Most of us have experienced one of our best solutions backfiring and unintentionally creating a bigger problem in the future. One historical example of an unintended consequence occurred in the early 1900s in Hanoi, Vietnam. Under French Colonial rule, the city was proud of the sanitation benefits of its indoor toilets supported by a vast sewer system.

Extracting heat from server rooms/warehouses has only grown in importance with today’s high-performing, temperature-sensitive equipment and energy.

Up to 80% of building engineers forget to regularly replace their facility’s UV-C lamps, leading to reduced HVAC/R system performance and losses in energy and indoor environmental quality.

UV Resources has upgraded its RLM Xtreme fixtureless ultraviolet (UV-C) lamp system to include its new 24-volt Contact Controller. Officials claim the prewired controller streamlines UV-C system installation, cutting time by up to 50% and improving safety.

The UV Resources RLM Xtreme fixtureless UV-C lamp system delivers high-output ultraviolet energy to irradiate coils and destroy mold, bacteria, and microbes in high-volume HVAC environments. This modern UV-C system aims to help improve air quality, while creating a more energy-efficient HVAC system that does not need to waste energy to distribute properly conditioned air to the space.

Unfortunately for indoor mushroom farmers, the very environmental conditions that produce bumper mushroom crops also promote mold growth in farm air conditioning systems,

A little lesson in earth science can help with occupant comfort.

The UV-Com™ Control Panel from UV Resources provides a means of monitoring multiple Ultraviolet “C” (UV-C) fixtures installed in individual air handling units (AHUs). According to the manufacturer, the UV-Com easily automates the conventional means of “manually checking” that lamps and ballasts are operational and communicates this lamp status to most BAS and BMS. A single UV-Com control panel can simultaneously monitor up to eight separate UV-C fixtures. Multiple UV-Com panels can be linked together in a daisy-chain sequence in order to monitor as many individual UV-C fixtures as necessary.