Wide World

Published on 06 April 2010 by Sandhill in Plastics Tidbits

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Information on the global recycling biz…..

The wide world of plastics recycling

The U.K.’s plastics industry is hoping to jump-start the conversation about plastics collection and processing with the Plastics 2020 Challenge Recycling Debate. The Plastics 2020 challenge is an industry-funded organization aiming to double the amount of plastics recycled by 2020, from 27 percent in 2007. As part of the debate’s launch, survey results were released, finding that less than one-third of those 55 and older would stop recycling if curbside pick-up was eliminated, while more than half of families (with more than three children) surveyed would stop recycling altogether.
“We can’t just rely on the older generation to get Britain’s recycling rates up,” says Barry Turner of the Plastics 2020 Challenge. “We need to ensure that better infrastructure is in place to make it as easy as possible for all kinds of householders, including those in high-density housing and student accommodation, to get involved. One council has already stopped curbside collection of plastic bottles to reduce its council budget. This is worrying when the opposite is needed to reach Government recycling targets. ”
The plastics division of Greenstar UK, Greenstar Waste Exchange Services, received $76,000 ($US) in grant funding from the One North East regional development agency, as part of a upgrade effort at the firm’s Redcar, England processing facility. According to a story on letsrecycle.com, this is in addition to the $1.8 million Greenstar WES received from the Waste & Resources Action Programme, as part of a push to boost mixed plastics recycling.

Cited from Plastics Recycling Update

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Pepsi Co

Published on 05 April 2010 by Sandhill in Plastics Tidbits

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INTERESTING NEWS….

PepsiCo commits to raising recycling rates

PepsiCo recently announced that it intends to push higher beverage container recycling rates in the U.S. through a series of partnerships, commitments and company goals. The company announced the lofty goal of reaching a 50-percent U.S. beverage container recycling rate by 2018.
The goals, developed in cooperation with socially responsible investment firm Walden Asset Management and As You Sow — a foundation promoting corporate social responsibility through shareholder engagement — include such goals as to “work with other U.S. industry leaders in support of programs and policies that effectively increase recycling,” and to “develop innovative U.S. retail customer and consumer programs that support the recycling of beverage containers,” according to the company’s press release announcing the action.

CITED BY PLASTICS RECYCLING UPDATES

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DC BAG TAX

Published on 04 April 2010 by Sandhill in Plastics Tidbits

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Interesting…

DC bag tax rakes in money, cuts bag use

The District of Columbia’s controversial nickel single-use plastic bag fee brought in almost $150,000 in its first month and cut bag use by an estimated 86 percent.
According to numbers released by the District’s Office of Tax and Revenue, the monies collected from the first month of the five-cent per-bag fee totaled $149,432.27.

Bag usage dipped from a monthly average of 22.5 million bags per month to just short of three million, according to a press release from the office of D.C. Councilmember Tommy Wells.

Cited from Plastics Recycling Update

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Export Watch

Published on 02 April 2010 by Sandhill in Plastics Tidbits

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Export Watch

Export watch- just some interesting information regarding plastics…

The volume of plastic scrap exported in January, at 408.65 million pounds, increased by 8.7 percent when compared to its December figure. And, when weighed against January 2009’s position, the volume of exports rose by 66.4 percent.
The weighted average price of recovered plastic exports for January, at 17.14 cents per pound, decreased 15.1 percent from its December standing. However, when compared to January 2009, the price rose 3.1 percent.

PlasticsExportsJan10

Cited by Plastics Recycling Update

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Polyolefin Markets Up

Published on 01 April 2010 by Sandhill in Plastics Tidbits

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Just some news to share:

