By 2015, the European Union will be throwing out 750,000 tons of flat screen devices per year, to say nothing for the American and Asian need, according to estimates.

That’s a lot of broken televisions and computer monitors getting chucked.

A Gothenburg, Sweden-based group has developed a process for taking all this electronic junk and recycling it.

Stena Metall Group believes it has the answer.

“The degree of recycling is high and there are major environmental benefits. Moreover, we are able to move away from manual dismantling,” said Staffan Johansson, managing director for GRIAG Glasrecycling, part of the Stena Metall Group.

Johansson said that more than 100 million flat screens were sold in Europe in 2008, but there hasn’t been a recycling process that is effective and environmentally sound. The products contain mercury, which makes dismantling the discarded screens even more difficult.

In the automated process, iron, other metals, plastics, circuit boards as well as glass with liquid crystal are separated. There is a closed process that removes the mercury.

“It is easy for mercury lamps to break during manual handling. This gives rise to health risks for those carrying out the dismantling,” said Snorre Kolseth, manager
of research and development.

For more information, visit stenametall.com.

Today, Atdec launched its Telehook TH-1040-VFM full-motion mount.

This TV mount will be useful for those of us who have chosen to put our TVs in high glare areas, as it allows the viewing angle to be adjusted up to 40 degrees. The Telehook TH-1040-VFM even allows us to use our flat panels in landscape and portrait mode after installation and can support panels between 12″ and 40″ and a weight up to 55 pounds.

This is made possible through use of a ball joint which offers boundless adjustment up to 40 degrees in any direction, allowing us to find that perfect sweet spot for our TV. There is no need to screw and unscrew numerous bolts due to Atdec’s “Simple Tension” Adjustment system, and their Smooth Glide technology allows for effortless adjustment of screens up to 55 pounds. The TH-1040-VFM’s quick release mechanism guarantees fast and easy TV attachment and removal.

The TH-1040-VFM offers a maximum reach from the wall of 17 ‚½” and a minimum distance from the wall of 4″. It supports VESA mounting hole configurations of 4″x 4″, 8″x 4″ and 8″x 8″. It features a cable management system, a theft resistant design and is compatible with masonry and timber stud wall mounting hardware.

“We are really in the TV viewing business and that’s what Atdec’s mounting solutions are all about: providing the best and most elegant way to ensure optimum viewing experience no matter what the environment may be,” said Atdec’s Jerome Green.

“The new Telehook TH-1040-VFM is a perfect example of this philosophy with its ability to offer infinite fine-tuning of the viewing angle via a variety of easy to adjust pivot points. Innovative design, matched with a stylish look and reliable build, make the new mount an ideal choice for any home or commercial TV installation.”

The TH-1040-VFM will be available in mid September for $169.

The federal government is suing Hitachi Displays Ltd., accusing the Japanese electronics giant of fixing prices of thin-film transistor (TFT) LCD display panels that were sold to Dell from 2001 to 2004.

Documentation shows that the Department of Justice is accusing Hitachi of trust-like activities and violating the Sherman Act.

The lawsuit alleges that Hitachi held meetings to discuss the prices of the TFT-LCD panels being sold to Dell.

No other information was released, and Dell has not yet responded to requests for comment.

(ARA) – The next time you walk into the room where your new flat-screen TV is on display, take a good look around. Is it starting to look dirty? Between all the dust and lint that flies around the average room and the dirty fingers used to turn the TV on its mount, it doesn’t take long before the set needs a good cleaning.

But don’t be tempted to use the same methods you would to clean your tube TV. Flat-screen television sets require more specialized care. Here are a few “Dos” and “Don’ts” to keep in mind:

• Don’t reach for strong chemical cleaners like alcohol, ammonia-based cleaners or window cleaners. They can damage the screen’s special coating.
• Don’t spray a liquid cleaner on the screen, as it can leak into the TV casing and damage the circuitry.
• Never use paper towels or newspapers to wipe off the screen either. These are wood products and will scratch the screen.

What you should do instead is look for a solution that is specially labeled “safe for laptop screens” or “LCD and plasma screens” and wipe it on with a soft cloth, preferably one made of chamois, microfiber or 100 percent cotton. These items are sold individually, or in kits available at most home entertainment stores or online. Kits, which typically include the cleaner, wipe cloths and brushes, are the most affordable way to go.

