants by improving water management.

Conclusion: A Strategic Investment for the Future

In a world where operational efficiency and sustainability are priorities for power plants, floating covers offer a proven solution for combating algae, preserving equipment, and reducing maintenance costs. Their ability to perform in extreme environments—whether desert heat, polar cold, or hurricanes—makes them a strategic choice for power plants worldwide.