Because paint is one of the biggest contributors to indoor air pollution, Green Seal has recently updated its environmental standards in a new Green Seal Standard – GS-11.

The revised standard works harder to protect indoor air quality by increasing the number of prohibited chemicals, reducing allowable VOC (volatile organic compounds, which have both short and long term health effects) levels, requiring more accurate VOC testing, and giving shoppers more information on how to reduce their impact through paint use, storage and recycling.

I recently attended the 5^th Annual Merriman Curhan Ford Investor Summit in San Francisco. While there were a broad spectrum of companies represented (I found the Smith & Wesson presentation interesting), the largest number fell under the ’clean-tech’ or ‘green-tech’ category. These were also quite diverse, ranging from energy storage and smart grid technologies to solar to ’clean’ coal to hybrid and electric vehicles to Brazilian bio-fuels – I could easily write a blog on each!

Of the presentations I saw, the one that had perhaps the broadest potential impact (and a standing room only crowd) was from Ian Clifford, CEO of Toronto, Canada based Zenn Motor Co. Currently, they manufacture and sell the ZENN Low Speed Vehicle (LSV), also referred to as a Neighborhood Electric Vehicle (NEV). This is a ‘traditional’ small electric car that uses six lead-acid batteries for energy storage, has a 30-50 mile range, and is limited under FMVSS 500 regulations to 25 mph. While it’s an interesting design and quite useful for campus, fleet, gated community and even city use, it is not going to replace the family car.

A few years ago we here at LUNAR noticed something. Plenty of people were talking about sustainability, but very few were actually taking tangible steps toward sustainable design. So we started asking around. Apparently, there were thousands of designers and engineers who wanted to create more sustainable products, but didn’t know where to start. Life cycle analysis not only seemed a daunting (and expensive) task, it required a tangible design before it could be used. Designers found themselves looking to engineers to choose materials that made their designs more eco-friendly and engineers looked to designers to conceptualize more inherently sustainable designs, but this chicken and egg game was leading nowhere. This stalemate gave us an idea: let’s give designers and engineers a sustainability guide for everyday use that not only gave them topics to discuss, but provided the beginnings of a roadmap to sustainable design. And thus was born The Designer’s Field Guide to Sustainability.

As an independent non-profit organization dedicated to safeguarding the environment, Green Seal’s science-based certification standards help to promote the manufacture, purchase, and use of environmentally responsible products and services.

But products change, taking advantage of market trends, new technology, and consumer demand. An important part of Green Seal’s work is to constantly update and add new ‘GS’ standards to stay current with a constantly changing world. Please visit Green Seal to view all our current environmental standards.

You might also be interested in some of the standards in development we have recently revised or are working on revising. Consider this a snapshot in time of where sustainability standards were in the latter half of 2008.

GS-5: Compact Fluorescent Lighting

Major technological advancements have taken place since our first CFL standard was published in1997. Reduced mercury content, increased performance and recyclability improvements have made CFLs an even better choice for protecting the environment. In order to acknowledge this new technology and include life cycle issues other standards don’t, we are in the process of updating the standard. Although other energy efficient lamp options, such as LED, have also advanced, the standard will focus on criteria only for fluorescent lamps. We anticipate publishing this standard later this fall.