For almost two weeks, I have been consciously reducing my plastic use and advocating a plastic-free life. I stopped buying plastic bottles or plastic bags and every time I go to grocery shopping I carry my own reusable bag or containers. By doing so, I have been quite successful to reduce my plastic consumption compared to last month. In fact, it started becoming an addiction to re-use everything that I have, including the plastic zipper bags and containers. As a good alternative to conventional plastics, I started believing in compostable plastics that would replace most areas in our daily life.
Category:
Recycling & Waste Mgmt.
Living four days without consuming plastics hasn’t been such a challenge yet; nevertheless it became more fun. As a quick reference to my last blog post, I aim to reduce my plastic use significantly for 30 days and reuse the products that I already have. My main motivation to do this is to help drawing attention to the “Great Pacific Garbage Patch” and other marine debris around the world.
Plastics can live longer than human beings. It takes 100 years for a plastic bottle to degrade in a marine environment. Given that plastics were invented only in the 19th century, almost all of the plastic content that was produced still exists somewhere in the world.
It is indeed very easy to live without plastic bags and plastic bottles. I bring my own shopping bag when I go grocery shopping and I reuse my old bottles and try to avoid plastic bottles in any kind. It was hard to give up some of beverages that I like. However, I can find access to drinking water easily in many developed cities. Hence, glass bottles and cans always seem to be good options.
After three days, I can say the hardest part of a non-plastic life is when I get coffee to-go from a coffee shop but I’m not supposed to get the plastic lid. It’s difficult to carry and drink cofee without the lid. Moreover, there is even a debate about the coffee cup itself.
I became aware of the great “Pacific Garbage Patch” after I learned about the Plastiki Project. Thanks to the Plastiki boat and its crew who already sailed more than 4,000 miles across the Pacific Ocean to raise awareness about marine debris and other environmental issues.
My background is in the energy sector and I’m not an expert on environmental issues other than what’s related to power generation. I do recycle as much as I can. However, I admit I have no idea what’s going on in the recycling process, where our materials are coming from or what type of materials we should be using. By reading some statistics, I learned that more than 90 percent of plastics are not recycled.
This made me aware of what we are doing to our ecosystems without even being able to clean up. I became annoyed and upset when I went to the grocery store and realized that I can no longer live in a world without consuming plastics. Plastic materials are not only a major packaging item in our food chain, but we are forced to buy most of our daily needs in plastic packages. Perhaps we are saving energy and money by using plastics, especially in packaging. However, maybe there is a way to reduce plastic consumption to a minimum level.
I haven’t used plastic bags for a long time. Instead, I bring my own reusable bag for grocery shopping. I stopped buying plastic bottles after I watched the animated film, “Story of Bottled Water,” which alerted me to the environmental danger caused by plastics. However, I realized that I still keep consuming plastics. Therefore I set up a challenge for myself:
I will not consume plastics for the following 30 days!
With more than 16,000 retail locations around the world, Starbucks continues to innovate and evolve the customer experience with a new store design approach inspired by Starbucks Shared Planet, their commitment to ethical sourcing, environmental stewardship and community involvement. With each new or renovated store, Starbucks strives to reflect the character of the surrounding neighborhood, allowing customers to feel at home when visiting “their” store and giving them opportunities for discovery at our other locations around the world.
For the last 15 years, the Starbucks coffeehouse at 72 Spring Street in New York City has been a gathering place for local patrons and international visitors alike. The renovated location draws upon the area’s commercial and retail history as well as its vibrant arts and cultural renaissance over the past several decades. The Spring Street store blends the aesthetics of a turn-of-the-century dry goods warehouse with the original iconic mercantile-inspired Starbucks location at the Pike Place Market in Seattle.
Failure to advance metal recycling, especially of rare metals used in high-tech products, could produce a global shortage of many metals within two decades, according to a series of reports by the United Nations Environment Programme (UNEP).
With few exceptions, recycling rates have been modest or low, and in some cases non-existent, the report says.
At a news conference, Thomas Graedel, a member of UNEP’s International Panel for Sustainable Resource Management and a Yale University professor, cited the example of indium, a metal used to create transparent electrodes used in liquid crystal displays, touch screens, semiconductors, and photovoltaic cells.
The BP oil spill in the Gulf Coast adds an unexpected wrinkle to the climate bill drama. Senators weigh in on next steps while Schwarzenegger withdraws offshore drilling support.
The broad energy and climate bill that Sens. John Kerry (D-MA), Joe Lieberman (I-CT) and Lindsey Graham (R-SC) have crafted contains measures to promote wider offshore drilling. Offshore drilling incentives are considered critical by many to win enough votes to pass such legislation in the U.S. Senate by garnering enough support from senators such as Mary Landrieu (D-LA).
While environmentalists and some coastal state Democrats are mounting new attacks on offshore drilling in the wake of the Gulf accident, the jury is out whether the climate bill will move forward.
California’s high-tech giants have long used renewable energy to help power their Silicon Valley headquarters. Now, companies such as Google, Adobe Systems, and eBay are preparing for the next step — investing in off-site solar and wind installations and innovative technologies that will supply their offices and data centers with green electricity.
From the street, Adobe Systems’ San Jose headquarters looks like any other collection of skyscrapers that dot the downtown of the self-proclaimed capital of Silicon Valley.
