How Goodway Helps Drive Cooling Efficiency for Data Centres
In data centres, cooling performance is not just a maintenance concern, it is a business-critical priority. Every server, storage system, and network device depends on stable environmental conditions to operate reliably.
Even small losses in heat transfer efficiency can increase energy consumption, reduce cooling capacity, and place infrastructure at risk.
Cooling performance is a business-critical priority
Over time, fouling, scale, biological growth, and debris inevitably accumulate in heat exchangers, condensers, and cooling towers. These deposits restrict water flow, insulate heat transfer surfaces, and force cooling systems to work harder to maintain temperature setpoints. The result is higher operating costs, increased wear on equipment, and a greater likelihood of unexpected downtime.
Preventive maintenance and fast, effective cleaning are essential to maintaining peak system performance. By restoring heat transfer efficiency and ensuring proper airflow and water circulation, maintenance teams can reduce energy use, extend equipment life, and protect up time.
Restoring chiller efficiency through tube cleaning
Restoring chiller efficiency through tube cleaning
Tube fouling is one of the most common causes of reduced chiller efficiency. Deposits inside condenser and evaporator tubes act as an insulation barrier, forcing chillers to run longer and consume more power to achieve the same cooling output. Routine tube cleaning removes these deposits and restores heat transfer performance.
The RAM-5 tube cleaning system is designed to make this process fast, efficient, and repeatable. Built for demanding industrial environments, it delivers powerful rotary cleaning action that removes stubborn deposits without damaging tubes. Its portability and user-friendly controls allow maintenance teams to complete cleaning quickly, minimising system downtime. By restoring condenser and evaporator efficiency, teams can often recover significant energy losses and reduce operating costs almost immediately.
Click to learn more about the RAM-5 rotary tube cleaning system
Improving airflow and heat exchange in coils
Coil fouling presents another major challenge in data centre HVAC systems. Air handling units and condenser coils accumulate dust, grease, and airborne contaminants that restrict airflow and reduce heat exchange. Dirty coils force fans and compressors to work harder, increasing energy consumption and accelerating component wear.
The CC-400 coil cleaner provides a fast and effective way to remove buildup and restore airflow. Its design enables thorough cleaning of coils without excessive water use or disruption to surrounding equipment. By keeping coils clean, facilities can maintain proper airflow, improve temperature control, and reduce strain on critical cooling components.
Click to learn more about the CC-400 advanced coil cleaning system.
Maintaining cooling tower performance
Cooling towers are equally critical to overall system performance. Scale, sludge, and biological growth inside tower basins, fill media, and piping can reduce heat rejection capacity and increase pump and fan energy requirements. Left untreated, these conditions can lead to reduced cooling capacity and unplanned maintenance events.
The CTV-1501 cooling tower vacuum is engineered specifically for removing debris, sludge, and sediment from cooling tower basins and hard-to-reach areas. Its powerful vacuum capability allows maintenance teams to clean towers without needing to drain the water and while systems remain operational, helping to avoid extended shutdowns. Regular removal of debris improves water circulation, supports better heat rejection, and helps maintain consistent cooling performance.
Click to learn more about the CTV-1501 cooling tower basin vacuum.
Company profile: Goodway
For 60 years, Goodway has been manufacturing HVAC maintenance equipment designed to help facilities operate more efficiently and reliably. Today, HVAC technicians and maintenance teams around the world trust Goodway® solutions not only for proven performance, but also for exceptional application support and technical expertise that help ensure the right approach for every system.
A proactive approach to reliability
When these maintenance practices are performed regularly, the impact on operational efficiency can be substantial. Clean tubes improve heat transfer and reduce compressor workload. Clean coils maintain airflow and stabilise temperatures. Clean cooling towers enhance heat rejection and water system performance. Together, these improvements help data centres operate more efficiently while reducing energy costs and extending equipment life.
Just as importantly, effective maintenance reduces risk. Unplanned downtime in a data centre can have significant operational and financial consequences. By using reliable, purpose-built cleaning equipment, maintenance teams can perform critical tasks faster and with greater confidence, ensuring systems are ready to perform when they are needed most.
As data centre capacity continues to grow and cooling demands increase, maintenance strategies are evolving from reactive repairs to proactive performance management. Facilities that prioritise efficiency, preventive care, and the right tools are better positioned to control operating costs, extend infrastructure life, and maintain consistent cooling performance modern digital operations depend on every day.
