This blog dives into the crucial issue of energy efficiency in seawater reverse osmosis (SWRO), which has become increasingly important as the global demand for fresh water continues to rise.
By highlighting the significance of energy-efficient SWRO, we aim to provide readers with fresh perspectives on the topic and how it can help address the world's water scarcity challenge.
We will explore the latest advancements and innovations in SWRO technology that contribute to energy savings, as well as the economic and environmental benefits of investing in energy-efficient SWRO. Join us on this informative journey to learn more about this pressing issue.
With an SEC of 1.86 kWh/m3, an experimental SWRO plant on the Canary Islands showcases record-breaking energy efficiency. Read the blog to discover the 3 critical components enabling financial and GHG emission savings, and how retrofitting existing installations can help decarbonize our thirsty world.
Maintenance of high-value assets is critical to mitigating operational risks. As the SWRO industry evolves, more owners and operators will transition from simple corrective and preventative maintenance strategies and increasingly apply data-supported insights to optimize performance and profits.
The world’s increased use of renewable energy sources has the potential to reduce SWRO’s carbon footprint and increase its affordability and availability.
Energy efficiency has a minor impact on SWRO’s CAPEX but a huge impact on OPEX & TCO
Desalination plants can save money and CO2 by retrofitting older plants for optimal energy efficiency - isobaric ERDs and APP high-pressure pumps are the key