A Pump Is Used To Maintain Rate Of Flow HVAC Dehumidification Indoor Pools

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HVAC Dehumidification Indoor Pools

Controlling humidity in Natatoriums/indoor pools

How to achieve the perfect balance of water and air from building to dehumidification

Much information has been distributed over the years regarding indoor pools, as to the “how” and “why” of properly controlling humidity in an indoor pool. From exhaust fans, exchanging outdoor air for indoor air (waste ventilation), opening windows, basement style dehumidifiers plugged in, 100% outdoor air systems, mechanical refrigeration based dehumidification systems to what works and at what cost. A pool room is like a pot of boiling water on the stove…the moist warm air coming from the pool in the form of evaporation rises and layers in the ceiling area and walls of the pool room. If left unchecked, this 100% humidity eventually destroys all building materials and equipment, causing roof cavities, mold, rot, mold.

Today’s heat recovery refrigeration based dehumidification systems reduce humidity to 50-60% of recommended ASHRAE guidelines, maintain temperature, provide heating and cooling, and add free “reheat” resources to rooms and pools when operating. In most cases, decontamination is considered before or after a moisture problem is discovered. In some cases equipment that is not suitable for this type of structure is installed and soon it becomes apparent that it does not work to control the environment. The cost of preventing deterioration problems with pool rooms can be avoided during the design phase and is much less than the cost of road repairs. What we see today is the creation of envelopes, engineering, installation of dehumidification systems and properly sized air delivery systems installed to reduce humidity and control the pool room environment 365 days/year.

Many companies have written articles recommending the use of expensive and unnecessary building materials, which in reality– are not “bullet proof” or water proof versus “Mother Nature’s heat pump”. An engineer specializing in indoor pools and dehumidification once said “If it’s a battle with water…water always wins”.

Over the last 30 years we have built indoor pools/natatoriums, enclosures that self-destruct in less than 5 years – firstly because – of not taking proper preventative measures during the design and building stages and secondly, of not installing proper decontamination. Environmental control system. There are many areas to cover as you become familiar with the needs of your indoor pool, building and necessary dehumidification system. Don’t leave all the research to architects/engineers, builders and HVAC firms… most are not trained or schooled in indoor pool building or dehumidification systems. They do exactly the research you should. We often hear…. “We were never told about a vapor barrier”… “We were never told we needed a system”… “We were told we didn’t need a dehumidification system so we could use exhaust fans. “, “We thought we could use a plug in dehumidifier in our basement”…. All these myths can be easily dispelled with a little research. Budget for dehumidification: Do it now for less or spend more to break down drywall, windows and structural materials in less than 5 years. Often the cost of a properly designed dehumidification system is less expensive than renovating the structure.

System sizing is based on specific guidelines provided by ASHRAE (American Society of Heating and Refrigeration Engineers), ACCA, SMACNA and other consortia in our industry. Under sizing and over sizing are common in this industry. This can also increase the cost of operation. All aspects are considered to design the right size system, including your design requirements. Building Requirements – Standard building materials may be used (vapor barriers, negative pressure, lighting, windows, mechanical spaces should be discussed with your consultant for your application). Some products will hold up better than others in an envelope with high humidity. Most companies don’t have the knowledge to consult with you on the building side of the equation. You may want to look for companies that offer consulting with their design and dehumidification systems. HVAC – Dehumidification System.

Most companies will tell you to buy a commercial grade dehumidifier, the lowest cost unit, with the lowest installation cost, uses less than standard electrical voltage, lowest operating cost, and a smaller unit to avoid complex options. This is a bit misleading for several reasons: dehumidification systems today are sized to accommodate all kinds of applications; There are residential projects of 5-50 tons and small commercial projects of 3 tons. Whether it’s a residential or commercial application, you want a dehumidifier that’s built for your application, your evaporation rate, your airflow, and your design requirements. When companies want you to install a “smaller” unit because it’s less expensive or it is A plug in style unit, your question to any manufacturer should be “Does your system meet or exceed all ASHRAE guidelines for indoor pools”?

Air distribution (duct work). This is the most critical aspect of any installation. Great heart-bad arteries. Without ductwork, the heart (dehumidification) cannot function. Consider building a new home. As an owner, you will not install a furnace and outdoor air conditioning system and then Do not attach to the duct A working system to move air flow at certain air turnover rates throughout the house. You wouldn’t just run ductwork in your family room and skip the rest of the house if you want the whole house to be comfortable. Energy efficiency, lowest cost of operation, lowest equipment cost are based on numerous factors, such as the size of your natatorium, your utility rates, using a pool cover, not oversizing your project, or purchasing a small dehumidification system. Refrigerant charge, equipment design, your building, heat loss/heat gain, etc.

These are some of the variables that should be taken into consideration. It is difficult for any manufacturer to guarantee the lowest operating costs of any system when “how you build” also affects operating costs. The most effective way to reduce operating costs is to use a pool cover when the pool is not in use and maintain temperatures at recommended levels. Secondly, look at your design; Is it standard construction with insulated walls and roof or is it all glass? Building design also reduces or increases utility costs.

Environmental Pool Systems, Inc. It specializes in indoor pool humidity control. Our company provides consulting to the natatorium industry and has been manufacturing dehumidification systems since 1985. For additional building information, browse http://www.dry-air.com, call Chris Leonetti at 800-514-7051 or email Chris @dry-air.com with specific questions! We’re here to make sure you have a pool room that provides a healthy, stable, warm and dry environment for years to come!

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