Taking the Green Course

December 26th, 2011

Augusta National insists it’s a lot more environmentally friendly than its reputation.

By TIMOTHY J. CARROLL

AUGUSTA, Ga. — The color of Augusta National Golf Course is definitely green: as in the grass, as in the jackets, as in the cups and napkins used to make litter invisible during the televising of the Masters; as in the money produced by the annual gathering of the game’s greats; and as in the envy most golfers feel when they compare this course to the ones they play.

But there is another type of green that the club is trying to reach: the green as in environmentally friendly.

“At Augusta National, we strive to be environmentally friendly because it’s the right thing to do,” says Billy Payne, chairman of the club.

Augusta National is not among the roughly 300 golf courses that have received a stamp of approval from the environmental-activist organization Audubon International.

For one thing, this is because the famously private club declines to open up for outside inspection. But Ron Dodson, president of Audubon International, says he is pleased the club wants to be seen as green — if only because it helps remind players and course managers that golf is a game played in nature.

Indeed, critics often accuse golf courses of wasting water, overusing pesticides and fertilizers, and building green spaces that are dedicated more to humans than to nature. The National Audubon Society put Augusta National on a list of “bad” courses in a magazine article 10 years ago, about the same time that a book predicted the club’s loblolly pines would soon die, victims not just of age but also of overfertilization.

The pines, Augusta National officials are quick to point out, are still alive. The critics, a club source adds, wrongly assumed that excessive use of fertilizer was necessary to make the course so green.

Michael Hurdzan, a golf-course designer and consultant, concedes that nature and golf courses have not always gotten along; 50 years ago or so, greenkeepers routinely used products loaded with cadmium, lead, arsenic and a substance later known as Agent Orange. Greenkeepers often got sick as a result of working with these chemicals.

But, Dr. Hurdzan adds, “starting with the Rachel Carson days of the 1960s,” golf courses have made steady progress in responsible use of pesticides, herbicides and fertilizers, as reflected in tests of water quality. “What you would have found with a test [for pesticides] 20 years ago is different than what you would have found 10 years ago, and is different than what you would find next week,” he says.

Augusta National has routinely conducted such tests for years here on its 365 acres next to the South Carolina border. The club draws its nonpotable water from three natural sources: the Savannah River, Rae’s Creek, which winds through the grounds, and the two ponds on the course. Officials say they test the water before spraying it on the course and again at a spot where it leaves the property, and say the chemical makeup is nearly identical.

The club formerly used blue and black dye in its ponds but says it stopped doing so in 2000. With television in mind, however, it still occasionally tests dyes and says it might start again at some point.

To read the rest of this story, click here.

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New Green Careers Grow as Sustainability is a Critical Business Goal

July 14th, 2011

Jobs opportunities may seem slim, but positions tied to sustainability are on the rise. Companies are creating job titles such as chief sustainability executive or VP of earth stewardship. These new roles have responsibilities that include: finding better ways to protect the planet, save energy, minimize the carbon foot-print, maintaining an environmentally friendly work place and overseeing their sustainability efforts and communications with an annual green report.

The number of online job postings containing the keyword ‘sustainability’ quadrupled, which aggregates online job postings.

What new positions is your company adding that contain sustainable keywords? If so, we’d love to know.

Need a good reference for eco-employment? Check out: Greenjobs, a guide to eco friendly employment.

Read more about the sustainability job market as covered in the Wall Street Journal, click here.

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A ‘Green’ Lottery With a 4 Million Jackpot

July 11th, 2011

Carbon Lottery is the first lottery that helps combat climate change. Set up by Sterling Waterford and Splinter Media, the Malta-based lottery not only offers a EUR 4 million cash jackpot, but also functions as a new way of incentivising businesses and members of the public to offset their carbon footprint.

To read more about Carbon Lottery, click here.

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Can Wal-Mart’s Green Index Make a Difference?

March 17th, 2011

By now most have heard that the world’s largest retailer, Wal-Mart, is developing a green index for products. A look inside the project reveals four major areas of “green” measurement: (1) energy and climate, (2) natural resources, (3) material efficiency, and (4) people and community. Since “green” means a different thing to almost anyone you might talk to, Wal-Mart’s approach might just start to give some common definition to what has been a highly subjective term. Even more interesting is how all their individual products will rank, and then the certain debate that will follow over the relative strength and importance of each of the criteria. Further, products that rank low will not only have to look at their own manufacturing practices, but also those of their suppliers. It may indeed spur competition between suppliers to contribute the lowest amount on non-green attributes to the manufacturers –in other words, voluntary, bottom-up, market-based environmentalism. What a radical thought!

