Mini Split Heat Pump Reviews in Augusta-Richmond – What is Indoor Air Pollution?

Harmful particles that originate inside and tend to stay inside become indoor air pollution. The most common culprits are dust, which is 70% percent dead skin, pet dander, mold spores, bacteria, microscopic organisms, smoke, and chemicals from cleaning products. Certain rooms contain higher amounts of certain allergens, but even offices and the interior of cars are susceptible to indoor pollution. None of these spaces have adequate ventilation to freshen air, and all of them have unnecessarily high humidity.

Mitsubishi Mini Split Heat Pumps in Augusta-Richmond – Indoor Air Pollution.

The top indoor allergen is dust mite protein, created by mite carcasses and excretion. As with most allergies, exposure to dust mites can cause congestion, red and itchy eyes, itchy skin, or respiratory problems. These mites rely on a moist, warm environment with lots of dust; conditions that are common in most people's living and work places. Millions of mites are sustained by water vapor and nutrients from our skin flakes and bacteria. 

Mini Split Heat Pumps in Augusta-Richmond – Air Circulation Devices.

Air circulation devices, such as centralized heating and air conditioning, fans, air purifiers, or dehumidifiers can serve as collection areas for dust and mildew if not properly maintained. All these appliances have filters, ducts, or screens that must be cleaned or replaced regularly. Make sure all the ventilating outlets to your house are clean, including window screens.

Ductless Heat Pump in Augusta-Richmond – HEPA Filtration, HEPA Air Purifiers, and Carbon Filters.

Other purification tools include air ionizers, vacuums equipped with HEPA (High Efficiency Particle Arresting) filtration, HEPA air purifiers, and carbon filters. When indoor air can be five to ten times as polluted as outdoor air, it is important to take every preventative and corrective measure available. Even house plants, which recycle carbon dioxide into oxygen, help clean air.