Exposure to toxins does not make you stronger.
Our research is backed by prominent healthcare institutions in the nation.
At Cleanbase, we’ve focused our research on up-to-date pertinent issues that plague the nation based on strong qualitative evidence to prioritise the key issues to address.
The contaminant removal objectives determined by Cleanbase are based on key health issues supported by core Singapore healthcare organisations. We believe that the unknowing accumulation of toxins from young to maturity will lead to long-term chronic problems that are faced by many Singaporeans.
Asthma
1 in 5 children
Caused by
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House dust mites, animal dander, pollen and indoor mould
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Changes in temperature or humidity due to indoor and outdoor climate variation
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Environmental irritants, including cigarette smoke and smoke haze
Eczema
1 in 5 children
Caused by
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Heat and humidity
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Dust mites
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Harsh chemicals​
RSV
Common in babies < 6 months
Caused by
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High humidity and moisture in tropical climates
Rhinitis
1 in 2 children
Caused by
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House dust mites
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Cockroaches
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Mould
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Animal dander
Lung Irritations
High in childcare centers
Caused by
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Phthalates, toluene, isocyanates, xylene, benzene, trichloroethane, toxic heavy metals found in paint, household cleaners, etc.
Gastro Infection
Common in children < 4 years
Caused by
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Viruses: rotavirus, norovirus, adenovirus 40/41
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Bacteria: Salmonella, Campylobacter, Shigella, certain E. coli
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Parasites: Giardia
Children's physiology makes them more susceptible to inhalation risk.
At Cleanbase, we care for the vulnerable. Their inherent characteristics and developing organs often place them at risk, leading them to make unsafe decisions through no fault of their own. Our role is to create an environment that keeps them safe as they learn, grow, and play.
Infant
They have smaller lungs and they breath faster​​​​​
They spend most of their day indoors, where toxic chemical contaminants can accumulate.
They play close to the floor
where dust, fibers, and spores settle; they inhale higher doses of contaminants when particles are stirred up.
Hand-to-mouth when playing with toys
This increases ingestion of fibers, microplastics, and bacteria.
Young children
They spend many hours studying in rooms​
Study rooms, bedrooms, and play areas often have poor ventilation, allowing VOCs, PM2.5, and allergens to build up without dispersing.
They breathe deeper during physical activity
Running, jumping, and play increase breathing rate, leading to higher intake of particulate matter and airborne pollutants.
They have developing immune systems
Everyday indoor pollutants can trigger stronger reactions—causing more wheeze, flare-ups, and sensitivities than in adults.
Elderly
Elderly have weaker respiratory capacity​
Reduced lung efficiency makes them more sensitive to dust, spores, and airborne pollutants, which can trigger coughing, breathlessness, or infections.
They spend most of their time indoors​
Limited mobility means hours are spent in the same enclosed rooms, increasing exposure to accumulated VOCs, musty air, and indoor contaminants.
They overlook hidden dangers in the house
Declining eyesight and reduced agility make it difficult to notice or reach dusty corners, bathroom grout, or areas behind furniture.