Do you think the development of Wal-Mart’s green products will strengthen their brand? Or will the competition between their future suppliers turn ugly?

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Conflict vs Collaboration

February 7th, 2011

Left vs Right. Democrats vs Republicans. Liberals vs Conservatives. Socialists vs Capitalists. Seem like everything these days is couched in terms of two sides, fighting it out. But in reality, collaboration is the source of most progress in today’s world. For example, today, green advocates and chemical companies are working together to give consumers fantastic new products that both protect the environment and protect lives, see previous post on new green innovations. Unfortunately, it doesn’t make the front pages because conflict sells newspapers. Too bad.

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Refurbished-Goods Industry Seeks Support for trade and R&D

January 25th, 2011

Seen in The Wall Street Journal 1/24.10.

Executives from some of the largest U.S. manufacturers are gathering in Washington Monday and Tuesday to seek more government support for their efforts to refurbish and sell used products ranging from cell phones to railroad locomotives to medical scanners.

Remanufacturers—including Caterpillar Inc., General Electric Co., General Motors Co., Eastman Kodak Co. and Xerox Corp.—would like the government to push harder for free global trade in reconditioned products and to help fund research into better methods of remanufacturing, which involves restoring used products to like-new condition for resale. Read full story.

Good idea? Bad idea?

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Young Scientists Embrace Chemistry

January 14th, 2011


Meet Rick Jones, Research & Development Advisor, as he shares chemistry with our young and curious citizens.

The series presents scientists and business professionals who contribute to the development, progress and implementation of the innovative chemistry products of Albemarle and the Earthwise Initiative.

How do young students become interested in chemistry and science?
For some, it may start with a classroom visit from Mr. Chemist, also known as Richard (Rick) Jones, Research & Development Advisor at Albemarle, who has played a special role in grooming the chemists and scientists of the future.

Beginning in 1992, spurred on by an initiative of the American Chemical Society, Rick became interested in teaching chemistry to young students to spark their interest in science.

Initially, he would ask students about the impact of science on everyday life. “For young elementary school children, I would talk about trees and how chemical processes transformed them into paper and then into books. Or I’d explore how oil becomes processed into plastic and that turns into action figures,” he remembered.

Instead of seeing science as “too hard,” Rick spoke about common sense and the need to work hard and apply thinking and stick to it skills. “I would remind the students that new products are always being invented and that even these cool ideas could become better through science.”

One very popular experiment involves marshmallows placed in a glass vacuum tube to demonstrate the relationship between air pressure and volume. When the vacuum tube is sealed shut, Rick utilizes a vacuum pump and withdraws the air from the glass tube. This permits the air bubbles in the marshmallows to expand, and the marshmallow becomes as big as a tennis ball, for a few seconds. When the vacuum is turned off and air refills the glass tube, the force of the atmospheric pressure causes all the air bubbles to deflate and the marshmallow shrivels down to a miniature size.

Students love to watch the reaction of a carbonated soda, like Sprite or Diet Coke, with a Mentos candy, which is attached to a wire coat hanger and then pushed into a two-liter soda bottle. The dissolved carbon dioxide (CO2) in the soda reacts to the pock-marked surface of the candy chemically; each bump on the candy provides a site for the dissolved carbon dioxide to attach itself and then escape from the liquid soda. The reaction releases all the dissolved carbon dioxide at once. As the CO2 seeks to separate from the liquid soda, it surges through the bottle, causing a geyser-like eruption of at least 15 feet.

Through the years, Rick also trained more than 75 Albemarle employees to perform these demonstrations and workshops.

Over a ten-year period, from 1992 to 2002, Rick calculates that he and his colleagues conducted about 500 science shows for 18,000 students in local schools as part of a national community outreach program, and the number continues to grow.

In addition, Rick was involved in Albemarle’s participation at local and regional science fairs, where Albemarle would host a booth. The science demonstrations were performed for nearly 10,000 students over the years.

Rick’s enthusiasm for inspiring young scientists has never wavered.

“To this day, I meet students of all ages who recognize me from a single appearance in their classroom, which may have been last month or 10 years ago. It’s a thrill to know I’ve had an impact on a young person’s interest in chemistry and science,” he marveled.