Polyolefin markets continue upward

Rising raw material costs have led prime resin makers to higher prices for plastics. For most of 2010, they have been successful. This has allowed recycled plastics producers to also move prices higher, although market conditions vary among the polyolefins.
PE: Resin makers ended 2009 on a flat note when a recommended December price increase of nearly five cents per pound went nowhere. Producers then wanted as much as eight cents per pound more in January, and tight supplies in North America, Europe and China eventually meant that many converters were forced to pay more. Prices went up by about four cents per pound in mid-January. Then, a sharp rise in ethylene prices, at the end of the month, led to resin producers announcing pricing would go upward again.
Producers sought an additional eight cents per pound in February, saying they were being aided by previous cutbacks in monomer and polymer production capacity, higher imports, tight supplies and rising ethylene costs. As a result, this large price increase stuck and, in March, prices went up six cents more, followed now by a five-cent increase quoted for April shipments. Ethylene production snafus added to market tension, with about 15 percent of North American capacity being offline in the first quarter.
PP: The market picture for propylene in the first quarter mirrored that for PE. Resin makers sought about five cents per pound more in January, which was attained due to low supplies. Producers then wanted six to eight cents more in February because of higher monomer costs, and were able to attain this increase. This was followed by a five- cent boost in March. Analysts say, however, that further price movement will be restricted by weakening resin demand, especially from the automotive and appliance sectors.

Cited by: plastics recycling update newsletter

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Good Info

Published on 31 March 2010 by Sandhill in Plastics Tidbits

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If you think that the recycling number embossed on the bottom of your plastics is the solution to the plastic problem, think again.  Of the seven types of plastic that are stamped as “recyclable” only two are easily and efficiently recycled.  Plastics are labeled with numbers 1 through 7.

Number 1 is pretty easy to recycle: Polyethylene terephthalate (PET or PETE). It is often clear, relatively lightweight (or thinner) and is used in:

  • Mouthwash containers
  • Soda bottles
  • Salad dressing containers
  • Plastic food jars
  • Water bottles

Number 2, also easy to recycle, is High density polyethylene (HDPE), is used in heavier containers like:

  • Milk jugs
  • Snack food containers
  • Laundry detergent containers
  • Shampoo bottles
  • Detergent bottles

Numbers 3 though 7 are where we run into problems.  If you havve tried to take any of these to your local recycling center you may have wondered why they won’t take them. These plastics are difficult to recycle.Number 3 – Polyvinyl chloride (V or Vinyl PVC),used to make:

  • Shower curtains
  • Cooking oil bottles
  • Pipe and Pipe fittings
  • Medical tubing

Number 4 – Low density polyethylene (LDPE), often colored, is used to make:

  • Sandwich, storage and “zipper” bags
  • Grocery and vegetable/meat bags
  • Plastic wrapping paper
  • Squeezable ketchup and mustard bottles

Number 5 – Polypropylene (PP), also often colored, is used for:

  • Tubs of butter, cookie dough, whipped topping
  • Tupperware containers
  • Yogurt and gelatin containers
  • Pancake and chocolate syrup bottles

Number 6 – Polystyrene (PS), is used in:

  • “To – Go”  food containers
  • Egg cartons
  • Disposable cups, bowls and plates
  • Styrofoam containers
  • Packing peanuts

Number 7 – Which includes a miscellany of all other plastics, which include:

  • Fast food beverage containers
  • Baby bottles
  • Cell phones
  • CDs
  • Electronics casings
  • Sports water bottles

Did you know that:

  • It takes 24 million gallons of oil  tomake a billion plastic bottles
  • 38 million plastic bottles in America end up in the land fills from bottled water alone
  • Plastic bottles take 700 years to begin composting

The plastic problem has no simple solution, but there are ways that the consumer can help.

  • Precycle:

This is the practice of considering your packaging before you buy. Make sure your plastic is number 1 or 2 before buying.  If it isn’t, consider a different product choice.

  • Reuse & Repurpose:

If you must use plastic, find creative ways to reuse and repurpose it.  There is a wealth of information on this topic available on the Internet.

  • Always recycle.

Terese Hartjoy is an artist and writer. She authors Simply Green, a daily sampling of environmental news and tips as well as feature articles covering environmental issues for Blog on Smog.

Article Source: http://EzineArticles.com/?expert=Terese_Hartjoy

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Why recycle?

Published on 26 March 2010 by Sandhill in Plastics Tidbits

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Why Recycle Plastic


image of young woman for recycle plastic articleWhen was the last time you bought a drink in a plastic bottle at the gas station?  Chances are, you threw out that bottle when you were done—without a second thought.  That’s what most of us do, even though all plastics can be recycled—and there are serious environmental consequences for throwing them away.  Here are a few reasons why you should recycle that plastic drink bottle next time, instead of tossing it in the trash.

