Ryoden Cooling Tower

Discover the differences in noise levels between air-cooled chillers and water-cooled chillers. Learn how these systems affect your environment and make informed choices for your cooling needs. Introduction When it comes to managing the temperature in large buildings, industrial facilities, or even data centres, chillers play a pivotal role. However, one aspect that often goes…

Chiller systems are vital in several different types of industrial processes.  They provide essential cooling and temperature control, where excess heat accumulates and must be removed.  Common industrial settings where chillers are used include: Injection and blow molding Die casting Machine tooling Plastic industry Welding equipment Metal working, especially with cutting oils Pharmaceutical formulation processes…

Introduction Air-cooled chillers play a vital role in various industries, providing efficient cooling solutions. However, like any mechanical system, they are prone to issues over time. In this guide, we will delve into troubleshooting and repairing common problems that air-cooled chillers might encounter. Whether you’re a facility manager, technician, or simply curious about chiller maintenance,…

Similar to water chillers, Cooling Towers are used in supplying cool water to the machinery or manufacturing process, and recirculating high-temperature water back to the Cooling Tower to decrease its temperature. The main differences between water chillers and cooling towers are the temperature requirements, and operating and maintenance costs. Cooling Towers can be considered if…

In today’s industrial landscape, the demand for air cooled chillers is on the rise, especially in harsh environments where water availability and quality might be limited. Air cooled chillers offer an efficient cooling solution by utilizing ambient air for heat dissipation, making them suitable for various applications ranging from data centers to manufacturing facilities. However,…

Induction heating systems have proven to be an excellent method for working with a wide range of electrically conductive materials – these include steel, copper, aluminum, brass, plus other semi-conductive compounds such as silicon carbide and many others. It’s a very versatile methodology, used in many industries, applications, and manufacturing processes, including: Automotive Aviation Marine…