Archive for the 'BusinessWeek: Green' Category

Europe’s Green Energy Companies to invest more than $10 Billion in the U.S.!

Saturday, June 5th, 2010

solar.gifhydro.gifgeizer.gif organic.gifwind.gif

“As much as $33 billion could be invested over the next two years, at least a third of it from Europe…” – excerpt from BusinessWeek Green Biz article. Click HERE for more info.

Major League Baseball Goes Green!

Sunday, March 14th, 2010

0916_74greenbiz-ballparks2.jpg0916_74greenbiz-ballparks.jpg

Green won’t just be the color of the grass this season at Major League Baseball parks. The energy efficient light bulbs at the new Yankee Stadium will save enough electricity to “power 75 homes for a year.” – excerpt from April 20, 2009 issue of Bloomberg BusinessWeek. Click HERE for more info.The above photos are from the BusinessWeek article.

70% of MLB Electricity comes from Fossil Fuels!

Thursday, April 16th, 2009

0916_74greenbiz-ballparks.jpg0916_74greenbiz-ballparks2.jpg
“Fossil fuels now account for 70% of the electricity used – hydro and nuclear provide almost all the rest…” Major League Baseball hopes to cut that figure in half. – excerpt from BusinessWeek article. Click HERE to view article.The above photos are from the BusinessWeek article.

China becoming world leader in green technology!

Monday, August 25th, 2008

china-hong-kong-port-523506-sw.jpgchina-yangdi-valley-698023-sw.jpgchina-2ndringroadtrafficjamchina-760146-sw.jpg

The August 11 edition of BusinessWeek reports that despite China’s pollution and other ecological problems, the country is determined to be a green leader. The incredible images above come from National Geographic – Wallpaper.
Click here for further info – Environmental strides in China.

We have only 3 options: mitigation, adaptation and suffering!

Tuesday, June 10th, 2008

alaska.jpgngmgallery_5_1.jpgaaawalla-womba.jpg

“We have only three options: mitigation, adaptation, and suffering. We will have to do all three.” Strong words from Harvard professor John P. Holdren in a BusinessWeek article titled Battening Down the Hatches.

But what exactly is mitigation, adaptation, and suffering? According to the article mitigation is the part of being ‘green’ that we are all familiar with. It’s driving less, recycling or using compact fluorescent light bulbs. It’s the things you can do to lessen or mitigate the damage to the environment. Reducing one’s carbon footprint is a great example of mitigation.

What is adaptation? According to the article, adaptation is all the things we need to do now to prepare “for a world reshaped by climate change.” The City of Annapolis, Maryland is planning to spend $9 million to raise the city’s dock located on Chesapeake Bay. Florida is exploring ways to protect 1,300 miles of coastline. You know its serious when Washington starts spending money. According to the article, “Congress is considering nearly two dozen bills with provisions for funding research and helping communities cope.

What is suffering? We are all familiar with Hurricane Katrina and the expense of rebuilding. The article mentions the Alaska town of Newtok. Diminished sea ice that once protected the town is leaving it vulnerable to erosion by the sea. The Alaskan town of Shismaref is “literally being battered to the point of falling into the sea.” – excerpt from July 17, 2006 BusinessWeek article, Business On A Warmer Planet. These towns are being moved. This is suffering!

China’s Carbon Explosion!

Tuesday, May 27th, 2008

china-pollution.jpg

“The Asian giant is overtaking the U.S. as the world’s biggest contributor to global warming…[and] between 2000 and 2010, the increase in China’s emissions will be more than five times greater than ALL the reductions expected under the Kyoto Protocol.” – excerpt from March 24, 2008 BusinessWeek article China’s Carbon Explosion.

Solar’s Newest Resource

Friday, May 2nd, 2008

Matt Cheney is trying to make it easy and cheap to go green.  His firm, MMA Renewable Ventures (MMA), helps companies build solar energy systems, cut their electricity bills, and lock in rates for decades-all with no money down.  The San Francisco company has erected some $300 million worth of solar panels for clients ranging from Denver International Airport to Gap (GPS).

