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Showing posts with label Green Environment. Show all posts
Showing posts with label Green Environment. Show all posts

Friday, April 23, 2010

News Around World: Green on top

Green on top, or face $100,000 fine, city propose

Toronto is poised to become the first city in North America to make green roofs mandatory on most new buildings and set standards for their construction.

A city committee yesterday considered a proposed bylaw that would require roofs on new buildings with an area of 5,000 square metres or greater to be 30% to 60% covered by vegetation. The bigger the building, the more planted space it would have to have--otherwise fines of up to $100,000 could be levied.

As drafted, the bylaw would cover mid-to high-rise condos, retail space and office towers, but exempt low-rise, large-scale industrial, nonprofit housing and public buildings such as schools.

But even as Toronto's powerful development industry was urging the city to slow down and keep green roofs strictly voluntary, local politicians were complaining the draft bylaw was too cautious for a metropolis vying to be the most environmentally minded on the continent.

Deputy Mayor Joe Pantalone, who helped bring the city's first power-generating windmill to the Exhibition grounds, said he was "disappointed" the first draft of the bylaw was so "tepid."

Mr. Pantalone asked city staff to come back in a month with a proposal that would include schools, low-rise buildings on "Main Street" and even private residences.

"Either we are the leading city in the world or we're the ones who looked in the mirror and got scared," he said.

BILD -- the Toronto and GTA Building Industry and Land Development Association -- was quick to urge city politicians to reconsider.

The association sent a letter to the city's chief planner expressing reservations and proposing a pilot project first instead of a full-scale bylaw.

"We have significant concerns with the city's proposal to require and govern the construction of green roofs. We continue to advocate that green roofs be implemented on a voluntary basis," it stated.

"If the home-building and development industry are provided with various incentives, this approach would assist the city with its objectives, while not forcing green roofs on those who may choose to use other forms of sustainable development for their projects."

Since his election in 2003, Toronto's hybrid-driving Mayor David Miller has put the environment front-and-centre on the municipal agenda, setting up a LiveGreen office to promote eco-friendly living, offering rebates for low-flush toilets, banning bottled water sales at city hall, taking on the coffee industry over the disposable cup and studying climate change within civic boundaries.

A new city report touts the environmental benefits of rooftops covered largely in plants and organic material as opposed to asphalt or metal.

These include "reducing the urban heat island effect and energy consumption, improving air quality and storm water management and creating opportunities for biodiversity and habitat creation and beautification of the city."

Steve Daniels, who sat on a green roof technical advisory committee representing BILD, said developers are interested in working with the city to create more green roofs. But he said they can add "hundreds of thousands of dollars ... if not more" to the cost of a project.

"The range can be anywhere on the lower end from $18 a square foot to around $28 a square foot. It's somewhere in that range that we're looking at for an added cost," Mr. Daniels said.

"It's always a concern. Compounded with development charges, compounded with application fees that go up, it's a cumulative effect. So this is just another added cost that has to be factored in at the end of the day."

On top of that, he said there is trepidation about how the new bylaw, which derives its authority from the City of Toronto Act, would mesh with the Ontario Building Code and other city zoning requirements, such as those that call for outdoor amenities for high-rise condos. Those amenities often end up on the rooftop.

Stephen Upton, vice-president development planning at building giant Tridel, pointed out that once installed, the rooftop shrubbery has to be left untouched for two years to allow it to take root.

More information is also required about the longevity of green roofs and how much should be budgeted in a condo corporation's building fund for future replacement.

"I think there's still quite a bit left to be understood, digested and refined," Mr. Upton said. "Toronto green standards, those are things that shouldn't be mandated but should be encouraged."

But while the developers were balking at the bylaw, environmental groups were urging Toronto to move further and faster.

Steven Peck, president of the 10-year-old Torontobased group Green Roofs for Healthy Cities, said the city's efforts could create jobs and be on the "leading edge" of the technology.

"We're very concerned that there's been a watering down of the requirements and we're concerned it will set a negative precedent for cities elsewhere in North America," Mr. Peck said, adding Toronto is "perched on the edge of really starting to get serious about implementing green roofs."

The issue will return to the planning and growth committee for further debate on May 6.

