Hundreds of millions of dollars are wasted each year in attempts to control relative humidity (RH) and biological growth in facilities across the U.S. Hundreds of millions of additional dollars are wasted on remediation and reconstruction work to reduce biological harm to people and facilities when HVAC systems are not successful in controlling biological growth. Even more waste and loss of life occurs due to negative health impacts associated with biological growth and Healthcare Acquired Infections (HAI's).
In addition to the total health and wellness related costs, controlling the relative humidity of air entering labs, clean rooms and manufacturing facilities consumes hundreds of millions of additional dollars annually due to the energy intensity of current market solutions.
To combat these problems, Conservant set out to develop a cost effective, energy efficient, maintainable, sustainable and scalable dehumidification and RH control solution.
After substantial research, development and computer modelling, the High Efficiency Dehumidification System (HEDS) was born.
HEDS is a patent-protected, proprietary energy recovery method designed to save more than 40% of the cooling and heating energy related to the cooling, dehumidification and reheat process, while also eliminating the health, wellness, product and productivity loss risks caused by poor relative humidity control.
HEDS is designed to be simple and easily maintainable, requiring knowledge of only basic HVAC system operations and is designed to be scalable, from the smallest room level equipment to the largest central system equipment,< 100 CFM to >1,000,000 CFM.
The HEDS process recovers 20% to 40% of the low quality heat generated in the cooling and dehumidification process and uses that heat for two purposes:
The actual chiller and boiler plant energy savings related to the cooling, dehumidification and reheat process can exceed 70% for certain loads in humid environments.
While there are a number of existing technologies on the market for dehumidification, they have significant limitations when compared with the HEDS system design, including: