Mechanical Ventilation Breathe Easy with Fresh Air in the Home

Ventilators are most important key to reduce indoor air pollution, especially in industries, factories, bakeries and even in the live kitchens. All these places are indulged in evolving fumes and even sometimes hazardous gases that may pollute the indoor air. This eventually turns harmful for the workers and animals in the same area. For these reason we use different types of Ventilator in different places.In industries to provide fresh air, moisture, odors, and other pollutants can build up inside a home without mechanical ventilation. This ventilation systems mostly uses circulate fresh air using ducts and fans, rather than relying on airflow through small holes or cracks in a home’s walls, roof, or windows. People can breathe easier knowing their surrounding has good ventilation.

BENEFITS OF MECHANICAL VENTILATION

• Best Indoor Air Quality. We always think that outdoor air is always polluted than Indoor air but it can be many times more polluted than outdoor air, and the average Indian spends much of the day inside. Ventilation systems can significantly improve a industries or home’s air quality by removing allergens, pollutants, and moisture that can cause mould problems.

• More Control need. When homes or any company depends on air flow through roofs, walls and windows for ventilation, this is beyond control over the source or amount of air that comes in. In fact, air leaking into your surrounding area may come from undesirable areas such as the garage, attic, or crawl space. Mechanical ventilation systems, provide fresh air flow along with exact locations for intake and exhaust.

 • Improved Comfort air. Mechanical ventilation systems allow or provides a continuously flow of outside air into your surrounding area and can also provide dehumidification, filtration and conditioning of the incoming outside air.

HOW VENTILATION SYSTEMS WORK

A many of the mechanical ventilation systems are based on local climate and the home’s heating and cooling system. Plus to one of the primary systems described below, “spot” ventilation fans should also be provided for baths and kitchens to remove the odors and concentrated moisture that can occur in these rooms. The typical systems climates are described below:

• Supply Ventilation Systems—Hot or Mixed Climates. 

Many rooms by a fan and duct system a fresh air is drawn in through an air “intake” vent and distributed. A fan and set of ducts dedicated to only use for ventilation, or To the main return air duct an outside air intake can be connected, allowing the heating and cooling system’s such as  duct and fan to provide or distribute the fresh air. The use of connecting to the return air duct is that outdoor air can be air dehumidified or conditioned before it is introduced into the surrounding atmosphere. Supply systems continually introduce outdoor air, a home can become slightly pressurized. The output is these systems are typically not suitable for cold climates where there is a risk of heated indoor air being pushed through any remaining holes and cracks in the constructed surrounding area where it could reach cold exterior surfaces, condense, and cause moisture problems.

 • Exhaust Ventilation Systems—Cold Climates. 

Indoor air is continuously exhausted to the outdoors with 1 or more fans often located in area like bathrooms. The home becomes slightly depressurized because indoor air is continually drawn out. Result is , systems are typically not appropriate for humid and hot, climates so there is a risk of drawing hot outdoor air into remaining holes and cracks in the construction assembly where it could reach cool interior surfaces, condense, and cause moisture problems.

 • Balanced Ventilation Systems—All Climates. 

With the help of these systems, equal quantities of air are brought into and sent out of the industry area or home. It is achieved using two fans—one to bring fresh air in and another to send indoor air out. The 2 main common systems are “heat recovery” ventilation which is commonly referred to as HRV and 2nd one is “energy recovery” ventilation which commonly referred to as ERnd V. HRVs transfer heat from exhaust air to incoming air during the heating season and from incoming air to exhaust air in the air conditioning season to reduce the heating and cooling load and improve comfort. Heat and moisture transfer ERVs between the exhaust air and incoming air. This provides savings in the summer by decreasing the moisture content of the incoming air that would otherwise have to be dehumidified with the cooling equipment or a dehumidifier. ERVs also provide or send more comfort in the winter by adding moisture from the outgoing air to the incoming air to help avoid excessively dry indoor conditions. Our common goal—protecting the environment for future generations by changing to more energy-efficient practices and products today.

Effective ventilation can increase comfort, productivity and energy efficiency at a work place or other commercial buildings. In this reduce heat, condensation and exhaust pollutants can reduce by well-designed ventilation system. Riseecovent have a range of products to suit commercial, industrial and residential premises.

Riseecovent headquartered at Thailand was incorporated in 2006, we specialize in providing ventilation solutions for various industries. To cater to the growing demand of all Eco Roof Ventilators for industrial & commercials purposes in Asia we expanded our operations in India, Singapore, Indonesia, Malaysia, Vietnam, Cambodia, Myanmar& UAE.