Surex Eco Blog

Swimming Pool & Spa domestic water disinfection using Halogens.

Haloforms cover a range of chemicals such as Chlorine, Bromine and Flouride amongst others, that will react with substances that naturally occur in Swimming Pool & Spa bathing waters that with the right pre cursors produce Trihalomethanes (thms) & Organo Halides.

These substances are produced when one or more of the Hydrogen Atoms in the Hydrocarbon sustituted by either Chlorine or Bromine.

Almost without eception all Haloforms are:

1. Carcinogenic – Cancer Forming

2. Mutagenic – Capable of causing mutations in humans

3. Teratongenic – Capable of causing malformations in newly born children.

Trihalomethanes are absorbed in outdoor bathing applications both through the skin & through the skin and respiratory system in indoor applications.

In the right conditions they are basically poisonous – therefore ‘TOXIC”

They are the next ‘ASBESTOSIS’

Surex OO2 Oxysure & Surex OO2 Oxypure are not afected or associated chemically or biologically with this imposing salient under estimated deliberation.

These comments are purely for future apprectiation and understanding.

Derek Acca

www.surex.co.uk

The Use of Floating Dispensers is not our way of Health and Safety coverage.  

Covering the responsibility of ecological and environmental control the whole world should be made to understand that both chlorine and bromine and infact all Halogens cannot be recycled and they should not be dumped down the drain because they cause ‘Big Grief’ in water reclamiation in commerical operation plants.

They cause problems in river beds, eco systems in lakes and ponds; chlorine is disipated into the atmoshere from UV exposure.

Chlorine is affecting the ozone layer which is weakening year by year.

Surex Oxysure & Surex Oxypure are based on peroxygen technology. They are quick dissolving, they cannot mess up relative water lines dumped down the drain and affect the ecology and environment.

They can be recycled and have no smell in both spas and pools.