Thursday, 22 July 2010

The FlowCut Solar Lawnmower Cuts Grass Using Sun Power




by jjDesign, 07/20/10
filed under: Green Products, Solar Power


Had enough of pushing a heavy lawnmower across your grass when you have better things to do with your weekends? The flowCut solarmower concept tackles this laborious task by using sunlight. All you have to do is leave the flowCut on your lawn, let it soak up the sun, and the photovoltaic panel will power the engine and rotary blade, allowing you to put your feet up and relax.

The flowCut detects when to turn and stop with the use of a laser sensor at the front and rear. It also tackles the task of feeding the lawn by collecting rainwater in a compartment filled with natural grass nutrients. With the flowCut lawnmower, the grass is always greener!


Read more: The FlowCut Solar Lawnmower Cuts Grass Using Sun Power | Inhabitat - Green Design Will Save the World

Ameresco IPO Keys on Energy Efficiency

By IPOfinancial.com 07/21/10 - 02:59 PM EDT


Reducing the U.S.'s dependence on traditional energy sources has been the talk of discussion for years, and while the shift toward alternative solutions has begun, the current projects that have been completed or those that are in the various stages of development are just the tip of the iceberg.
Efficiency is the name of the game, a buzzword that can be applied to many different industries, but none more so than in the energy sector.
Being green is more than just adopting wind or solar technology. This is where Ameresco (AMRC) fits into the puzzle, as the company is one of the leading providers of energy efficiency solutions, enabling its customers to reduce energy consumption, as well as lower operating and maintenance costs.
AMRC's primary service offering includes the development, design, engineering and installation of projects that reduce the energy, operations, and maintenance costs, with a range of measures implemented for each facility, designed to improve the efficiency of heating, ventilation, air conditioning and lighting systems.
The other segment of its business is focused on developing and building small-scale renewable energy plants. More recently, the company has begun to sell and install PV panels and integrated PV systems converting solar energy to power, as well as design and construct renewable energy plants based on wind power.
AMRC's services appeal to a diversified group of customers, with the company providing its solutions to governmental, educational, utility, healthcare and other institutional, commercial and industrial businesses. During fiscal 2009, the company sold its services to over 1,000 customers, while no single client accounting for more than 10% of its total revenues.
■Ameresco -- AMRC
■Lead Underwriter - Bank of America Merrill Lynch
■8,696,820 million Class A Common Stock
■Current price range -- $14 to $16
■Deal size to the mid-range -- $130.45 million
■Sector: Electric -- Integrated
From a competitive perspective, AMRC has emerged as one of the front runners in the space, as it's one of the few large, independent energy efficiency service providers, securing over 30% of the projects that have been awarded since Oct. 1, 2008 through February, 2010 from the U.S. Department of Energy as it relates to programs associated with energy savings performance contracts.
Currently, AMRC has 54 offices in 29 states, in addition to operating in four Canadian provinces, with the company looking to expand into Europe, as there are significant growth opportunities that exist internationally.

BP Biofuels takes over ethanol process developed by UF

By Anthony Clark
Business editor


Published: Wednesday, July 21, 2010 at 4:52 p.m.
Last Modified: Wednesday, July 21, 2010 at 4:52 p.m.
While the eyes of the world are focused on BP's activities in the Gulf, the company's various divisions continue to conduct business as usual, including a recent deal that includes technology licensed from the University of Florida.


BP Biofuels of North America entered an agreement to acquire Verenium Corporation's cellulosic biofuels business for $98.3 million, the companies announced last week.

That includes Cambridge, Mass.-based Verenium's technology that uses enzymes to produce ethanol from woody and fibrous materials, a process developed by UF Institute of Food and Agricultural Sciences microbiologist Lonnie Ingram.

BP will take over a demonstration plant in Jennings, La., a research and development facility in San Diego and is building a biofuels plant in Highlands County.

The license has so far produced "modest milestone payments" for UF, said David Day, director of the Office of Technology Licensing.

"The idea all along has been that, given where energy is going in this world and this country, one of these days this will be a significant royalty stream for UF, and for the state and nation a significant way to lessen dependence on foreign oil," he said.

Ingram's invention was originally licensed to BC International, which was in UF's biotech incubator in Alachua for seven years. BC was acquired by Celunol Corp., which merged with San Diego-based Diversa Corp. to form Verenium, after which the Alachua research and development functions were moved to San Diego in 2007.

Anthony Clark is business editor at the Sun. He can be reached at anthony.clark@gvillesun.com or 352-374-5094 begin_of_the_skype_highlighting 352-374-5094 end_of_the_skype_highlighting.