People in the U.S. throw away 2.5 million plastic bottles an hour. Plastic is one of the most disposable materials in U.S. culture.  We throw away our milk bottles, soda bottles, water bottles, trash bags, grocery bags, product packaging, and more every day without giving it a second thought.  Plastic makes up much of the streetside litter found in cities and throughout the countryside, and it’s rapidly filling up our landfills as well.

Making new plastic requires significant amounts of fossil fuels. Studies suggest that between 7% and 8% of the world’s fossil fuels are used in producing new plastics.  This doesn’t sound like a great amount, but it accounts for millions of tons of fuels per year.  Recycling could preserve these fuels—even reuse them in other markets.

Plastic is easy to recycle – although few people do it. All plastic can be recycled.  But it’s not being recycled as much as it should be.  Some studies show that only 10% of plastic bottles created are recycled, leaving that extra 90% to take up space in landfills and killing ocean life.

Plastic bottles take up space in landfills. Our country’s landfills are closing at a rate of around two per day.  The landfill-space crisis is especially problematic in cities, where inner-city trash dumps are often filled to capacity, and surrounding communities are unwilling to allow new landfills to come to their neighborhoods.  Many coastal cities use the ocean as a dumping ground, resulting in depleted fish stock, polluted beaches, and other health issues for the inhabitants.  Plastic bottles make up approximately 11% of the contents of landfills.

Incinerating plastic contributes to greenhouse gases. To save space at landfills, plastics are often burned in incinerators.  When this is done, chemicals, petroleum, and fossil fuels used in the manufacturing process are released into the atmosphere, adding to greenhouse gas emissions.

Plastic in the oceans is responsible for the deaths of millions of sea animals. Plastic bottles floating on the surface of the oceans can look like food to larger sea life—often with fatal consequences.  In addition, fish, sea birds, and other ocean creatures often get caught in plastic rings that strangle them or constrict their throats so that they cannot swallow.

Plastic takes a long time to degrade. Nobody is quite sure how long it takes for plastic to biodegrade—it hasn’t been around long enough, and the first plastics made are still around today.  Scientists believe, however, that plastics will take hundreds of years to degrade fully—if not longer.  Plastics as we know them have only been around a hundred years, and they are already a problem.  Imagine five hundred years’ worth of plastics in our landfills.

Plastics contain harmful chemicals. These include cadmium, lead, PVC, and other pollutants in the form of artificial coloring, plasticizers, and stabilizers.  Some of these have been discovered to be harmful and are not in currently-manufactured plastics, but the older, more toxic plastics are still filling up our landfills and floating around in our oceans, releasing pollutants into the environment.  These can seep into groundwater from landfill runoff and cause health risks for both wildlife and humans.

Recycling plastic saves energy. Studies show that the energy saved by recycling a single plastic bottle—as compared to producing a new one from scratch—is enough to power a single 60-watt bulb for six hours.  Think of those 2.5 million bottles thrown away per hour in the U.S.—we could practically power our homes on the energy savings we’d gain by recycling every one of those plastic bottles.

Recycled plastic is useful. Recycled plastic is found in many unexpected places—including carpeting, the fuzz on tennis balls, scouring pads, paintbrushes, clothes, industrial strapping, shower stalls, drainpipes, flowerpots, and lumber.  It also contains oils that could be recycled and reused as fossil fuels.

The bottom line why we should recyle plastic is this: recycling plastic is a good idea.  It’s good for the environment, good for energy savings, good for the health of wildlife and humans alike.  So next time you buy a bottle of soda or water, don’t just throw it in the trash.  Recycle it—and do one small thing for the environment.  If you do this every time you buy a bottled drink, your small contributions will definitely add up to a big difference.

Information cited by the following link:  http://www.professorshouse.com/your-home/environmentally-friendly/why-recycle-plastic.aspx

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IBM and Plastics

Published on 20 March 2010 by Sandhill in Plastics Tidbits

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Here’s a little article with some good food for thought……..

by Michael Kanellos

If you’ve never thought of IBM as a plastics company, you’d be wrong.

