Good Science – the Cure for Better Living

March 16th, 2012

Today, we take for granted that our medicines and juices are pure, our meat does not harbor bacteria and many consumer products may be used safely.

Standards for health and safety have been established by credible scientific research. Everyone relies on the precise analysis of chemists and other scientists to give us peace of mind when using countless products every day. This safety was not always the case.

In the 1920s, it was common for companies to use mercury in laxatives. Under the then-ineffectual Federal Drug Administration, manufacturers did not list the ingredients in their products. Nor were they required to test their products for safe usage. Consumers, and even the drug-makers themselves, were unaware of any hidden poisons.

Contemporary scientists analyzed the biochemical effects of substances found in the home and pharmacy. Their studies revealed that the mercury of the laxative medicine, for example, accumulated in the body and caused death.

The ground-breaking research of these scientists, who carefully built the model for forensic medicine, is the subject of The Poisoner’s Handbook by Deborah Blum.

The book recounts how, between 1918 and 1936, a team of doctors, chemists and toxicologists developed procedures that revealed how unsafe many medicines and consumer products were.

The importance of reliable scientific research, which occurs behind the scenes before products are brought to market, cannot be over-estimated. As reviewer Matthew Pearl states, The Poisoner’s Handbook will “transform the way you think about the power of science to . . . save our lives.”

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Will the Electronic Manufacturing Supply Chain be Impacted by Two Proposed Environmental Equipment Standards?

August 17th, 2011

Two IEEE (Institute of Electrical and Electronics Engineers) standards on setting criteria for environmentally preferable electronic equipment were voted for: 1680.2 Draft Standard for Environmental Assessment of Imaging Equipment and 1680.3 Draft Standard for the Environmental Assessment of Televisions. In these draft standards, halogenated flame retardants are being required to be eliminated in housings (optional for TVs) or are an optional criteria for printed board elimination or total elimination for “environmental” electronics throughout the supply chain as well as establishing precedent for future IEEE EPEAT standards.

EPEAT is the global registry for greener electronics, covering the most products from the broadest range of manufacturers and combines comprehensive criteria for design, production, energy use and recycling with ongoing independent verification of manufacturer claims. More than 45 participating manufacturers currently register over 3,200 unique products across 41 countries. Hundreds of purchasers—including eight national governments, dozens of states and provinces, some 200 universities, and enterprise purchasers have established EPEAT requirements for more than $65 billion and counting in purchasing commitments.

Industry members who participated in the balloting process will ensure that these standards maintain IEEE’s tradition of technically and scientifically based standards and need a 75% approval in this IEEE voting process.

Reasons why some of these proposals are bad idea?

  • Criteria is in no way based on sound science
  • Many halogenated flame retardants have undergone extensive testing and are safe for continued use
  • These criteria do not address the concerns of alternatives to BFR/CFR/PVC that would be used
  • The results of these criteria could be the substitution of a known, safe material, to an untested material that has serious issues for Human Health and the Environment

What do you think? Let us know!

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World Demand for Flame-retardant Additives to Reach 2.2 Million T by 2014

February 9th, 2011

The world demand for flame-retardant additives will grow by 6% a year to 2.2 Mt
by 2014, according to the latest report from Freedonia Inc.

The market research company of Cleveland, Ohio, USA, says that that the increase
in demand will be primarily driven by:

* the resurgence of markets in the USA, Western Europe and Japan following the
economic downturn of 2008-2009;

* increasingly stringent safety and flammability standards–particularly in the
developing world;

* the rising use of plastic products instead of less flammable materials.

Alumina trihydrate was the leading flame retardant product by volume in 2009,
and is expected to see above-average gains in demand through to 2014, driven by
trends toward non-halogenated chemicals. More rapid advances, however, are
forecast for phosphorus compounds and other flame retardants, such as magnesium
hydroxide, which feature favourable environmental and health profiles.

Concerns over the possibly damaging environmental and health effects of
halo-genated flame retardants have begun to cause a considerable shift in the
product mix. Brominated flame retardants have come under increased scrutiny, and
a combination of government regulations and image-conscious product
manufacturers have led suppliers of the widely used chemical decaBDE to begin
phasing out its production.

Although brominated flame retardants are being phased out of a number of
applications, demand for these products will remain healthy going forward,
supported by their superior performance and the development of new, more
environmentally friendly formulations.

The Asia/Pacific region will continue to be the largest and fastest-growing
market for flame retardants, accounting for half of world demand by 2014.
Advances will be fuelled by an annual growth in the Chinese market of almost
10%, strong increases in major electronics-producing countries such as Taiwan
and South Korea, and a solid turnaround in Japanese demand.

Gains in North America and Western Europe will rise at a more subdued pace,
although each-like Japan-will exhibit a strong rebound from the declining demand
of the 2004-2009 period.

For further information, contact: The Freedonia Group Inc, 767 Beta Drive,
Cleveland, OH 44143-2326, USA. Tel: +1 (440) 684-9600. Fax: +1 (440) 646-0484.
Email: info@freedoniagroup.com; http://www.freedoniagroup.com

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