Hazardous effects of household Cleaning Products

The Hazardous Effects of Household Cleaning Products

All-Purpose Cleaner Cleaners may contain ammonia, a strong irritant which can also cause kidney and liver damage, butyl cellusolve which is neurotoxic and rapidly penetrates skin, and ortho phenylphenol which is a severe eye and skin irritant. Many all-purpose cleaners contain DEA and TEA which can react with nitrites (added as undisclosed preservatives or present as contaminants) to form carcinogenic nitrosomines which readily penetrate the skin. Many coloured products are made with carcinogenic coal tar colours. Hormone disrupting parabens may be used as preservatives. Many cleaners also include fragrances and detergents. Alternative brands may contain d-limonene, a sensitizer which can also cause respiratory distress as well as liver, kidney and nervous system damage. D-limonene is a hazardous substance, although it is derived from a natural source. We do not recommend it for frequent use.

Bleach The main ingredient in chlorine bleach is sodium hypochlorite (chlorine added to lye.) Chlorine is toxic as a skin irritant, and by inhalation. Sodium hypochlorite can create poisonous chlorine gas if mixed with ammonia (which may be an unlabeled ingredient in some cleaning products) or with vinegar. Workplace safety data sheets warn that sodium hypochlorite may be a neurotoxin and cause liver damage. People with chemical sensitivies report adverse reactions to minute quantities of chlorine. Sodium hypochlorite readily combines with organic matter to form organochlorines which are highly toxic to aquatic life.

Carpet Cleaner Carpet cleaners can contain perchloroethylene, a known human carcinogen which can have immediate central nervous system (CNS) effects including dizziness, sleepiness, nausea, tremors and disorientation as well as long term CNS effects. Napthalene, which the Condensed Chemical Dictionary describes as "toxic by inhalation" is another common ingredient. Carpet cleaners may also include butyl cellosolve, a central nervous system toxin, propylene glycol methyl ether which is an eye, skin and respiratory irritant, aliphatic petroleum solvent which is neurotoxic and isopropyl alcohol which is carcinogenic at high concentrations. They may also include detergents which can irritate skin, the carcinogen1,4-dioxane, ethanol, ammonia and fragrances. In areas where there is a large quantity of carpet, the amount of chemicals released from carpet cleaners and deodorizers can be considerable.

Dishwashing Liquid (Hand) Most dishwashing liquids contain detergents, coal tar based colours, and artificial fragrance. They may contain Quarternium 15, an eye and skin irritant which can release carcinogenic formaldehyde. If the label says "Do not use with chlorine bleach", then the product probably contains ammonia. Many dyes are known to be carcinogenic; they can penetrate the skin and be deposited on dishes. Conventional detergents are petroleum-based.

Dishwasher Detergents Many dishwasher detergents contain dry chlorine which is activated when dissolved in water. Chlorine fumes in the steam that leaks from dishwashers may cause eye irritation and difficulty breathing. Dishwasher detergents may also contain quarternium 15, an eye and skin irritant and an allergen which can release carcinogenic formaldehyde. Dyes and artificial fragrances are common ingredients.

Disinfectant It's doubtful whether disinfectants are needed at all for most household uses. Ordinary cleanliness is sufficient to eliminate hazardous bacteria. Soap, water and rubbing (the old "wash your hands" requirement) is the best method to prevent disease. The fad for disinfectants and anti-bacterials is based on a false fear of germs. Homes do not require the same types of cleaning as hospitals, where disease and infection is common. Besides being a waste of money, some brands of disinfectants use highly caustic chemicals like sodium hydroxide, sodium hypochlorite and phosphoric acid that can burn eyes and skin. Breathing vapours can burn lungs. Disinfectants may also contain phenols which can damage DNA as well as the liver, kidney and nervous systems, cresol, a suspected carcinogen and respiratory toxin, formaldehyde, a carcinogen, sensitizer and suspected central nervous system depressant, chlorine , a lung irritant, and alcohol. There are more than 300 different active ingredients approved for use in anti-microbial products, ingredients classified by the EPA as pesticides, because they kill microbes. In the Journal of Emerging Infectious Diseases, Dr. Elaine Larson wrote that because of potential health risks, antibacterial agents and disinfectants should be reserved for hospitals and home care of patients with suppressed immune systems.

Dusting Removing dust and dust mites is important, as they are a common trigger of allergic reactions. It's important to dust in a way that really removes dust, rather than raising it into the air where it will resettle later. Microfiber cloths are excellent for dusting. They are untreated and reusable. The soft attachment on a vacuum can be used to remove dust from hard surfaces, the small hard attachment can be used on upholstered furniture, drapes and mattresses.

Fabric Softener Fabric softeners are designed to reduce static in synthetic fabrics. They serve no purpose with natural fabrics. Fabric softeners may contain quarternary ammonium compounds (quats) and imidazolidinyl, both of which are known formaldehyde releasers. For about 5% of people, quats are an extreme sensitizer. They may cause a variety of asthma-like symptoms, including respiratory arrest. Exposure to formaldehyde can cause joint pain, depression, headaches, chronic fatigue and a variety of other symptoms. In lab tests formaldehyde has caused cancer and damaged DNA. Both quaternium and imidazolidinyl can cause contact dermatitis. Fabric softeners work by leaving a residue on the fabric which never completely washes out. It can cause allergic reactions through skin contact and inhalation. Fabric softeners may also contain carcinogenic coal-tar dyes, ammonia and very strong scents. When fabric softeners are exposed to hot water, heat from dryers or ironing, vapours may be emitted which can be deeply inhaled, increasing their impact