But ascend to a skyway that connects two of the software company’s towers and you’ll find a wind farm. Twenty vertical turbines that resemble a modern art installation slowly rotate in the breeze that blows through a six-floor plaza. Down in the parking garage, a dozen electric car-charging stations have been set up. Adobe, which makes the ubiquitous Flash player software, will install 18 more chargers this year to accommodate workers expected to be first in line when the Nissan Leaf, Chevrolet Volt, and other battery-powered vehicles roll into Silicon Valley showrooms later this year.
Our high-tech products increasingly make use of rare metals, and mining those resources can have devastating environmental consequences. But if we block projects like the proposed Pebble Mine in Alaska, are we simply forcing mining activity to other parts of the world where protections may be far weaker?
Every time someone pushes the on-button on an electronic device, there is an expectation that the unit will power up quickly and display images in vibrant color. There is the further expectation, especially when using electronic devices for communications such as email access, web downloading, and texting that the response time will be immediate. We live in an age of technological arms races in which manufacturers gain market edge by creating products that are faster, have more applications, have a broader network reach, and generally do more.
The processing capacity of digital electronic devices doubles about every two years (Moore’s Law), and this capacity increase is enabled by an expanded use of elements. For example, computer chips made use of 11 major elements in the 1980s but now use about 60 (two-thirds of the periodic table!). And the electronics sector isn’t alone. Engine turbine blades for aircraft are made of alloys of a dozen or so metals; motors and batteries of green-technology hybrid vehicles depend on several of the rare earths; advances in medical imaging have come about by the unique band gaps of elements such as gadolinium. It seems that there are no limits to what the imagination can create except for the fact that many of the metals are globally rare and, given the nature of current technology, non-substitutable.
The New Jersey cities of Trenton, Jersey City, Newark, and Camden are set to receive a total of $2.3 million dollars from the US Environmental Protection Agency (EPA) to help them assess and clean up contaminated and abandoned sites. The funding will be channeled through the EPA’s Brownfields Program. The clean up projects will help revitalize commercial and industrial properties by removing the toxic pollution that has hindered their redevelopment.
A brownfield site, or brownfield as it is commonly called, is a piece of land that was formerly used for industrial or commercial purposes, but is now abandoned or underused. Brownfield sites are perceived to be contaminated with low concentrations of hazardous waste, but have the potential to contain high concentrations of such waste. The pollutants are usually petroleum products often leaked from underground storage tanks or buried drums, but may include a number of toxic chemicals and organic compounds.
The Brownfields Program has been in existence since the EPA designated its first brownfield site in 1993 in Cuyahoga County in Ohio. Brownfields hold a special status because even though they are contaminated, they are not quite so bad to be included on the EPA’s National Priorities List, otherwise known as Superfund. The Brownfields Program does have a number of benefits including the following:
The U.S. Environmental Protection Agency has selected $78.9 million in brownfields grants to communities in 40 states, four tribes, and one U.S. Territory. This funding will be used for the assessment, cleanup, and redevelopment of brownfields properties, including abandoned gas stations, old textile mills, closed smelters, and other abandoned industrial and commercial properties.
The brownfields program encourages redevelopment of America’s estimated 450,000 abandoned and contaminated waste sites. As of March 2010, EPA’s brownfields assistance has leveraged more than $14 billion in cleanup and redevelopment funding.
In total, the EPA is selecting 304 grants through the Brownfields Assessment, Revolving Loan Fund, and Cleanup Grants programs:
This Earth Day I thought I would give you something to do so you can avoid watching another tree planting ceremony (it’s just as painful live as on TV – don’t kid yourself). Get out and actually make a difference instead of watching other people do it.
1) Computer Recycling – Help bridge the digital divide by donating your computer to a reuse group like: Computer Recycling Center or Per Scholas . They will restore the machine and then give it to a non-profit, group or individual in need of a computer. If you don’t have a computer to recycle contact one of the many electronics recycling groups on Google for other volunteer opportunities.
2) Food Gleaning – Gleaning means to gather what’s left over. Picking fruit from trees that would normally go to waste , donating excess veggies from your garden, or sending unsold baked goods at the end of the day to a homeless shelter are all ways to glean. It feeds the hungry, keeps food local, and ensures that landfill space is not used up unnecessarily.
The Plastiki, a sailing boat made out of 12,500 reclaimed plastic bottles and other recycled waste products, has been sailing in the Pacific Ocean for more than 30 days.
Plastiki started its journey March 20 from San Francisco, with the intention to create public awareness about the effects of plastic usage on marine pollution and consequently sea life.
The Plastiki crew aims to explore a number of environmental hotspots, such as soon-to-be-flooded island nations, damaged coral reefs and the challenge faced by acidifying oceans and marine debris, in particular plastic pollution.
Plastiki’s journey is also scheduled to go through the Great Pacific Garbage Patch, a zone of trash one suspended on the water’s surface, twice the size of Texas, and stretching from the shores of California to the Sea of Japan.
The boat crew consists of six scientists, environmentalists and artists, led by the British adventurer David de Rothschild. The 60-foot boat is sailing with an average speed of five nautical miles per hour and the voyage is set end in Sydney in about three months.
(Reuters) – Sporting goods maker Puma will launch eco-friendly packaging for its sneakers next year to reduce its carbon footprint, beating governments to the punch as it kisses old-fashion shoe boxes good-bye.
Puma said it would roll out the new packaging in the second half of next year and that by putting its shoes in cardboard frames wrapped in reusable shoe bags, it would save 8,500 tonnes of paper — the weight of more than 1,400 adult elephants.
It also said the change would mean a reduction of 60 percent in water and energy used during the production process and the amount needed for transportation due to lighter packaging