News Around World: Green on top

Saturday, December 12, 2009

GM to Begin to Repay US,Canadian and German Government Loans

In light of improving global economic conditions, stabilizing industry sales and its healthier cash position, GM announced today that it plans to accelerate repayment of its outstanding $6.7 billion in UST loans as well as the C$1.5 billion (US$1.4 billion) in EDC loans ahead of the scheduled maturity date of July 2015.GM plans to repay the United States, Canadian and Ontario government loans in quarterly installments from escrowed funds, beginning next month with an initial $1.2 billion payment to be made in December ($1.0 billion to the UST and $192 million to the EDC), followed by quarterly payments. Any escrowed funds available as of June 30, 2010 would be used to repay the UST and EDC loans unless the escrowed funds were extended one year by the UST. Any balance of funds would be released to GM after the repayment of the UST and EDC loans.In addition, the company has begun to repay the German government loans which were extended to support Opel, and had a balance of €900 million (~US$1.3 billion) as of September 30, 2009. Opel has already repaid €500 million (~US$0.7 billion) of that in November, and will repay the remaining €400 million (~US$0.6 billion) balance by the end of the month. The cash balance in Europe as of September 30, 2009 was US$2.9 billion.GM’s total debt as of September 30, 2009 was $17 billion, including $6.7 billion in U.S. government loans, $1.4 billion in Canadian government loans, $1.3 billion in German government loans and $7.6 billion in other debt globally. The $17 billion debt level does not include the UAW or CAW VEBA notes or preferred stock, which are $2.5 billion, $0.7 billion and $9 billion, respectively. While GM has reached settlements for the UAW and CAW VEBAs, the debt associated with the agreements will not be recognized until all preconditions are met and they become effective, which will be December 31, 2009 or later. Prior to the start of the new GM, total debt of Old GM was $94.7 billion as of July 9, 2009.
GM to Begin to Repay US,Canadian and German Government Loans

Sunday, November 22, 2009

Sweet solution to energy production

ScienceDaily (Nov. 12, 2009) — Sugarcane biomass, a significant waste product from sugar production, could be a renewable energy source for electricity production, according to research published in the international journal Progress in Industrial Ecology.

Engineer Vikram Seebaluck of the University of Mauritius and energy technology Dipeeka Seeruttun of the Royal Institute of Technology, in Stockholm, Sweden, have demonstrated that an optimal blend of sugarcane agricultural residues (30%) mixed with 70% sugarcane bagasse (the fibrous residue left after sugar production) can be used to generate electricity at a cost of just 0.06 US dollars per kilowatt hour. That figure is on a par with the costs of other renewable energies, including wind power at $0.05/kWh.
Sugarcane is a giant perennial grass of the genus Saccharum that can be found in wet and dry tropical and partially subtropical regions. It consists of an above-ground bamboo-like stalk with trash, cane tops and leaves and underground rhizomes and roots. 30 tonnes per hectare of fibre and sugarcane juice are sent to factories for sugar production, which leaves 24 tonnes per hectare of waste biomass. Currently, sugarcane bagasse is burnt for onsite heat and electricity production at sugar factories and surplus electricity is exported to the grid. That still leaves 24 tonnes per hectare of waste in the fields.
This waste has a similar energy content to bagasse, Seeruttun says, which could make it technically viable to use this material together with bagasse in a more effective way for electricity production. The 30:70 mixture of waste and bagasse reduces the risk of fouling or slagging of the furnaces used to burn the material.

"The combustion of SARs for the production of electricity is technically and economically feasible and creates opportunities for increasing the renewable energy share in sugarcane-producing countries," the researchers explain.
The researchers analysis of the economics and technology required to exploit sugarcane waste products effectively suggests that bioenergy expansion from cane biomass would create rural jobs, reduce costly energy imports, and cut greenhouse gas emissions overall. Its use in electricity generation displaces the equivalent of 230 kg of coal for the equivalent amount of energy generated and 560 kg of carbon dioxide per tonne.
They caution that harnessing this bioenergy and biomass potential will require significant increases in investment, technology transfer and international cooperation. Nevertheless, its high efficiency and concentration, mostly in the developing world, should be viewed as a global resource for sustainable development
Sweet solution to energy production

Saturday, November 21, 2009

European Commission issues call for proposals for energy-based stimulus program

The European Commission yesterday announced a call for proposals for energy infrastructure projects, for which it will invest up to almost €4 billion, with €565 million of this to go to offshore wind energy.

