Sorry- I know that's really gross but I think it's good to have an understanding of what really is down in your drain- it's just your hair! It's not some strange scary thing mysteriously clogging your drain that you need to combat with chemicals strong enough to melt your face off! You can just pull out the hair-clog yourself! Another thing to keep in mind is the use of hair-catchers over your drains, especially in the shower, to avoid clogs from ever forming. By the way, this technique is very similar to that "drain snake" product you may have seen advertised on TV (should have patented this idea I guess), but why waste your money on that when you can make your own!
Monday, September 6, 2010
How to unclog drains without toxic chemicals
Sorry- I know that's really gross but I think it's good to have an understanding of what really is down in your drain- it's just your hair! It's not some strange scary thing mysteriously clogging your drain that you need to combat with chemicals strong enough to melt your face off! You can just pull out the hair-clog yourself! Another thing to keep in mind is the use of hair-catchers over your drains, especially in the shower, to avoid clogs from ever forming. By the way, this technique is very similar to that "drain snake" product you may have seen advertised on TV (should have patented this idea I guess), but why waste your money on that when you can make your own!
Thursday, August 19, 2010
Paint
*VOCs= Volatile organic compounds which are emitted as gases from certain solids or liquids. This can include a variety of chemicals which may have adverse health effects.
*Concentrations of VOCs are higher indoors (one study estimates that levels are 2 to 5 times higher indoors than out!) and levels can be 1,000 times those outdoors during certain activities such as paint stripping.
*Examples of products that emit VOCs (just a few as there are thousands!): paints and lacquers, paint strippers, cleaning supplies, pesticies, building materials and furnishings, office equipment, and on and on.
*Symptoms of exposure: eye, nose and throat irritation, headaches, loss of coordination, nausea, damage to liver, kidney, and central nervous system.
*What evidence is there that VOCs are harmful? Some organic chemicals are known to be highly toxic while others have no known health effects. The EPA points out that toxicity depends on level and length of exposure and that at this point little is known about what health effects results from the levels of VOCs usually found in homes. However, many organic compounds cause cancer in animals and some are suspected, or known, to cause cancer in humans (gulp).
*How to reduce exposure: always use lots of ventilation when dealing with any of the products mentioned or any you think might be harmful (it's usually not hard to tell- most have an unpleasant odor!). If you think something in your house such as paneling contains formaldehyde, the EPA recommends removing the source. The EPA also mentions that cans of unfinished products can still emit harmful compounds (inconvenient but true), so they recommend trying to only buy quantities you will use-up or removing what's left over. Most of these types of products (or all) cannot be thrown away in the typical fashion- you will have to contact your local government or organization in your community that collects toxic household wastes. I would also add buying plants that are known to reduc household toxins to this list. Also, buy paints with low or no VOCs.
*Two compounds to avoid: methylene chloride and benzene. Methylene chloride is know to cause cancer in animals. This compound is found in products such as paint strippers, adhesive removers, and aerosol spray paints. It is converted to carbon monoxide in the body and can cause symptoms similar to carbon monoxide exposure. Benzene is a known human carcinogen. Main sources are tobacco smoke, stored fuels and paint supplies (EPA doesn't specify what this includes), and automobile emissions in attached garages.
*When dealing with paint, VOCs are found both in the base and the colorant, so even if a base is low or no VOC, adding color can raise the VOCs a lot. Another important distinction is emission versus VOC content. A paint can be low VOC and still emit VOCs; this is why it is important to measure emissions. GreenGuard, a company that says it is an industry-independent tester, certifies paint companies that meet its standards. You can look for this certification when shopping for paint.
Well, that was certainly enough to scare me. Wanting to avoid VOC's or at least use low VOC paint, I headed to Home Depot to check out the selection. There were two brands at Home Depot that I found that were either no VOC or low VOC: FreshAire (no VOC) and Martha Stewart (low VOC).
