Posts Tagged ‘Capture’

LuminAID Lab and Bearing Analytics Capture $100,000 Grand Prizes at 2013 Clean Energy Challenge

CHICAGO–()–The
Clean Energy Trust
named solar-powered inflatable light maker LuminAID
Lab
the early-stage winner of the 2013
Clean Energy Challenge
and Bearing
Analytics
, of Purdue University, the winner of the Student
Challenge. Each company received a $ 100,000 grand prize sponsored by the U.S.
Department of Energy
.

“This year’s teams
inspired us beyond expectation. The judging was very competitive. We are
grateful for the support of our sponsors, board and judges for their
help in creating more prizes for these creative entrepreneurs.”

Inspired by the 2011 earthquake in Japan, LuminAID Lab’s founders
designed its lightweight, ship-flat solar-powered light to fulfill the
need for light in natural disaster situations. The company has sold more
than 30,000 thus far and is working on a next generation version,
according to LuminAID co-founder Andrea Sreshta.

Bearing Analytics, of Purdue University, offers a patent-protected
temperature and vibration sensing solution to the industrial bearing
market. This technology allows users to predict bearing failure before
it happens, helping to alleviate safety concerns, prevent costly gearbox
failures in wind turbines, extend product lifetimes and increase energy
efficiency. Bearing Analytics will go on to compete at the 2013
National Clean Energy Business Plan Competition
in Washington, D.C.
this summer.

Additional prizes were awarded to SmarterShade,
SkySpecs,
Amplified Wind Solutions and Ornicept.
SmarterShade,
an Indiana-based company that makes an innovative film system to
instantly darken windows, received the $ 50,000 Chicago Lakeside Prize,
sponsored by McCaffery
Interests
.

SkySpecs,
a University of Michigan-based firm that uses an unmanned aerial
vehicle, or drone, to monitor wind turbines, bridges and other
infrastructure, won the $ 10,000 Invenergy Renewable Ideas prize.

Nicole Zmij, CEO of Amplified Wind Solutions out of Cleveland State
University, was awarded the ComEd and Clean Energy Trust-sponsored
Breaking Barriers in Cleantech award for her role as an outstanding
female entrepreneur. Amplified Wind Solutions harnesses wind energy to
self-power cell towers, particularly in remote locations.

The Clean Energy Challenge Judges spontaneously agreed during
deliberations to pool together from their own money a special $ 10,000
prize for Ornicept,
an early-stage competitor from Ann Arbor, Michigan that analyzes
endangered bird migration patterns to help wind developers comply with
siting regulations.

“The Challenge is designed to uncover the very best in clean energy
technology startups and kickstart their development,” said Amy
Francetic, Clean Energy Trust executive director. “This year’s teams
inspired us beyond expectation. The judging was very competitive. We are
grateful for the support of our sponsors, board and judges for their
help in creating more prizes for these creative entrepreneurs.”

This year’s competition included businesses from Illinois, Indiana,
Michigan, Missouri, and Ohio. Student winners were selected in each
state. The anchor partners for the Student Challenge – Missouri
Energy Initiative
, NorTech,
University
Clean Energy Alliance of Ohio
, University
of Michigan
, and the Wisconsin
Energy Research Consortium
—provided support and guidance for all
Student Challenge finalists.

Six state prizes were previously awarded to Student Challenge
competitors in statewide competitions.

Eight early-stage and eight student finalists presented their business
plans to a distinguished panel of nationally renowned investors, policy
makers and entrepreneurs at the 2013 Clean Energy Challenge, held April
4th in Chicago.

All of the Challenge finalists received coaching, training and business
planning assistance from dozens of volunteer mentors coordinated by the
Clean Energy Trust, a nonprofit technology accelerator that connects
entrepreneurs, researchers and early-stage companies with the expertise
and capital to become sustainable. The Clean Energy Challenge is the
signature event of the Clean Energy Trust.