MMA’s approach brings together evergy users, builders, and financiers.  Essentially, MMA is the middleman.  It contracts with companies to install the solar panels, which it owns and operates.  Customers then pay MMA for the power the panels generate-like a traditional utility but with cheaper rates.” – Excerpt from www.newsweek.com.

Click on the link below to read the entire article.

Solar Panels

Here Comes Pond Scum Power

Monday, April 14th, 2008

scum.jpg sss.jpg

Algae biodiesel isn’t practical yet, but startups and giants are enthusiastically exploring the possibilities
 

In a world spooked by global warming and thirsty for nonpolluting fuel, lowly algae hold a potent appeal. The plants sop up large quantities of carbon dioxide, a greenhouse gas, and produce tiny globules of fat that can be collected and turned into biodiesel fuel for trucks, cars, and trains. The oils might even be processed into aircraft fuel.

One of algae’s great virtues is that the plant has so little in common with other sources of fuel. Unlike cornfields that are harvested to produce ethanol, algae farms don’t require huge volumes of freshwater, nor do they tie up land that could be used for food crops. Algae flourish in saltwater or even wastewater and grow up to 40 times faster than other plants. Compared with current energy crops, algae have “the potential to deliver 10 or 100 times more energy per acre,” says Ron C. Pate, a technical expert at Sandia National Labs. That’s why industrial giants ranging from Chevron (CVX ) to Honeywell (HON ) to Boeing (BA ) are starting up algae business units. “In the past two years, we have changed from algae skeptics to proponents,” says Dave Daggett, Boeing’s technology leader for energy and emissions”. Excerpt from www.businessweek.com.

Click on the link below to read the entire article.

Algae

Taking the Heat off Drywall

Friday, April 11th, 2008

“When it comes to spewing out carbon dioxide and other agents of global warming, some of the biggest offenders are mundane construction products like drywall.  Serious Materials in Sunnyvale, Calif., says that manufacturing it accounts for 1% of all the energy used by U.S. industry, and thus a  comparable percentage of all industrial emissions.  The company will soon market a product called EcoRock that could drastically shrink drywall’s carbon footprint. 

In the traditional production process, gypsom and other raw materials are combined in watery slurry that must be rolled flat and dried, guzzling energy.  Serious Materials’ new recipe combines chemicals that, when mixed, react to create much of their own drying heat.  The company was voted the top prospect at a recent green investment forum, and in November, it snared $50 million in venture capital.  CEO Kevin Surace argues that industry must find a way to improve on traditional building products.”   - Excerpt from www.businessweek.com.

—By John Carey. Edited by Adam Aston

The Wind At Germany’s Back

Monday, April 7th, 2008

windmill.jpg

“To see Germany’s latest cash crop, take a train across the flat plains between Hannover and Berlin or cruise the waters off the gusty North Sea coast.  In both places, you can’t miss the rows of windmills marching to the horizon, quietly generating some 7% of the nation’s electricity needs- and powering an important new industry.

Thanks to smart regulation, Germany has become a global powerhouse in green energy, producing more electricity from wind than any other country.  While the industry owes some of its success to German expertise in fields such as aerodynamics, the biggest boost has come from the government.  The nation’s energy law guarantees operators of windmills and solar generators an above-market price for power for as long as 20 years.  Other countries have similar policies, but few have applied them as consistently as Germany”. – Excerpt from http://businessweek.com/.

Click on the link below to read the entire article.

Windmills

Big Oil’s Big Stall On Ethanol

Thursday, April 3rd, 2008

eth.bmp

“For some industries, the prospet of $3.5 billion in federal subsidies now, and double that in three years, might be a powerful incentive.  But not, apparently, for the oil industry, which is seeing crude oil prices soar to record highs.  Despite collecting billions for blending small amounts of ethanol with gas, oil companies seem determined to fight the spread of E85, a fuel that is 85% ethanol and 15% gas.  Congress has set a target of displacing 15% of projected annual gasoline use with alternative fuels by 2017″. – Excerpt from Businessweek Magazine.