The investment is part of the EU’s European Energy Programme for Recovery, which is designed to reinforce the bloc’s energy supply as a response to the financial crisis. The recovery program was proposed in November, 2008.

Of the €4 billion commitment, nearly €2.4 billion will go to gas and fossil-based electricity infrastructure projects, while carbon capture and storage projects will get €1.05 billion in investments.

The commission called on project promoters to submit proposals by July 15, 2009, and said it expects to sign the first grant agreements before the year ends.

"The financing that has been made available will act as a role to secure and speed up investments in the energy sector. In addition, the funds allocated to projects will have a direct impact on the EU economy and on employment,” Energy Commissioner Andris Piebalgs said.

Investments in offshore wind will go to two kinds of projects: grid integration of offshore wind energy and new turbines, structures, and components. It will also fund projects for the “optimization” of manufacturing capacities.

Grid interconnection projects are planned for the Baltic-Kriegers Flak I, II, and III serving Denmark, Sweden, Germany, and Poland.

For CCS, 12 coal-fired power plants are planned to be applied with capture techniques.
European Commission issues call for proposals for energy-based stimulus program

International renewables agency chooses headquarters


The United Arab Emirates (UAE) will house the secretariat of the recently-formed International Renewable Energy Agency (IRENA), the only international organization of governments dedicated to promoting renewable energy in their member countries.

Abu Dhabi’s Masdar City, which was designed to be the world’s first carbon-neutral, zero-waste city powered entirely by renewable energy, will house IRENA after a strong bid from the UAE.

IRENA was officially founded on January 26, 2009 to act as an “institutional counterbalance” to the International Atomic Energy Agency and the International Energy Agency.

Initiated by the German government and parliament member and advocate Hermann Shceer, IRENA’s founding members include Germany, France, India, Egypt, and the UAE itself, among 70 other countries. IRENA’s current membership is 136, with the newest members including African nations, Japan, and the US.

It is the first time an international organization has chosen a Middle East city for its headquarters. For its bid, the UAE committed a grant of $136 million for the organization over a six-year period. UAE will also cover IRENA’s operational costs in perpetuity. In addition, the Abu Dhabi Fund for Development created an endowment of up to $50 million annually to be used for loans in support of renewable energy projects in the developing world.

IRENA’s location is also seen as bridging developing and developed countries.

IRENA was created mainly to give practical and educational advice to governments in renewable energy deployment programs free of vested interests. The organization is where governments are expected to turn to for “an accepted set of answers” on renewable energy promotion.

"This has been a tremendous educational experience, and has strengthened bonds with our IRENA co-members that will allow us to collectively advance the benefits of renewable energy on all continents," said Dr. Sultan Al Jaber, CEO of Masdar and a key architect of the UAE's bid.
International renewables agency chooses headquarters

Wednesday, November 18, 2009

Ireland creates high-level green economy promotion group


The Republic of Ireland last week announced the creation of a high-level group that will work for the promotion of a “green” sector as a new direction for the country’s economy.

The Action Group on the Green Economy is a task force that will work across a range of departments and all government institutions to mobilize both the public and private sectors for the new global green economy.

In a statement from the Energy ministry, Irish Deputy Prime Minister Mary Coughlan pointed out that latest estimates put the size of the global environmental goods and services market as exceeding €950 billion by 2010.

In Ireland, the value of the green sector is estimated to be more than €2.8 billion in 2008. The government said it wants green enterprise to become central to its economic policy.

“The green economy will provide an immediate boost for our country in these times. Ireland has huge potential in the area of our natural resources and the generation of real wealth and jobs,” Energy minister Eamon Ryan said.

“This Group will be tasked with mobilizing our talents across the public and private sector to position Ireland as at the forefront of the new global green economy,” Ryan added.

The group is expected to report to the government after four months. It will be chaired by Joe Harford who chaired the Irish Business and Employers Confederation’s Energy Policy Committee.

Coughlan last week announced a €40-million investment in a next generation bio-processing research and manufacturing plant in Claremorris. Coughlan also announced details of new, wide-ranging course courses for the construction sector focused on the green sector.