New Generation Biofuels Files a New Patent Application for Pyrolysis Oil Based Biofuel

- Second New Patent Filed this Year. Expands Feedstock Sources, Supply and Product Portfolio. -
COLUMBIA, Md., July 21 /PRNewswire-FirstCall/ -- Renewable fuels provider New Generation Biofuels Holdings, Inc. (NasdaqCM: NGBF) ("NGBF" or the "Company") today announced that it has filed for a patent application for their new pyrolysis oil based biofuels.

"I believe that this is truly a technical breakthrough to have a pyrolysis oil based biofuel that we can offer our customers," stated Cary J. Claiborne, CEO and President of NGBF. "Pyrolysis oil has great potential but until now has been a technical challenge for many to incorporate into their biofuel technology. We believe NGBF's emulsion technology is a perfect fit."

"We have been able to readily and successfully incorporate pyrolysis oil in our emulsions with excellent results," commented Dr. Andrea Festuccia, Chief Technology Officer for NGBF. "Many of the challenges faced by others are mitigated by our patent pending formulation technology. Through our R&D efforts we have been able to take a challenging raw material and enhance its natural properties with our technology. Customers will be able to use our pyrolysis oil based products in a multitude of applications including commercial and industrial heating, co-firing in power generation applications, and other processes where diesel and distillate fuels are used."

Dr. Festuccia continued, "Pyrolysis oil can be made from a wide range of biological and other energy containing products that would normally be waste materials. The supply opportunities are great. Plant wastes, items normally heading to a landfill, and other waste streams that are often difficult to dispose of can now become energy sources for our biofuel formulations. Pyrolysis oil adds another differentiating advantage for us. We believe this is a significant addition to our product portfolio."

Mr. Claiborne added, "I applaud Dr. Festuccia and his developmental team for this technology breakthrough. We add yet another viable feedstock with outstanding potential to yield lower cost, while enhancing our environmental and performance advantages by way of our formulation technology. We add value by using a potential waste stream converted to pyrolysis oil which we utilize in producing a renewable biofuel with outstanding environmental benefits. It is an exciting addition to our slate of renewable products at NGBF."

About New Generation Biofuels Holdings, Inc.

New Generation Biofuels is a renewable fuels provider. New Generation Biofuels holds an exclusive license for North America, Central America and the Caribbean to commercialize proprietary technology to manufacture alternative biofuels from plant oils and animal fats that it markets as a new class of biofuel for power generation, commercial and industrial heating and marine use. The Company believes that its proprietary biofuel can provide a lower cost, renewable alternative energy source with significantly lower emissions than traditional fuels. New Generation Biofuels' business model calls for establishing direct sales from manufacturing plants that it may purchase or build and sublicensing its technology to qualified licensees.

Forward Looking Statements

This news release contains forward-looking statements. These forward-looking statements concern the Company's operations, prospects, plans, economic performance and financial condition and are based largely on the Company's beliefs and expectations. These statements involve known and unknown risks, uncertainties and other factors that may cause actual results to be materially different from any future results expressed or implied by such forward-looking statements. The risks and uncertainties related to our business, which include all the risks attendant an emerging growth company in the volatile energy industry, including those set forth in the Company's Annual Report on Form 10-K for the year ended December 31, 2009, and in subsequent filings with the Securities and Exchange Commission. These forward-looking statements are made as of the date of this news release, and the Company assumes no obligation to update the forward-looking statements or to update the reasons why the actual results could differ from those projected in the forward-looking statements.

Domestic (China) carbon trading programs in pipeline

The country is set to begin domestic carbon trading programs during its 12th Five-Year Plan period (2011-2015) to help it meet its 2020 carbon intensity target.

The decision was made at a closed-door meeting chaired by Xie Zhenhua, deputy director of the National Development and Reform Commission (NDRC), and attended by officials from related ministries, enterprises, environmental exchanges and think tanks, a participant told China Daily on Wednesday on condition of anonymity.

"The consensus that a domestic carbon-trading scheme is essential was reached, but a debate is still ongoing among experts and industries regarding what approach should be adopted," the source said.

The meeting concluded that such efforts are self-imposed and should be strictly separated from ongoing international negotiations for a successor to the Kyoto Protocol to fight global warming, the source said.

As a developing country, China does not shoulder legally binding responsibilities to reduce carbon emissions, according to the basic principle set by the United Nations Framework Convention on Climate Change.

Putting a price on carbon is a crucial step for the country to employ the market to reduce its carbon emissions and genuinely shift to a low-carbon economy, industry analysts said.

