Yet industrial HVAC represents a far more sizable opportunity for energy savings than lighting. Heating and AC units are often located high overhead in industrial spaces that can easily be 20 to 30 feet above the plant floor. The rule of thumb is that for every 10 foot drop required to reach the plant floor, there's a 10° F drop off in temperature. That means you're filling a lot of negative space with wasted energy. And pushing that air means even more energy to fans or blowers. We study existing heating and cooling distribution methods and look for ways to put the heating and cooling where it's needed.
Lighting is a fundamental requirement of every facility that we rarely think about, yet it's integral to virtually every facet of business. From development to final inspection, every product is impacted by it. Lives depend on it. And when you look at it more closely, you realize just how many ways lighting influences the core strategic drivers you rely on to propel your business forward. With so much at stake, it pays to have proven experts you can trust to get this mission-critical task done - and done right.
Foundries & Steel mills require that LED lighting, HVAC systems and compressed air systems are engineered not only for energy efficiency but for extreme durability. Industrial lighting, HVAC systems and compressed air systems must be specifically engineered to provide reliable, energy efficient performance in paper manufacturing facilities. Sanitation protocols and wash down procedures are essential for quality control and food safety, but they can be brutal on plant fixtures and mechanical systems.
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