About Us

Services

Shop

Laboratory

Blog

Case Studies

Accreditations

Testimonials

Our Customers

Contact

Our Customers



Shop Basket

My Account

Make a Payment


Careers

Terms

Privacy

Returns and Refund Policy

Cookies

Terms  |  Privacy  |  Cookies

Get Back To Me

Call us on 0800 433 7914, or provide your name & email address below and we'll email you about our service:

Essex

Indoor Air Quality in Colchester

A project we carried out took place in Colchester, focusing on indoor air quality monitoring at a residential property. The primary goal was to assess levels of formaldehyde in the air to ensure that residents were not exposed to harmful concentrations. The assessment covered two separate dates at a flat located in a block of apartments.

The results showed that formaldehyde levels were well below the recommended limits set by the World Health Organisation (WHO) and Workplace Exposure Limits (WEL). The concentrations detected in the property were typical for residential spaces, posing no risk to occupants' health. Despite some concerns from the residents regarding respiratory issues, the formaldehyde levels were considered safe and not detectable by odour.

The report highlighted that there were no significant sources of formaldehyde in the property, with the main contributors likely being typical household items like furniture and cleaning products. Recommendations included continuing regular ventilation practices to keep air quality at optimal levels.

Overall, the assessment concluded that indoor air quality in the monitored property was good, with no need for further actions to reduce formaldehyde concentrations. This provided reassurance to the occupants that their indoor environment was safe.


Indoor Air Quality Assessment in Colchester Residential Property

Sysco's team conducted an indoor air quality assessment in a residential property in Colchester. The project aimed to evaluate various environmental factors affecting the living conditions within the home.The assessment covered multiple aspects of indoor air quality, including temperature, humidity, airborne particulates, carbon dioxide levels, volatile organic compounds (VOCs), formaldehyde, and the presence of fungal spores. Measurements were taken in different rooms of the property to provide a comprehensive overview of the indoor environment.

Overall, the findings revealed a mixed picture of air quality within the home. While some areas showed acceptable levels of contaminants, others indicated potential concerns. The temperature and humidity levels were generally within comfortable ranges, though some rooms felt muggy. Airborne particulate levels were mostly comparable to outdoor air, with a few exceptions. Carbon dioxide and VOC concentrations were found to be within acceptable limits. However, elevated formaldehyde levels were detected in certain rooms, warranting further investigation. The assessment also found varying concentrations of fungal spores throughout the property, though generally lower than outdoor levels.

The report concludes with recommendations for improving indoor air quality, focusing on enhancing ventilation and maintaining appropriate temperature and humidity levels. These suggestions aim to create a healthier living environment for the occupants and address the specific issues identified during the assessment.

This project highlights the importance of regular indoor air quality evaluations in residential settings to ensure optimal living conditions and occupant well-being.