China has mostly relied on administrative tools to realize its 20 percent energy intensity reduction target between 2006 to 2010. To that effect, the country's top 1,000 energy consumers have signed contracts with the central government to improve their energy efficiency.

But with rising domestic energy demand, administrative measures are too expensive for the country to meet its future energy conservation targets - something that was also agreed at the meeting, said Tang Renhu from the low-carbon center at China Datang Corporation who also joined the discussion.

Although China has refuted the International Energy Agency's label of being the world's top energy consumer, its energy consumption for 2009 stood at 2.132 billion tons of oil equivalent, according to the National Bureau of Statistics.

"The market-based carbon-trading schemes will be a cost-effective supplement to administrative means," said Yu Jie, an independent policy observer who previously worked for several international climate-related institutes.

Tang also said the differences are centered on whether the pilot carbon trade projects should start from a selected industry, or a certain area.

Possible sectors for piloting carbon trade projects include carbon-intensive industries such as coal-fired power generation, Tang said.

One of the proposals include setting an absolute cap on carbon dioxide emissions in a certain area or industry. Others argue that the country's carbon intensity target can be converted to some carbon-related allowances for trading schemes.

China has pledged to cut its carbon emissions per unit of economic growth by 40 to 45 percent by 2020 from 2005 levels.

Yu said it would be very complicated to work out a trading scheme that allocates the carbon-related emission permits among the enterprises in an open and fair manner.

"My suggestion is that the number of participating enterprises should be limited, as the goal of pilot trading is to try out the rules and establish a mechanism especially suitable for China," Yu said.

China has been testing the waters with voluntary carbon trade, aimed at developing the necessary financial systems and policy tools.

The country's first voluntary carbon trade was sealed last August, with a Shanghai-based auto insurance company buying more than 8,000 tons of carbon credits generated through a green commuting campaign during the Beijing Olympics. The trade was carried out through the China Beijing Environment Exchange.

Sun Cuihua, an official from the NDRC's climate change department, earlier said the government is also working out rules to guide voluntary carbon trade projects in China.

Source:China Daily

Carbon capture research moves ahead

2010-07-21 20:05

Cape Town - South Africa is to push ahead with its investigation into storing the greenhouse gas, carbon dioxide, deep underground in suitable rock formations, Energy Minister Dipuo Peters said on Wednesday.

In this regard, the country would launch a Carbon Dioxide Geological Storage Atlas on August 24, she told delegates attending the Clean Energy Ministerial Meeting in Washington.

"The Atlas addresses potential storage capacity in a number of [geological] basins in South Africa at a theoretical level," her ministry said in a statement from the US capital.

The information in the Atlas - work on which started in 2008 - was based on an examination of existing seismic and borehole data.

"The Atlas is an essential input to the next stages of CCS (Carbon Capture and Storage) in South Africa," it said.

These included an analysis of specific basins, including the "on-shore Zululand Basin and the on-shore Outeniqua Basin, with supplementary seismic and borehole data".

An on-shore "test injection" drill site would be identified.

Peters also announced the country would launch a Wind Atlas in August this year, which "will identify potential sites and provide accurate information on the wind resource within the country".

South Africa would also host a "solar investor conference" in September, which would allow potential investors to interact with government and industry on the development of a solar industrial park.


- SAPA

Offsets Are Crucial in Cap and Trade

The administrator of the Environmental Protection Agency implies ("Cap and Trade Will Work Well Again," Letters, July 20) that because cap and trade worked for acid rain it will work again for carbon dioxide emissions. The fact is that the success of the acid rain trading program has been greatly exaggerated, with the program having little to do with the reductions in sulfur dioxide emissions. Yet even if it were to have been as successful as claimed, there would remain one huge difference between the acid rain program and cap and trade for carbon dioxide: the presence of offsets. Offsets make actual emission reductions very hard to achieve, or even to measure.

As Ted Gayer of the Brookings Institution has pointed out, it was offsets that wrecked Speaker Nancy Pelosi's Green the Capitol initiative, when the supposed emissions reductions purchased from the Chicago Climate Exchange were found to be illusory. The House didn't learn from this experience, of course, and included more provisions for offsets in its cap-and-trade bill because offsets reduce the ruinously high cost of cap and trade, at the expense of lowering any actual reduction in emissions.

With offsets, cap and trade will merely increase energy costs for Americans. Without them, we'll get some real emissions reductions at a price no one is prepared to pay. That, sadly, is what cap and trade for greenhouse gases is really all about.

Iain Murray

Competitive Enterprise Institute

Washington