The Freshaire brand seems to be the real deal. They provide more information in their brochure and state that there are no VOCs in the paint or the colorant. They also say that the paint does not have a chemical odor and they are certified by GreenGuard. Finally, the packaging (including the can), brochures, and samples are all recyclable and printed with soy ink. My landlord did the painting for me so I can’t attest to whether or not the paint smelled but I’m pretty happy with the result:
If you are interested in looking for no VOC paint, this website lists a whole bunch of brands to look for: http://eartheasy.com/live_nontoxic_paints.htm
If you’re wondering how performance of VOC paint compares to no VOC, you can read these consumer reports articles:
http://blogs.consumerreports.org/home/2008/04/vocs-in-paint.html
Unfortunately you can’t see their actual results unless you subscribe but I still found the articles helpful. They suggest that lower VOCs can mean lower quality or different performance so that may be something to keep in mind.
Monday, August 2, 2010
DIY Sachets
Anyway, here’s what I did to make really simple sachets (fragrant things that go in clothes drawers that I don’t know how to pronounce):
1. Pull the lavender of the branches. I cut off the branches one-by-one and collected the lavender buds in a container.
If you have left over lavender sprigs, display them in a vase:
Monday, July 26, 2010
There will be sweat
What is so bad with antiperspirants? They certainly seem to play a very crucial role in our lives. The potentially worrying ingredient in antiperspirants is aluminum, which temporarily plugs sweat ducts; this is why anitperspirants are so effective at stopping underarm sweat. There is some evidence that aluminum may cause estrogen-like hormonal effects which have been linked to breast cancer.
According to the National Cancer Institute's web-site there is no conclusive evidence linking antiperspirant use and the development of breast cancer. Research on this topic has produced mixed results- some studies have found that age of onset of breast cancer was earlier in women who reported using antiperspirants and shaving their underarms more frequently (I believe it is thought that shaving and then applying antiperspirants can be bad because the ingredients can permeate the skin more easily due to little cuts in the skin). Women who reported shaving and applying antiperspirants before age 16 were diagnosed with breast cancer at an earlier age. However, other studies found no associations. You can read more on the NCI's web-site: http://www.cancer.gov/cancertopics/factsheet/Risk/AP-Deo which also lists the references for the studies I mentioned.
For another point of view, you can check out this website: http://naturalmedicine.suite101.com/article.cfm/aluminum_in_deodorant or this one: http://www.globalhealingcenter.com/natural-health/aluminum-and-breast-cancer/. It definitely seems like the jury is still out on this one. More research is needed to better understand the effects of aluminum/antiperspirant use.
For me, I've gone back and forth. I really have trouble sticking to a natural deodorant regimen because there really is a big difference in the amount of sweat, especially in the hot St. Louis summer. I try to use a combo of Burt's Bees sage oil deodorant spray and Jason natural deodorant. I really think that layering does help; as does reapplying throughout the day. On days when I need something stronger, I use Dove solid deodorant, which has the lowest amount of aluminum I've seen at 14.8%. The thought I keep coming back to is that our perspiration is a way for toxins to leave our body and I don't like the idea of aluminum plugging my pores so that my toxin-filled sweat can't escape. But I acknowledge that the research is not conclusive at this point and that the idea of being sweaty all the time is also unappealing! I would say that if you are at all concerned you should avoid applying antiperspirants after shaving your underarms and maybe switch to a deodorant with a lower aluminum content. If you buy the argument for avoiding antiperspirants all together, I recommend trying a few different brands and perhaps layering them. Also, be warned that it is an adjustment- but if you stick with it, I do think your body adjusts after awhile and starts producing less sweat. That could just be my imagination though!
Tuesday, July 20, 2010
Plants that absorb household toxins

It's not fun to think about being exposed to toxins while sitting at home; but, unfortunately, there can be many sources of household toxins. This site is a good source for some of the most commons ones: http://www.drbenkim.com/articles-household-toxins.htm