This article will explore the Cooling Technologies Institute (CTI) Standard 201 (STD-201) Thermal Certification This article will explore the Cooling Technology Institute (CTI) Standard 201 (STD-201) Thermal Certification Program, share perspective from leading cooling tower manufacturers, and cover other existing and evolving CTI test codes, standards and certifications. This article will also emphasize the investment and bandwidth contributed to CTI by cooling tower manufacturers for the benefit of the industry and its end users. 

Process cooling systems are mandatory components of the production infrastructure in many plants. System efficiency is second only to operational performance (i.e. meeting the process requirements) in the design and operation of these systems, and many companies go to great lengths to attain system efficiency.  Many times, unfortunately, the actual system performance is well below the hoped for efficiency target.
The U.S. Department of Energy (DOE) started moving down the pump efficiency path when it began regulating certain commercial and industrial pumps in 2020. This effectively removed the least-energy-efficient pumps from the market—about 25 percent of the total. It is a good start, but real change will not be achieved unless we start replacing the installed base with more efficient pumps. The state revolving fund (SRF) programs have a green set-aside of 10 percent of their funds that must be spent on carbon-reduction initiatives. Most facilities have already identified the bad actors—equipment that often breaks down or requires maintenance.
How do you replace aging cooling towers without risking disruption to a plant's continuous high-volume operation? That was the challenge at a major Midwest automotive manufacturing facility. In 1998, SUVs and minivans began rolling off the production line at the 4.5 million-square-foot facility (roughly 80 football fields under one roof), and the existing cooling towers were due to be replaced. 
In late October 2023, professionals from around the world gathered at the Best Practices 2023 EXPO & Conference at McCormick Place in Chicago, Illinois to source and learn about Sustainble, Safe and Reliable On-Site Utilities Powering Automation including chillers, cooling towers, motors, compressed air, blowers, vacuum, pneumatics and more.
In October of 2023, eight hundred sales professionals from forty-one countries attended the EVAPCO Global Sales Conference in Baltimore, MD. Under the theme “Full Spectrum Evolution,” EVAPCO celebrated the talent of its global sales network, and the evolution of its full spectrum of heat transfer solutions. This article will recount the event functions and share new developments unveiled at the EVAPCO Global Sales Conference, the first since 2017. 
This article will discuss the instrumentation typically found in cooling systems and other plant utility systems, what other instruments and gauges should be used, how the instrumentation should be used, and good maintenance practices for instrumentation.
Evaporative condensers are an efficient and cost-effective heat rejection solution for various applications—food and beverage refrigeration, industrial machinery cooling, and HVAC. The units work by condensing superheated refrigerant vapor inside a coil that is continually sprayed with water.  As the water evaporates, fans reject the heated water vapor to the atmosphere.  By lowering system condensing temperatures, evaporative condensers reduce compressor horsepower requirements, resulting in energy savings of up to 15% when compared to air-cooled systems.
This is a two-part article looking at factors impacting decisions on whether to use air or water-cooled air compressors. It also provides heat recovery guidelines for both situations. Part 2 will provide a review of alternative cooling water system options and their approximate operating costs.
The need for cooling capacity is increasing globally. An expanding population and an ever-growing dependence on data increases the need for process cooling, centralized space cooling, and data center cooling. Meanwhile, in many places, water scarcity is a massive issue. In conventional, industrial cooling applications, the use of water for heat rejection is critical. Cooling towers and most evaporative fluid coolers depend heavily on water to reject waste heat to the atmosphere.
Water conservation is a high priority in designing and operating water-cooled equipment and plays an important role in USGBC’s Leadership in Energy and Environmental Design (LEED) certification and other sustainability programs. LEED assigns credit points to reduce water usage.