What Size Cooling Tower Do I Need for My Building?
Cooling tower sizing depends on your building’s heat load, climate, and water conditions. Learn the key factors that determine what size tower your facility needs.
Category: Cooling Tower Operations
Technical resources on cooling tower water consumption, evaporation rates, and operational efficiency. Calculation methods, rules of thumb, and water loss breakdowns for facility engineers and property managers.
How Often Should a Cooling Tower Be Cleaned?
Regular cooling tower cleaning prevents scale, biological growth, and efficiency losses. Learn the recommended cleaning schedule and what happens when you skip it.
Water Management for Commercial Buildings: A Complete Guide
A comprehensive guide to managing water costs, consumption, and compliance in commercial buildings. From metering to monitoring to credit recovery.
What Is Cooling Tower Drift and Can It Be Reduced?
Cooling tower drift sends treated water droplets into the air. Learn what causes drift, why it matters for water loss and compliance, and how to reduce it.
How Do I Know If My Cooling Tower Has a Leak?
Cooling tower leaks waste water and inflate your utility bills. Learn the warning signs and how to detect leaks before they become costly problems.
Does My Building Qualify for Evaporation Credits?
Not every building qualifies for evaporation credits. Use this quick eligibility checklist.
What Are Cycles of Concentration and Why Do They Matter?
Cycles of concentration determine how efficiently your cooling tower uses water.
What Is Cooling Tower Blowdown and Where Does That Water Go?
Cooling tower blowdown is the key to understanding your sewer credits.
Is Your Cooling Tower Ready for a Sewer Credit Program?
Use this checklist to determine if your cooling tower is ready for a sewer credit program. Assess equipment, documentation, and utility requirements.
How RPM Water Monitoring Actually Works
RPM installs meters, collects data, handles utility paperwork, and manages your credit program end to end. Here is exactly how it works.