A line worth considering is Sanus Systems’ new Elements Screen Care, a series of quality screen care accessories that gently clean high-end TVs and monitors, and easily remove dust without damaging the screen. Within the Elements line is the ELM101, a complete screen care system that includes a special alcohol and ammonia-free gel that gently cleans TVs and monitors without harming screens or discoloring bezels and a Micro-Mist bottle you can use to apply it in a targeted spray. They also include a microfiber cloth that cleans without leaving behind lint or residue and an antistatic dusting brush attached to the wiping handle.

“We know these cleaners are going to be extremely popular among flat-screen television set owners because they offer the solution they’ve been looking for,” says Jason Schmidt, product manager for Sanus, “an easy and inexpensive way to keep their electronics clean.”

Elements Screen Care products are now available at thousands of retail locations nationwide; a store locator is available at www.sanus.com.

Once you have your cleaner on hand, here are the quick-and-easy steps you should follow to clean your set:

Step 1
Disconnect the power to your TV before you clean it each time. This is much safer, and it will allow you to see the smudges and dirt better.

Step 2
Use either lukewarm water or a cleaning solution to clean your TV, and wipe it on to the screen with a damp, soft cloth. Just a gentle wiping of the screen is enough. Rubbing, scrubbing and hard pressure can damage the screen.

Between cleanings, a little preventative maintenance will go a long way. Remember, it’s important to dust your TV and its screen on a regular basis. Excessive dust will damage any electronic device.

Courtesy of ARAcontent

Dear EarthTalk: I need to replace my old TV. Can you tell me which of the latest models is the greenest? I was told that the flat-screen/plasmas are real energy hogs. What do you recommend? -- Angela Montague, via e-mail

According to The Wall Street Journal’s Rebecca Smith, a 42-inch plasma TV set can draw more power than a large refrigerator, even if the TV is only used a few hours a day. This is partly because many newer models don’t turn off but go into “standby” mode so they can start up fast later with no warm-up period. “Powering a fancy TV and full-on entertainment system-with set-top boxes, game consoles, speakers, DVDs and digital video recorders-can add nearly $200 to a family’s annual energy bill,” she adds.

Smith recommends green consumers consider the Liquid Crystal Display (LCD) models, which typically uses less energy than comparable plasma sets. According to the U.S. Environmental Protection Agency (EPA), a 28-inch conventional cathode-ray tube (CRT) set uses about 100 watts of electricity. A 42-inch LCD set might consume twice that amount, while plasma could use five times as much, depending on the model and the programming. For the largest screen sizes (60 inches and up), projection TVs are the most energy efficient, clocking in at 150-200 watts-significantly less than the energy a plasma set would use.

“What scares us is that prices for plasma sets are dropping so fast that people are saying, why get a 42-inch plasma set when you can get a 60-inch or 64-inch one,” says Tom Reddoch of the non-profit Electric Power Research Institute. “They have no idea how much electricity these things consume.”

For its part, the industry is taking some steps to make its products more efficient, and to improve disclosure of energy usage. In June 2008 Sony pronounced its new 32-inch Bravia KDL-32JE1 LCD model “the world’s most energy efficient television.” Slated for sale in Japan in August 2008 for around $1,400, the new set utilizes fluorescent tubes to create higher levels of brightness with less energy consumption, but still delivers large resolution, a high contrast ratio and a wide viewing angle.

Beginning in November 2008, forward-thinking manufacturers will get a little boost from the U.S. government, which will start awarding the most energy efficient new TV sets “Energy Star” labels to help consumers identify greener choices. TVs bearing the Energy Star label must operate at least 30 percent more efficiently than standard models in both stand-by and active modes. Consumers can see which models qualify by visiting the televisions section of the EnergyStar.gov home electronics page. According to the EPA, if all TVs sold in the U.S. met Energy Star requirements, yearly energy savings would top $1 billion and greenhouse gas emissions would drop by the equivalent of taking a million cars off the road.

Of course, the greenest option of all (aside from getting out from in front of that tube and spending more time outdoors) is to keep or repair your existing CRT unit (a digital-to-analog converter will be needed after February 2009 when new signal specifications go into effect). Most CRT sets use less energy than any of the LCD or plasma models, and if it ain’t broke, why fix it? Buying a new TV, even a greener one, only generates more pollution in production and transport, and creates waste in junking the old model.