Ireland creates high-level green economy promotion group

UK on track to meet Kyoto targets—government report


The announcement comes as nations prepare for the
months-away meeting in Copenhagen, Denmark in December
to write a new treaty for reducing greenhouse gas emissions in their countries. Image sourced from STOCKXPERT
The UK’s Department of Energy and Climate Change (DECC) announced today that the country is on the road to meeting its Kyoto greenhouse gas emissions reduction targets as it publishes its progress report to the United Nations (UN). The progress report is the UK’s Fifth National Communication under the UN Framework Convention on Climate Change (UNFCCC).

In a press statement, the DECC said its report, which will be discussed today by Climate Change Minister Joan Ruddock, shows that UK greenhouse gas emissions are expected to be some 23% below 1990 levels by 2010. The projected achievement is above the target of only 12.5% reduction set out under the Kyoto agreement.

The announcement comes as nations prepare for the months-away meeting in Copenhagen, Denmark in December to write a new treaty for reducing greenhouse gas emissions in their countries. The current treaty, the Kyoto Protocol, expires in 2012. World officials will be meeting in Bonn this week to begin negotiations for the draft treaty.

The UK points to several policies and programs as key to nearly doubling its emissions reduction targets, such as the Climate Change Act which aims for 80% reduction in greenhouse gases by 2050. The country has also been active in home energy efficiency projects such as nationwide insulation plans.

To discuss the report, Ruddock will be at the Cheltenham Science Festival today.

UK’s 12.5% reduction target is higher compared with other industrialized countries, the only ones obliged to make the cuts. Germany’s target is 21%, but it is yet to officially report that the target is being met.
UK on track to meet Kyoto targets—government report

Energy Saving Tips

The United States Department of Energy has provided a 36 page information package on ways to save on energy. You can view the full PDF file here, but today we will focus on a concise version of the information they have provided.

Astonishingly, Americansgenerally spend $1600 or more a year on their utility bills. Not only is much of this wasted energy, but more carbon dioxide is emitted into the air from one home than two average cars. The following tips will help you save energy costs both at home and in the car.

Set your thermostat comfortably low in the winter and comfortably high in the summer. Install a programmable thermostat that is compatible with your heating and cooling system.
Use compact fluorescent light bulbs.
Air dry dishes instead of using your dishwasher's drying cycle.
Turn off your computer and monitor when not in use.
Plug home electronics, such as TVs and DVD players, into power strips; turn the power strips off when the equipment is not in use (TVs and DVDs in standby mode still use several watts of power).
Lower the thermostat on your hot water heater to 120 degrees Fahrenheit.
Take short showers instead of baths.
Wash only full loads of dishes and clothes.
Drive sensibly. Aggressive driving (speeding, rapid acceleration and braking) wastes gasoline.
Look for the ENERGY STAR label on home appliances and products. ENERGY STAR products meet strict efficiency guidelines set by the United States Environmental Protection Agency and the United States Department of Energy.

Energy Auditing Tips

Check the insulation levels in your attic, exterior and basement walls, ceilings, floors, and crawl spaces.
Check for holes or cracks around your walls, ceilings, windows, doors, light and plumbing fixtures, switches, and electrical outlets that can leak air into or out of your home.
Check for open fireplace dampers.
Make sure your appliances and heating and cooling systems are properly maintained. Check your owner's manual for the recommended maintenance.
Study your family's lighting needs and use patterns, paying special attention to high-use areas such as the living room, kitchen, and outside lighting. Look for ways to use lighting controls - like occupancy sensors, dimmers, or timers - to reduce lighting energy use, and replace standard light bulbs and fixtures with compact or standard fluorescent lamps.

Insulation Tips

Consider factors such as your climate, building design, and budget when selecting insulation R-values for your home.
Use higher density insulation, such as rigid foam boards, in cathedral ceilings and on exterior walls.
Ventilation plays a large role in providing moisture control and reducing summer cooling bills. Attic vents can be installed along the entire ceiling cavity to help ensure proper airflow.
Recessed light fixtures can be a major source of heat loss, but you need to be careful how close you place insulation next to a fixture unless it is marked IC.