Big Blue was one of the world’s hotbeds of polymer science in the 80s and 90s as part of its overall commitment to material science. This week, IBM and Stanford researchers published a paper describing how they have found ways to employ new forms (organocatalysts) to develop new types of polymer molecules. Ideally, these catalysts could be used to recycle plastic or develop new types of materials.

Organocatalysts have been studied for years, but a surge in published research began toward the beginning of the decade. Companies essentially were looking for a way to phase out metal oxide catalysts, which can sometimes stay behind in the final polymer. IBM’s new catalysts become bystanders after the reaction occurs.

What to do about plastic will likely become a larger question over the next few years. Landfills are piling up with plastic, oceans continue to get clogged with it, and the fossil fuels used to make it aren’t getting any cheaper. Some of the more novel ideas for recycling plastic are transforming it into railroad ties and building products (Axion International (AXIH.OB)) and feeding it to genetically modified organisms that will transform PET plastic into recyclable plastic (Ireland’s Bioplastech).

Like it does with its water technology and lithium-ion battery inventions, IBM will license the technology to manufacturing partners and collect a royalty. But it could find a home in-house: the material could play an instrumental role in a new, unannounced type of lithography, according to Jim Hedrick at IBM Research.

Meanwhile, in the more traditional computing world, Sentilla released a third version of Sentilla Energy Manager. The software builds a model of a data center, determines what the power consumption should be, and then monitors your power consumption to make sure you’re not consuming too much.

“Power is half of your operating expense so you should look at it as an asset,” said CEO Bob Davis.

One of the more interesting aspects of Sentilla is that it doesn’t employ sensors to get a read on data center power consumption. Sentilla’s software will take information directly from the meter whenever possible but will then provide a fairly precise estimate of the other equipment. The company gets within a few percentage points of actual power consumption, but lets data center managers avoid a massive upgrade headache. Imagine unplugging every server so you can put a sensor on it. One customer had 20,000 servers, said Davis.

Overall, Sentilla says that it can cut power consumption in data centers by 25 percent by detecting things like “rogue” servers (i.e., servers that are plugged in but not doing anything) and finding ways to virtualize more applications.

Someday, it may use its inference engine to analyze building power consumption.

The Department of Defense has also given $40 million in grants to Westinghouse (WAB) and General Atomics to study nuclear plants that can provide electricity and heat. That “smoke” you see coming out of nuclear reactors is actually steam. Around 16 percent of the greenhouse gases emitted in the U.S. come from facilities producing industrial steam. Nearly half of the electricity emitted in the U.S. also gets dissipated as waste heat.

Disclosure: No positions

About the author: Greentech Media
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Greentech Media (http://greentechmedia.com) is an integrated online media company designed to deliver the highest-quality content in the industry, whether it is research, news or critical networking events. Greentech Media is headquartered in Cambridge, Mass., New England’s educational- and… More

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Recycled Flooring

Published on 16 March 2010 by Sandhill in Plastics Tidbits

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If you have a home renovation or remodeling project that involves a change in the floor then you need to consider what type of flooring product is needed for the project. Some of the criteria for a new floor might be the look of the flooring, the cost and how heavily it will be used. A new option is to use recycled flooring products. These are products or materials that have been re-purposed from another industry to create flooring for the home. This article will cover some of these materials and some of the considerations when selecting a material. It will also touch on green flooring products as they have the same principle in mind as recycled flooring – to utilize resources that are recycled or sustainable and thus reducing the strain on natural resources.

There is a wide variety of recycled flooring products available these days. Materials include rubber, wood, metal and glass. This is particularly the case for tiling. Many tiling products are made from recycled glass taken from standard glass bottle recycling or for glass used in industry. Recycled metals can also be used to make original looking tiles. Glass tiles come in many colors and designs and can also give a distinctive look to a bathroom or kitchen.

Rubber floors are useful in industrial environments or maybe for the garage, utility room or shed. You can get flooring that is made from recycled tires. This flooring is durable and hardy. For more standard flooring products you can find many laminate floors that are made from recycled wood. This includes cork flooring that is an option for kitchen flooring. Flooring products made from bamboo are popular because of the sustainable nature of the bamboo plant. It is a fast growing plant that can be renewed in a short space of time.