Click on the link below to read the entire article.

Ethanol

What To Do With That Leftover Latex Paint!

Wednesday, April 2nd, 2008

ima.jpg  image.jpg  zjrvd2caeul3ktcacpccdsca9690v1caclnj0hcaf0d1ebcatdb9jscadibagjca2a5l1ocabbf0qgcaaa2cijcaqxd2teca83aewkcamx34jmcahakg53causmbrfcaq8quy7cau82ntjca63j51aca20zrvr.jpg

“Peek into any basement or garage and you’ll find them: old cans of paint left from a domestic makeover. Every year, do-it-yourselfers stash away some 66 million gallons of surplus latex. That’s not counting the tons of waste from commercial sources, including low-quality paints rejected by manufacturers, dinged cans tossed by retailers, and big barrels abandoned by contractors.

A startup hopes to shift the flow of this colorful river away from the nation’s landfills and into new plastics. Licensing technology from Rutgers University, Re-Manufacturing Technologies (RMT) has developed a process that combines waste paint with recycled plastic to produce resin pellets that companies melt and mold into various forms, from kitchen tools to electronics cases.

The RMT approach avoids landfill costs and helps meet the plastics industry’s growing demand for recycled supplies, for which prices have climbed recently. Some day, paint recyclers might even pay you a fee to return those unwanted cans in your basement”.

A Battery That Can Power A Whole Town

Tuesday, April 1st, 2008

“Nuclear “batteries” are nothing new. Energy from a fist-size lump of plutonium has powered the Voyager spacecraft for 25 years. And tiny specks of the stuff kept pacemakers ticking for decades. Now, Hyperion Power Generation (HPG) is developing a nuclear battery capable of powering a town. The size of a hot tub, it can put out more than 25 megawatts for five years, enough to run 25,000 homes.

Building on technology developed by Los Alamos National Laboratory, the Santa Fe (N.M.) startup’s battery runs on uranium hydride, which acts as fuel and also regulates power output, making it virtually impossible for the battery to suffer a meltdown. With no moving parts to break or corrode, HPG’s batteries can be buried in the earth for added security and safety. Their small size makes them easy to install and, later, to remove and refuel, cutting out the need to handle radioactive materials on site.

HPG plans to sell its first units to towns and industrial operations not connected to the grid. The company estimates lifetime costs for its battery will be a fraction of the price to build and run a natural gas plant with the same capacity. Backed by venture capital from Altira, HPG could have its batteries ready in six years”.

Microbial Methane Munchers

Monday, March 31st, 2008

imagesa.jpg ima1.jpg im.jpg

“Could a microbe from hell help slow the pace of global warming? In the simmering, corrosive muds of Hell’s Gate hot springs of Rotorua, New Zealand, researchers have discovered bacteria that devour methane, a greenhouse gas that environmentalists consider 20 times more harmful that carbon dioxide.

GNS Science, a research organization owned by the New Zealand government, says the tough new bug is the first methane-loving bacterium found to flourish in conditions as hot as 158F, with a chemical ambience similar to stomach acid. This makes it potentially easier to adapt to other hostile environments such as landfills, which leak methane as trash decomposes.

Matthew Stott, a GNS microbiologist, says the bug could also be adapted for use in other methane-venting sites, such as mines. Publishing in Nature, the researchers dubbed their superhardy discovery Methylokorus infernorum, a mix of the Latinized names for methane and the infernal place the bug was found”.

A Global Green Revolution

Tuesday, October 30th, 2007

“Can fixing energy-wasting buildings stave off global instability? Former president Bill Clinton thinks so. In the biggest project his foundation has taken on since securing a supply of cheap generic AIDS drugs for third world countries, Clinton has brokered a $5 billion effort to finance the retrofit of old buildings in 16 cities around the world.

The project, which Clinton announced at a climate conference in Manhattan yesterday, creates a financing and labor pool to replace energy-hogging light fixtures, as well as install better building insulation and more efficient HVAC systems”. – Excerpt from businessweek.com

Click on link below to read entire article.

Former president Bill Clinton going greenÂ