Energy Saving Tips - Green Energy Online

Gimme a Green Cell Phone

No, I'm not talking about LG's green-hued Mint Chocolate phone (although, if I were in the market for a new Chocolate, the green Mint would be my preference). What I'm actually referring to is a new type of technology that the wireless industry is testing out that will use alternate energy to power cell phones. Cell companies have "heard the call" of millions ofgreen energy advocates and, in response, have begun working on ways to change the methods they have had in place for years.

There is a variety of ways that the cellular industry can utilize in place of their current mode of providing this convenience to its users. They are realizing that cell phone towers may have the ability to be powered by wind turbines. For those who don't know, turbines are

any of various machines in which the kinetic energy of a moving fluid, such as water, steam, or gas, is converted to rotary motion.

These same cell towers could also be operated through the use of solar panels, making use of the energy of the sun to power up the cell phones. Antennas could also receive their back up energy from hydrogen fuel cells and computer equipment could be cooled through geothermal methods.

The wireless industry has come to realize, whether through their own conscience or through the voices of millions who care about the earth's current deterioration and eventual demise, all of the negative effects that its current methodology has had on environmental factors, and they seem to have a desire to alter their techniques in order to do their part to improve the condition of our world. However, my skepticism prevails, and it almost seems as if their concerns still reside more so in what impact this alteration with have financially. In other words, if this will save them money, they are more interested in attempting it.

The ideas that they have for this change over are still in the experimental phase, meaning it could take many years for this critical plan to be brought to fruition. To be fair, it should be noted that Sprint Nextel has been testing alternate energy sources for their cellular power since 2004, already using hydrogen fuel cells at 65,000 of its sites. In addition to this, Sprint has already been making use of many of the above mentioned alternates. T-Mobile is also attempting the application of some alternatives. T-Mobile's director of national operations planning mentioned tax incentives that are given to companies from states when using alternate energy resources.

The idea of "green" wireless technology is one step closer to attaining a more livable earth. Not only is there a certain amount of radiation that is emitted from the cell phone antenna, the electricity being used to operate cell phone towers is immense. Because the electricity is generated in the current, traditional ways, it wreaks havoc on Mother Earth. These new ideas that are being generated with some cellular companies (and I'm sure all will follow suit at some point) are crucial to the necessary end result of using alternative energy wherever is humanly possible.

Gimme a Green Cell Phone - Green Energy Online

Bamboo Bike

Bamboo is a giant grass commonly found in the tropical regions of Asia, Africa and South America. Bamboo is the fastest-growing woody plant on Earth; it can reach maturity in months compared to other woods, which take decades. It grows super-fast, some types grow about one meter a day. Bamboo is one of the most versatile

Bamboo has been used in the eastern hemisphere for centuries. Bamboo bikes have existed for over hundred years Particularly in the orient, but in other places as well when times were either hard or when metals were subject to civilian restriction, such as during the world wars and conflicts.

Any movie or documentary that you watch often depicts Asian villagers riding what seems to be poorly constructed bicycles through dilapidated towns. However, there is a great misconception regarding these bikes. Bamboo bikes are very different looking and maybe less likely to get stolen. They are lighter than, and just as strong, as bikes made using aluminum. They do not rust, and there are no nuts or bolts to loosen that can cause serious accidents.

Bamboo bicycles, therefore, can create sustainable way for businesses to keep costs down and it allows for local business to create employment, even in remote areas. It literally helps the economy by providing the necessary tools for people to provide for their families. With bamboo bicycles, there is no worry about running out of gas or if the engine will fail as with automobiles. Bamboo bicycles offer a safe and reliable mode of transportation with minimal repair costs, and require very little upkeep and maintenance.

Bamboo bicycles are extremely eco friendly because there are no harsh emission or pollutants that are released. An added benefit to bamboo bicycles is that the rider get many hours of exercise and generally remains in good health.

Bamboo is a totally renewable resource you can clear cut it, and it grows right back, almost like weeds in a garden. It is strong, but it's also very flexible, however, Bamboo is prone to splitting and fracturing when under lateral strain. This seems to be the only drawback to using bamboo.

Bamboo Bike - Green Energy Online

Thursday, November 5, 2009

Green Power: Why Using A Battery Charger Is Better For The Environment - Green Energy Online

It is true that nearly every device contains one type of battery or other. These range from the large batteries found in vehicles right through those found in mobile phones, laptops and children's toys. The number of batteries that you have and are responsible for can be truly astounding.