Left: Albemarle’s President Luke Kissam, Center: Rick Jones, Right: Albemarle’s COO John Steitz
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Fire Safety Heats up in Europe

January 6th, 2011

Study says thousands put at risk from house fires due to low or non-existent EU furniture safety standards.

Will green technologies have a roll in this new finding?

Sofas bought in 25 member states reached life-threatening condition in less than seven minutes while “stringent” UK safety standards delayed fire growth for almost 25 minutes, it says.

The report says that 3,000 people are killed and 30,000 injured every year across Europe in house fires, half of which involve furniture.

The study has revealed “shocking” evidence that the lives of European citizens are being put at risk by very low – or non-existent – fire safety standards for upholstered furniture.

The research, carried out by a specialist testing centre in the Netherlands1, involved setting fire to sofas bought in each of the 27 EU member states.

It found that 25 out of the 27 sofas reached life-threatening heat and smoke density less than seven minutes after ignition – some in as little as two minutes.

By contrast, the sofa manufactured to the stringent UK (and Irish) fire safety standard slowed the development of the fire, which did not turn into a life-threatening blaze until more than 21 minutes had elapsed.

See full story.

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Sea-Vacuation: Electrolux Reclaims Plastic from the Ocean Floor

December 10th, 2010

Original post from BrandChannel.com by Sheila Shayon

Electrolux is hoisting itself on its own petard. A leader in the manufacture of plastic appliances is leading a charge to green up and clean up our oceans in an initiative dubbed “Vac from the Sea.”

The preeminent vacuum cleaner brand is pulling out all the bottle stops to draw attention to the global need for recycled plastics to spur sustainable appliances. That’s why they’re now making vacuum cleaners from plastic litter on global ocean floors.

This past summer, Electrolux trolled the Pacific, Atlantic and Indian Oceans and the North and Mediterranean Seas in order to collect plastic refuse and craft five vacuum cleaner models, similar to its Ultra One Green model, constructed with 70% recycled plastics.

“While there is a hazardous amount of plastics floating around in our oceans, on land Electrolux experiences scarcity of recycled plastics needed for making sustainable home appliances,” commented Jonas Bodin, Creative Director Electrolux account, Prime.

“It is not about what you make of plastic, but about where it comes from. We worked on the concept of plastic reincarnation where plastic takes different life forms over and over again, inspired by the largest concentration of ocean waste in the world — the Pacific Ocean garbage patch.”

Read full story

Have you seen any other innovative ocean ideas?

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ACS Webinar-How Chemical Policy Reform Can Spur Green Chemistry

November 8th, 2010

As part of American Chemical Society ACS Webinars: Green Chemistry & Sustainability Series Richard Denison, Senior Scientist at Environmental Defense Fund will give a presentation entitled “How Chemical Policy Reform Can Spur Green Chemistry” followed by a Q&A period.

November 18th from 2-3 eastern time

Please note that this Webinar is open to everyone and not only to ACS Members.

In the wake of the largest Gulf oil disaster or public concern over the chemicals in a baby bottle, how will changing legislation affect chemical professionals? Public policy has the potential to transform the chemical industries and set a new course for the next decade. Join our speaker, Richard Denison, and learn about the latest Green Chemistry policy developments (Safe Chemicals Act/TSCA reform) and how they may affect chemical professionals, chemical industries, and the future of green chemistry.

What You Will Learn
- The policy context for advancing Green Chemistry essentials you need to know
- How U.S. and international policy changes can support the development and use of greener chemicals
- How current policy is informing future legislation – Safe Chemicals Act/TSCA reform
- And much more

To register and find more details:

Meet Your Expert
Richard A. Denison is a senior scientist at the Environmental Defense Fund. Dr. Denison has 25 years of experience in the environmental arena, specializing in chemicals policy and hazard, exposure, risk assessment and management for industrial chemicals and nanomaterials. He has published extensively and has testified before Congress many times regarding these issues.  Dr. Denison currently serves on the National Research Council’s Board on Environmental Studies and Toxicology and on the Green Ribbon Science Panel for California’s Green Chemistry Initiative. He was a member of the National Pollution Prevention and Toxics Advisory Committee, which advised EPA’s toxics office.  Previously, Dr. Denison was an analyst and assistant project director in the Oceans and Environment Program, Office of Technology Assessment, United States Congress. Dr. Denison received his Ph.D. in Molecular Biophysics and Biochemistry from Yale University.

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