All Posts

CRC’s Airflow Wing is an innovative airflow measurement device built on a patented indirect passive sensing technology. Unlike traditional airflow devices that depend on active sensors or ports within the airstream, the Airflow Wing uses a specially engineered airfoil design to passively measure airflow. This eliminates the need for ports, thermal sensors, or exposed components,…

As buildings continue to focus on improving energy efficiency and reducing environmental impact, SHARC Energy Systems has developed an innovative approach to utilizing wastewater energy for heating purposes. SHARC’s wastewater energy recovery systems harness the thermal energy contained in wastewater and repurpose it for heating, reducing the need for traditional energy sources such as natural gas…

In many cases, excess heat from a chilled water system is rejected into the environment—but this wasted heat can amount to 25% more energy than the cooling that the process creates.

Using the right concentration of Glycol in air-cooled chiller systems is essential to avoid burst pipes and expensive repairs, and optimize energy efficiency.

In the HVAC industry, selecting the right chiller is crucial for optimizing energy efficiency and long-term operational costs. Among the leading technologies are oil-free magnetic bearing chillers and variable-speed screw chillers.

HVAC equipment, particularly chillers, can be a major source of energy consumption. When building owners aim to lower their energy use, they often prioritize optimizing their chillers.