Welcome to FluoridationFacts.com, incorporating the Australian Fluoridation News Archive and HREX fluoride-related files.

Please note: This website is mostly inactive. The nature of this website will also change to an archive-cum-database for out-of-print magazine articles, dental health data and related publications, and scientific literature. The Australian Fluoridation News has also moved to another server based in Australia. However, the 'AFN' will be backed-up on this website on a regular basis. The Webmaster, 7th August, 2005.

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02 MAR 06

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The following data is a list of pollutants which are found in some water supplies. The first table is a breakdown of manufactured chemicals you may find in water taken from a river. The table is based on an analysis of treated drinking-water drawn from the river Severn in 1994.

Key to Organisations:

  • IARC (International Agency for Research on Cancer)

  • WHO (World Health Organisation)

  • USEPA (United States Environmental Protection Agency)

Pollutants found in water supplies:

NB. Carcinogenic means cancer-causing.

Name

Type

Observations - see footnote.

Organisation

Trifluralin

herbicide

possibly carcinogenic to humans

USEPA

Cypermethrin

insecticide

possibly carcinogenic to humans

USEPA

 

 

moderately hazardous

WHO

Chlorothalonil

fungicide

probably carcinogenic to human

USEPA

Propriconazole

fungicide

moderately hazardous

WHO

MCPA

herbicide

slightly hazardous

WHO

 

 

possibly carcinogenic to humans

IARC

 

 

probably carcinogenic to humans

USEPA

Ioxynil

herbicide

moderately hazardous

WHO

Bromoxynil

herbicide

moderately hazardous

WHO

2, 4 DB

herbicide

slightly hazardous

WHO

* 2, 4 D

herbicide

moderately hazardous

WHO

 

 

possibly carcinogenic to humans

IARC    

*2,4,5 T (TCPA)

herbicide

moderately hazardous 

WHO

 

 

possibly carcinogenic to humans

USEPA

Dichlorprop

herbicide

slightly hazardous

WHO

MCPB

herbicide

slightly hazardous

WHO

2, 3, 6 TBA

=

slightly hazardous

WHO

Atrazine

herbicide

possibly carcinogenic to humans 

USEPA

Terbutryn(e)

=

possibly carcinogenic to humans 

USEPA

Permethrin

insecticide

moderately hazardous

WHO

Cyfluthrin

=

moderately hazardous

WHO

Isoproturon

herbicide

slightly hazardous

WHO

Linuron

=

slightly hazardous

WHO

Difenzoquat

=

moderately hazardous

WHO

EPTC

=

moderately hazardous

WHO

Triadimefon

fungicide

slightly hazardous

WHO

Flutriafol

=

slightly hazardous

WHO

*2,4D and 2,4,5T combined make 'Agent Orange'. This was used in the Vietnam war as a defoliant but some of the military personnel handling Agent Orange either developed cancer or fathered deformed babies (blamed on the chemical's dioxin content).

Observations are based on findings reported in the book, "P IS FOR Pesticides" (1991).

Also found in water;-

Aldrin | Carbendazim | Carbetamide | Cloptralid | Dichlobenil | Dieldrin | Diflubenzuron | Diuron | Endrin | Fenpropimorph | Flucofuron | Fluroxyper | Hexachlorobenzene | Iprodione | Methabenzthiuron | Prometryne | Propazine | Propyzamide | Simazine | Sulcofuron | Tecnazine | Trietazine

Other supplies of water

Other sources of water can be substantially less polluted. However, aluminium from water treatment and lead from plumbing can be found in even the least polluted supplies of water.

... and fluoride?

In April 2002, the USEPA published the following document;-


REQUEST FOR ASSISTANCE (RFA)

MEASUREMENT OF FLUOROSILICATES IN DRINKING WATER

Announcement date: April 25, 2002

An offeror [sic] must submit the application (original plus four copies) so as to be received by 12:00 noon Eastern Daylight Saving Time on Monday, June 3, 2002.


Even the USEPA are in the dark on water fluoridation. So what about the decades of pro-fluoridation propaganda which has told us that water fluoridation is "safe" and "effective"? The Americans have been drinking fluoridated water for many years and yet the Government doesn't even know what happens to artificial silicofluorides when they enter the water.

Finally, while fluoride exists in water (mostly) as a relatively insoluble fluoride ion (in cold water), or as calcium fluoride, it needs to be considered what happens when tap-water is boiled.

Exactly what occurs when water is heated to such a degree that the fluoride ion / component becomes unstable? And can it react with other chemicals in water to form dangerous fluorine-related compounds? There exists some very dangerous pollutants in some tap-water sources, especially when taken from rivers.

No information seems to exist on this issue and this must be of concern to anyone whose tap-water is of a significantly poor quality.

Useful links:

[1] IRIS. "IRIS is a database of human health effects that may result from exposure to various substances found in the environment.": http://www.epa.gov/iris/

[2] Pesticide information: http://www.epa.gov/pesticides/

[3] Chemical information: http://www.chemweb.com/

[4] Chemical reference database: http://www.chemfinder.com/

[5] Pesticides Action Network and database: http://www.pesticideinfo.org/


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