What you may not know is that a lot of batteries are now classified as toxic and hazardouswaste. Another thing that you may not know is that it is also now possible to recycle batteries in order to reduce the harm that they do to the environment. The other thing that you can do to help reduce environment risk, along with recycling, is by using battery chargers and rechargeable batteries where possible.
The problem with batteries is that they contain hazardous chemicals and heavy metals that can leak out and cause devastating damage to the environment. These chemicals and metals can leak into the ground or into rivers causing immediate and lasting damage. Batteries can be made from many different types of metals, all of which are damaging. Car batteries can be made from lead-acid, and are extremely hazardous; other batteries are alkaline batteries and recycling batteries, all of which can be recycled.

Currently in the UK less than 2% of the batteries used are recycled. This is one of the lowest battery recycling rates in the whole of Europe and is rather embarrassing. With such a low rate of battery recycling, things have to change and the government has published a directive on batteries. This directive is likely to take effect at the end of September 2008.

So what can you do to help? Firstly you must never ever throw batteries away with 'normal' waste. In daily waste there are simple too many chances for the batteries to become crushed, exposing the environmentally damaging materials.

Even if the battery isn't crushed then sitting in landfill for a number of years will certainly erode the battery’s cover, releasing the toxic metals and chemicals. Where possible batteries should be returned to the supplier, although this isn't always possible or even practical. Obviously with smaller batteries, say for TV remote controls, returning the battery to the shop from which it was bought just isn't an option.

However, there will be a battery recycling centre in your vicinity so the other option is to find out where it is. Taking your batteries to a battery recycling plant will no doubt seem like another hassle that you are unwilling to add to recycling confusion, but as a potentially toxic item of rubbish it is incumbent on all of us to ensure batteries are disposed of correctly.

By far the best thing to do is use rechargeable batteries and an appropriate battery charger as much as you can. Vehicle batteries are already rechargeable and rechargeable batteries can be bought for every other type of appliance. There are also so many companies that sell battery chargers for all battery shapes and sizes.

There are two reasons why recharging batteries is better for the environment than buying non-rechargeable one. At first thought it may seem that the amount of energy used to charge the batteries is defeating the object but this isn't the case. Batteries take far much more energy to make and charge in a factory environment for one-off use than it does to create a rechargeable battery that can be charged again and again from the mains with a battery charger. Secondly rechargeable batteries can be recharged hundreds of times which means that there are less batteries in general and therefore less to dispose of and less toxic waste.

Green Power: Why Using A Battery Charger Is Better For The Environment - Green Energy Online

Tuesday, November 3, 2009

REF Green Buildings page02

Green Homes

Energy Efficiency for New Homes – To earn the ENERGY STAR, a home must meet strict guidelines for energy efficiency set by the U.S. Environmental Protection Agency. These homes are at least 15% more energy efficient than homes built to the 2004 International Residential Code (IRC), and include additional energy-saving features that typically make them 20–30% more efficient than standard homes.
Energy Efficiency through Home Improvement – Making your home more energy efficient with ENERGY STAR can help to reduce high energy bills, improve comfort and help to protect the environment. Improving energy efficiency is also an important first step for homeowners interested in green remodeling. ENERGY STAR can guide you in making your home more efficient — whether you do-it-yourself or hire a qualified professional.
Air Quality at Home – In the last several years, a growing body of scientific evidence has indicated that the air within homes and other buildings can be more seriously polluted than the outdoor air in even the largest and most industrialized cities. Other research indicates that people spend approximately 90 percent of their time indoors. Thus, for many people, the risks to health may be greater due to exposure to air pollution indoors than outdoors. In addition, people who may be exposed to indoor air pollutants for the longest periods of time are often those most susceptible to the effects of indoor air pollution. Such groups include the young, the elderly, and the chronically ill, especially those suffering from respiratory or cardiovascular disease.
Saving Water at Home – Americans use large quantities of water inside and outside of their homes. A family of four uses 400 gallons of water every day. This amount can increase depending on location; for example, the arid West has some of the highest per capita residential water use because of landscape irrigation. WaterSense helps conserve water for future generations by providing information on products and programs that save water without sacrificing performance. In fact, the average home, retrofitted with WaterSense labeled toilets and bathroom faucets or faucet accessories, can save more than 11,000 gallons per year. If one out of every 10 homes in the United States upgraded to WaterSense labeled fixtures, we could save more than 120 billion gallons and more than $800 million annually.
Waste Reduction at Home – Across the country, many communities, businesses, and individuals have found creative ways to reduce and better manage Municipal Solid Waste (MSW) - more commonly known as trash or garbage - through a coordinated mix of practices that includes source reduction, recycling (including composting), and disposal. The most environmentally sound management of MSW is achieved when these approaches are implemented according to EPA's preferred order: source reduction first, recycling and composting second, and disposal in landfills or waste combustors last.
Green Schools

