Sometimes water with too much bromate has to be gotten rid of.

It is sometimes used in flour just like potassium bromate.

During that process the bromate was produced from the water's bromide.

Bromate was not present in the water before Coca-Cola's treatment process.

It reacts with a base to make bromide and bromate.

Bromate is to be found particularly in ozone-treated water.

Later it was gotten by electrolysis of a bromate.

A bromate is a chemical compound that contains this ion.

It is very unstable and turns into bromate and oxygen easily.

Potassium bromate is used to make wheat flour better.

Bromate is considered to be possibly carcinogenic to humans.

Chlorine dioxide can react with bromide when in sunlight to make bromate.

It disproportionates into bromate and bromide when heated or left to dry.

None of these directives contains provisions on bromate.

Bromate occurs when bromide in the water reacts with the disinfectant, ozone.

Normally when the bread is baked the potassium bromate is broken down.

Ozone can form the suspected carcinogen bromate in source water with high bromide concentrations.

Strontium bromate is a rarely considered chemical in the laboratory or in industries.

It is similar to potassium bromate and potassium chlorate.

Potassium bromate is a white solid.

Sodium bromate is an example.

Boiling rare-earth nitrate solutions with potassium bromate and marble chips.

Bromide, in turn, produced traces of bromate during a part of the purification procedure, he said.

Calcium bromate is a chemical compound.

This makes bromide and bromate.

Hypobromite disproportionates to bromate and bromide when heated.

As well there's bromide in the raw water from the slough which reacts with the ozonate bromide used in the filtration process, turning to "bromate, which is a carcinogen."

On December 14, 2007, the Los Angeles Department of Water and Power (LADWP) announced that it would drain Silver Lake Reservoir and Elysian Reservoir due to bromate contamination.