Larry Frieders Headshot

 

 

 

sitemap

Is That Water Bottle Safe?

One of our readers wrote "If the bottles that you sell are Lexan polycarbonate resin, according to an article posted by Dr. Joseph Mercola, they're not as safe as once thought."

Larry's response; Dr. Mercola reported on Nalgene and Lexan polycarbonate. He seemed to be responding to input about the leaching of plasticizers (Bisphenol A, a compound with estrogen-like activity) from polycarbonate bottles. However, one has to look at the facts of the matter and seriously consider the practicality of the matter. It seems the FDA test people boiled some polycarbonate for many hours (perhaps even days). They measured the amount of potentially harmful material that ended up in the water. It was less than 1 part per billion parts of water.

That means that in order to achieve a toxic level of material a person would need to consume well over 1,000 pounds of that water every day for the rest of their life.

First, it isn't likely that anyone would be boiling their polycarbonate bottle for that many hours and then using the water in which they did the boiling.

Second, who the heck would ever consume that much material? Also, that much water would, in itself, be toxic. See Water Intoxication on the bottom of this page.

On an absolute basis, polycarbonate is probably less safe than glass. But it would take a monumental effort to show a real, practical difference. It's easy to take a small amount of data and act hysterical about it. Chicken Little became famous for over reacting. I'm the first to admit that we live in a toxic world. However, if we reject everything that poses a risk we might as well roll up into a ball and die. We do our best to drink clean water, eat grass-fed beef and fresh-caught salmon. We eat organic and avoid as much high fructose corn syrup as we can. Still, there is ALWAYS a chance that something, someplace will "GET US".

Glass is a very safe as a container for water, but (as Mercola states too) it isn't a very good choice for traveling. It is heavy and much too fragile. The primary non-plastic alternative to glass is stainless steel. Stainless steel might be a good alternative. But again prudence should be consulted. Storing acidic juices in a stainless bottle can possible dissolve heavy metals from the stainless steel because nickel, niobium, molybdenum, and titanium are used in its manufacture. But, the same thing can happen if you cook an acidic substance in a stainless steel pot; spaghetti sauce comes to mind.

NOTHING IS PERFECTLY SAFE.
EVERYTHING BEARS SOME LEVEL OF RISK.

Heck, the water starts out contaminated before it ever gets into the bottle. Sure, you might used filtered water, but chances are good that there is still fluoride - not to mention all the toxic chemical and drugs that have been reported in our rivers and streams.

However, I still prefer to drink water more than practically another beverage and the polycarbonate bottles are fine by me (the manufacturer has enough safety data to quell my fears). I have absolutely no problem using them. I have several - and some stainless ones too. I don't boil mine and drink the water they were boiled in. I wash them with mild detergent or vinegar and I rinse it well with filtered water. I suppose there are potential dangers in everything we use, but I think we can go too far when we fear everything.

It's good to be careful, but being too careful is paralyzing.

Dr. Mercola concludes his remarks with "So pay attention to the container you store your water in. If you can’t use glass, only use one of the ... "safe" plastic jars." He considers the following to be SAFE:

  • Polypropylene, designated "#5 PP"

  • High-density polyethylene, designated "#2HDPE"

  • Low-density polyethylene, designated "#4 LDPE"
     

Here's Dr. Mercola's article http://www.mercola.com/2004/apr/7/nalgene_water.htm (you might have to submit your email address to read the whole thing. Dr. Mercola does everything possible these days to capture as many potential subscribers as possible. His marketing efforts are becoming legendary. He's even being asked to present his systems at very expensive marketing seminars.

Recently I've become aware of a problem associated with drinking water in bottles. I think it can be far more serious than the miniscule amounts of chemicals that might show up in a Lexan bottle. Recent reports suggest that commercial bottled water is usually no better than regular tap water (yet costs a ton more). It consumes fossil fuels for energy to make the bottles and transport them. When empty, the bottles are clogging our waste sites with materials do not degrade in the land fill. Tons of carbon dioxide are spewed into the atmosphere which further contributes to the quantities of greenhouse gasses. I conclude, then, that if I want to have some clean water with me I ought to clean it myself and place it in a container I believe is safe. For me that can be glass, Lexan polycarbonate, or even glass. My goal is to have clean water available and NOT further pollute the environment.


You can probably find containers locally. What about clean water? I suggest you contact my friend, Jim McMahon. He knows how to make clean water and he can recommend a system that will meet your needs. I guarantee that you can trust him. I have one of his larger systems in my house and it is grand. I must point out that I receive absolutely no compensation of any kind for recommending Jim. Click HERE for a link to Jim McMahon at

Sweetwater, L.L.C.
http://www.cleanairpurewater.com
866-691-4214
435-574-2711
375 Cedar Tree Drive
Brookside, Utah 84782
 


 

 

 

WATER INTOXICATION: Drinking too much water can lead to a condition known as water intoxication and to a related problem resulting from the dilution of sodium in the body, hyponatremia. Water intoxication is most commonly seen in infants under six months of age and sometimes in athletes. A baby can get water intoxication as a result of drinking several bottles of water a day or from drinking infant formula that has been diluted too much. Athletes can also suffer from water intoxication. Athletes sweat heavily, losing both water and electrolytes. Water intoxication and hyponatremia result when a dehydrated person drinks too much water without the accompanying electrolytes.