Natural Ventilation
If you’ve ever noticed that the attic in your house is warmer than the floors below? If so, then you’ve seen the stack ventilation in action. Stack effect ventilation uses this same principle to ventilate a building naturally. By taking advantage of the differences in air density inside, outside, and throughout the building a space
At Moffitt, we’ve been helping customers decrease temperatures with year round ventilation for over sixty years. Whether it’s fans, evaporative cooling, or natural ventilators, we can help you find the solution for high temperatures, humidity build-up, and hazy conditions through all seasons. How Does Year Round Ventilation Work? The benefits of a natural ventilation are
With the increased awareness of energy costs and the environmental impacts of energy use, natural ventilation has become a more appealing method for reducing usage and cost. This natural ventilation approach provides superior indoor environment air quality and helps maintain a healthy, comfortable, and productive climate. When compared to the more customary approach of mechanical
Moffitt Corporation has been designing industrial ventilation systems with a paper & pencil for over 50 years. Of course, the technology has changed significantly in the last five decades. Now, in addition to paper & pencil, we use sophisticated CFD modeling to design the most effective and efficient ventilation systems. Advanced CFD Modeling for High
If your factory feels like a cave, then you need Moffitt. Our team can help you improve airflow and light in your building with natural solutions. All in all, Moffitt will help you create a better work environment with natural solutions. In our new video we see how a different caveman is struggling with his
A picture is worth a thousand calculations. That is why Computational Fluid Dynamics (or CFD) modeling is so useful for ventilation. This tool creates vivid images that can show a new ventilation system in motion. A step beyond a static photo, they show how air actually moves in your facility. These models illustrate temperature changes,
Heat waves produces unique challenges for plants, factories, and warehouses. First, elevated temperatures mean greater power consumption and in-turn, power outages. Secondly, intense temperatures make it hard for workers to function at peak efficiency. Especially if the plant normally operates above outdoor ambient temperature. Finally, a heat wave can lead to higher and more volatile