More than 53 million children and about 6 million adults spend a significant portion of their days in public and private school buildings. These school buildings may contain environmental conditions that inhibit learning and pose increased risks to the health of children and staff. EPA's Healthy School Environments Web site serves as a gateway to online resources to help facility managers, school administrators, architects, design engineers, school nurses, parents, teachers, and staff address environmental health issues in schools.
Green Commercial Buildings

Make energy performance a priority in your next building’s design. Use Target Finder to set your energy performance target.
Green Laboratories

Laboratories for the 21st Century is a voluntary partnership program dedicated to improving the environmental performance of U.S. laboratories. EPA and the US Department of Energy are helping new and retrofitted laboratories cut their energy costs and improve environmental performance by offering training and education, as well as a tool kit.
Green Healthcare Facilities

Laboratories for the 21st Century is a voluntary partnership program dedicated to improving the environmental performance of U.S. laboratories. EPA and the US Department of Energy are helping new and retrofitted laboratories cut their energy costs and improve environmental performance by offering training and education, as well as a tool kit.
GREEN BUILDING HIGHLIGHTS

Current Projects / Expected Investment

Investment in the green building sector is booming

The green building sector has been awash with VC cash in recent months: Despite there only being a few dozen startups in the nascent field, investors have started paying close attention — helping several raise new rounds of funding. Newark, California-based CalStar Cement has received $3.4 million from several investors, including Foundation Capital, while Serious Materials landed a hefty $50 million second funding round, led by New Enterprise Associates, Rustic Canyon Partners and Foundation Capital. The Sunnyvale-based startup had earlier capped a $5 million first round. Los Gatos-based Calera, which is developing a cement capable of sequestering carbon dioxide, is backed by Khosla Ventures. New Jersey-based Hycrete, which produces an admixture (or liquid solution) that is used to waterproof concrete, completed its second round in 2006. Just one more, CEO David Rosenberg says, could take it to profitability; in late February, he said he was seeking $10 - 20 million. Its investors include RockPort Capital Partners and NGEN Partners. Hycrete’s admixture was one of the first to receive a cradle-to-cradle certification through McDonough Braungart Design Chemistry, a green product and design firm. The designation “cradle-to-cradle,” coined by architect William McDonough and Michael Braungart, refers to a product that can be completely recycled or re-used. It was also selected as a Technology Pioneer at this year’s World Economic Forum.

REF Green Buildings page02

Wednesday, September 10, 2008

Carbon Offsets: Off or On Target?

As global warming finally seeps into the public consciousness, carbon offsets are fast becoming the next hot new thing (no pun intended). People love them because they let you buy your way out of your carbon impacts. Write a check and erase your guilt. And I've always been a little troubled by this and by the whole idea of carbon offsets themselves.

For one thing, you can't always trust all the offset providers that are suddenly popping up all over the place. Some are likely to be scams. Others offer no real measurements of the carbon they prevent. Others are just taking your money for projects that would have happened anyway. There need to be some standards on both sides of the equation, i.e. how much carbon the consumer actually needs to offset for each activity they engage in and how much carbon each provided offset actually offsets. Apparently, Britain is going to create and apply some of these standards soon. We probably need something like that to happen in the U.S.

A lot of questions remain about carbon offsets but meanwhile the world seems to be rushing to embrace them. I worry that people will think they can use offsets to simply buy their way out of the problem rather than actually solve it. You know, we can purchase all the carbon offsets in the world, but if in doing so we think that gives us carte blanche to continue to spill our own individual carbon loads into the atmosphere, the atmosphere is still going to contain that carbon. Tree-planting offsets may absorb some of that carbon eventually (those trees will take time to mature to full carbon absorption capacity ).