Recycled flooring products are priced at a competitive price to non recycled materials. In some cases they are cheaper. This may be a consideration for you when considering a large renovation project. Or maybe you are just interested in the idea of reusing materials for environmental reasons.

It is important to establish a budget when doing a home renovation. The cost of the flooring material will have to be factored into the overall cost of the project. This will include other materials and appliances that you may be using and the cost of labor.

Another consideration with flooring products is the amount of traffic that the room is likely to get. If the room is the kitchen then you can safely say that it will get a lot on feet on it. If it is a bedroom then this will not be the case. If you have kids and pets then the floors may get more heavily used. This should be considered. Recycled wood products like bamboo are durable. Recycled tiling is also durable and will be able to handle heavy use. These types of flooring materials are easier to clean up and do not get stained or dented easily.

If you want to breathe new life into your home or are simply looking for a bit of inspiration then visit http://www.finehomeideas.com The site gives tips and advice for home renovation and interior design.

Article Source: http://EzineArticles.com/?expert=Adrian_Whittle

Sandhill Plastics Inc. manufactures a product called tyroc.  This is an affordable and great flooring product.  Go to tyrocinc.com for details.

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Plastic- Alternative to Steel

Published on 10 February 2010 by Sandhill in Plastics Tidbits

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Plastic Sheeting is the result of plastic extrusion. This is formed by means of a high range manufacturing process – melting and deforming a raw plastic that results to permanent file of plastic sheets.

The ranges of plastic products are compatible for the construction and engineering substances. Display sheets, prints, and signs have diverted into plastic sheeting. Special designs in fabrication of plastic sheets are in extensive service globally. These plastic products have different kinds of classification from window frames to outdoor roofing applications.

Plastic sheeting is the best alternative for the more expensive steel.

There are many types of plastic sheeting. The Acrylic Plastic Sheet combines the most reliable quality for the visor or helmet. It has the most precise optical clearness. The intensity of the color of this product combines a good illumination in a wide range of opaque colors, transparent and translucent.

You can create a design depending on your project because acrylic is easy to shape. It is blended well with tough hardness and finish surface and is resilient to chemical and weather. It is easy to clean and maintain. It is largely utilized for aquariums or tanks at homes or commercial establishments. Acrylic plastic is also best for exterior lenses of automobile lights and appropriate watcher protector.

The Plastic Aluminum Composite Sheet catches the ultimate color of red, blue, green, yellow, metallic, black and white. This generous selection of colors grabs the eye of customers. These are lightweight, making it perfect for loading. It is also rust-proof and weather-proof. The material in aluminum plastic sheet is considered as first class thermal insulation. It has the best proven properties of light polythene core and varnish of baked aluminum polyester. It is ideal for all around indoor and outdoor purposes.

Plastic Aluminum Composite Sheet is recommended to use as panels for canopy and ceiling, display boards and billiards, stand for exhibitions and showrooms, copings for parapet walls, covers for column, wraps for beam, parts for furniture, elevators and stairways, panels for partition, and cladding canopy and balcony

The Polycarbonate Plastic Sheeting is the most natural among all plastic products. It comprises of clear and translucent quality and is heat resistant up to 145 degrees. It is unaffected by acids and water substances. These types of plastic sheeting are best for electronic application such as conduction of electrical properties.

The polycarbonate sheets are stabilized in advanced engineering practice to meet the reinforced shape, a great advantage for those who want to fabricate their own forms of design. Polycarbonate plastic sheeting substance has the best dimensional stability suitable for food exposure. It has the advantage of having superior resistance against heat and temperature and has massive mechanical potency. It also provides high endurance and strength compared to glass.

Polycarbonate plastic sheets are suitable for insulating electrical parts. It can be used also in components for medical and pharmaceutical apparatus, for glazing task, and tough materials for electrical engineers.

Polypropylene Plastic Sheets come in natural, beige, grey, black and white. It possesses superb resistance to solvents and degreasing substance as well as in the attack of electrolytic. The polypropylene Sheets are preferred for all applications exposed to cold state. It is lightweight, easy to form, bendable and welded.

These are used mainly in packaging purposes, cassette holder, pipes, tanks and linings, shells for seats and other automotive parts, containers and fibers.

Article Source: http://EzineArticles.com/?expert=David_Urmann

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