MODERN ENGINEERING SOLUTIONS > BLOG > PODCAST > ENERGY SOLUTIONS FOR WATER AND WASTEWATER TREATMENT FACILITIES | WEFTEC SERIES 2 | EP 6
-> Join Engineers For Communities Group on Linkedin
-> Watch this Live show here: Linkedin
-> If you are interested in being a guest on a live show fill book an Onboarding Call
In this episode of Engineers for Communities, host Michael Groselle discusses the vital role of backup generators in water and wastewater infrastructure with Ross Kirschbaum from Kohler. Learn how reliable power solutions can safeguard essential services and explore the latest innovations in generator technology.
★ Discover why backup power is critical for water systems, especially during storms or emergencies, and how transitioning to stationary generators reduces downtime and operational risk.
★ Explore the pros and cons of diesel, natural gas, and LP vapor generators, and how to select the right fuel option based on maintenance requirements and load schedules.
★ Learn about common challenges with maintaining diesel fuel, such as algae growth and water ingress, and how regular upkeep ensures generator reliability.
★ Understand how service contracts and 24/7 support can provide peace of mind for facilities during power outages.
★ Hear real-world examples of how customer feedback drives innovation in Rehlko’s generator designs, including on-site testing and rapid customization.
★ See how Rehlko integrates cutting-edge technologies like hydrotreated vegetable oil (HVO) compatibility and hydrogen fuel cells to reduce emissions and environmental impact.
★ Learn about renewable energy applications, such as integrating natural gas digesters and microgrid controllers, to enhance efficiency and sustainability.
★ Explore the importance of scalability, with generator solutions ranging from small 25 kW units to large 4 MW systems, to meet the diverse needs of facilities.
★ Discover how Rehlko’s hybrid solutions, including prime power generators, can offset costs by feeding excess energy back into the grid.
★ Dive into the future of distributed energy systems, and how innovative technologies are reshaping the power landscape for rural communities and critical infrastructure.