CONTACTS: U.S. Environmental Protection Agency, www.epa.gov; Energy Star, www.energystar.gov; Electric Power Research Institute, www.epri.com; Sony Corp., www.sony.com.

Dear EarthTalk: I heard that children are reaching puberty at earlier ages now and that it may have to do with environmental toxins and even their TV viewing habits. Can you enlighten? – Mark Abbot, via e-mail

To say that kids are growing up faster than ever these days may be more than just clich©. Recent studies have shown that children are reaching puberty at younger and younger ages, and researchers are starting to see links between this trend and other societal ills such as ubiquitous pollution and sedentary lifestyles.

In a 2007 report for the Breast Cancer Fund entitled “The Falling Age of Puberty in U.S. Girls: What We Know, What We Need to Know,” ecologist Sandra Steingraber argues that unfettered access to computers and TVs over the last 30 years has led to an increasingly sedentary lifestyle among kids in the U.S. and beyond. Active kids produce more melatonin, a natural hormone that serves as the body’s internal clock and calendar. This could explain why sedentary kids are likely to go through puberty sooner: Their bodies think their decreased melatonin production is a trigger to move into puberty. “[Melatonin is] an inhibitory signal for puberty,” says Steingraber. “The more melatonin you have, the later you go into puberty.”

Of course, sedentary lifestyles are also linked to childhood obesity, a condition that often continues-along with the many health problems that can accompany it-into adulthood. A recent National Health and Nutrition Examination Survey (NHANES) found that, between 2001 and 2004, 17.5 percent of children ages six to 11 were overweight-an effective doubling of obesity rates three decades ago. A study by the non-profit Obesity Society came up with a slightly higher figure-20 percent-with the percentages higher for Hispanic, African-American and Native American children.

Obesity is certainly one factor in the surge in so-called “precocious” adolescence, but chemicals are also thought to play a role. According to Erin Barnes, writing in E – The Environmental Magazine, a study comparing the body mass index of Danish and American girls found that the former group hit puberty a full year later than the latter even though their weights were in the same range. Another study found that wealthy girls in South Africa reach puberty a full year after their African-American counterparts. “Many researchers,” writes Barnes, “are studying the relationship between chemical pollutants like PCBs (polychlorinated bphenyls) and phthalates (commonly used plasticizers) and premature development.”

Some researchers believe that the preponderance of synthetic chemicals in more developed societies are interfering with human endocrine development and essentially “tricking” kids’ bodies into going through puberty prematurely. Also, precocious puberty in girls has been linked to breast cancer, as well as higher rates of drug abuse, violence, unintended pregnancies, problems in school and mental health issues.

“Shortening childhood means a shortening of the time before the brain’s complete re-sculpting occurs,” says Steingraber. “Once that happens, the brain doesn’t allow for complex learning.” She adds that the brain can only build the connections used to learn a language, play a musical instrument or ride a bike before it gets flooded with the sex hormones that come with the onset of puberty.

CONTACTS: Breast Cancer Fund, www.breastcancerfund.org; National Health and Nutrition Examination Survey, www.cdc.gov/nchs/nhanes.htm; Obesity Society, www.obesity.org.

GOT AN ENVIRONMENTAL QUESTION? Send it to: EarthTalk, c/o E/The Environmental Magazine, P.O. Box 5098, Westport, CT 06881; submit it at: www.emagazine.com/earthtalk/thisweek/, or e-mail: earthtalk@emagazine.com. Read past columns at: www.emagazine.com/earthtalk/archives.php.

Sony’s hot new 10.1-megapixel Cyber-shot DSC-T300 digital camera is extremely compact and stylish, yet it has a massive screen and plenty of talent.

The camera features new iSCN mode, where the camera automatically detects conditions and adjusts the camera accordingly.

“In iSCN mode, the camera can automatically detect up to five scenes, and choose the best setting for the situation,” Sony said in a statement recently.

“We’re aiming to make cameras smarter,” said Phil Lubell, director of marketing for digital cameras at Sony Electronics. “The T300 camera shows goes beyond face detection to other functions that help customers capture their best photos automatically.”

The T300 also boasts a 16:9 3.5-inch touch screen LCD display, a Carl Zeiss 5x optical zoom lens; Super SteadyShot image stabilization and high sensitivity settings up to ISO 3200.

The DSC-T300 camera replaces the DSC-T200 model. It will be available in red, black and silver in March for about $400.