The 2013 Clean Energy Challenge sponsors include: United
States Department of Energy,
Advanced
Energy Economy
, Ernst
& Young
, GE,
Joyce
Foundation
, McCaffery
Interests
, SC
Johnson
, United
Airlines
, Wells
Fargo
, Abbott
Laboratories,
Ameren,
Invenergy,
Missouri
Energy Initiative,
Nortech,
Northwestern
University
, Purdue
University,
Skadden,
University
of Illinois
, University
of Illinois at Chicago,
University
of Missouri
, Wanxiang
America Corporation,
Wisconsin
Energy Research Consortium,
ARCH
Venture Partners
, Applied
Ventures,
BP
Alternative Energy
, ComEd,
Danfoss
Group Global
, DTE
Energy,
Dow
Venture Capital,
Exelon
Corporation
, Illinois
Ventures
, Johnson
Controls,
Illinois
Department of Commerce and Economic Opportunity,
Katten
Muchin Rosenman
, Khosla
Ventures,
Kleiner
Perkins Caufield and Byers,
Lincoln
Renewable Energy
, Missouri
Technology Corporation
, New
World Ventures
, Next
Energy,
Renergy
Capital
, Sidley,
Steptoe
& Johnson,
Technology
Partners,
True
North Venture Partners
, UK
Trade & Investment
, Venrock,
Walgreens,
Agentis
Energy
, Baird
Capital
, Case
Western Reserve University Great Lakes Energy Institute,
Dominion
Community Foundation,
EDP,
Northeast
Ohio Public Energy Council,
Ohio
State University Office of Energy & Environment,
Shaw
Group
, Silicon
Valley Bank
, University
of Dayton
and University
of Missouri.

About Clean Energy Trust:

The Clean Energy Trust was founded by prominent business and civic
leaders to accelerate the pace of clean energy innovation in the
Midwest. The trust is supported by grants from the U.S. Department of
Energy, the Small Business Administration and donations from more than
60 investors, corporations, universities, foundations and trade groups.
For more information, visit www.cleanenergytrust.org.

About the Department of Energy Office of Energy Efficiency &
Renewable Energy

DOE’s
Office of Energy Efficiency and Renewable Energy
invests in clean
energy technologies that strengthen the economy, protect the
environment, and reduce dependence on foreign oil. Click here
for the Funding Opportunity Announcement about DOE’s efforts to promote
a new generation of energy entrepreneurs. For EERE’s Commercialization
website, click here.

Business Wire Environment News

South Korea’s Azo-COP Carbon Capture Material

South Korean researchers say they’ve developed a material with extraordinary carbon capture capabilities.

Based at KAIST (the Korean Advanced Institute of Science and Technology), they believe that their Azo-COP product outperforms every other known man-made CO2 capture platform on several fronts.

Not only is it more efficient but, reportedly, it costs less to manufacture, too.

South Korean Carbon Capture

Straightforward synthesis techniques are use to produce Azo-COP. A blend of organic molecules and nitrogen, the South Korean carbon capture material doesn’t need costly decontamination treatment prior to use. Rather, acetone and water are enough to filter out any inherent impurities.

That’s a key cost-saving area and another’s created during the CO2 capture process itself, when typical chemical attraction methods are replaced by what the researchers term ‘weak attraction forces.’ In other words, Azo-COP needs far less energy than its contemporaries to pull out carbon dioxide from the mixture of gases it encounters.

General stability is maintained in temperatures of up to 350 Centigrade. That optimises this material’s deployment at sites such as power plants.

Azo-COP CO2 Capture Material

“When Azo-COP is used for separation of CO2 and N2 [nitrogen], the capturing efficiency has increased by a hundred times”, KAIST’s Professor Ali Coskun and Professor Yousung Jung explain in a press release on the Azo-COP CO2 capture material.

“This substance does not need any catalysts and has great chemical characteristics like water stability and structure stability so is expected to be used in various fields including carbon dioxide capturing.”

Carbon capture is a rapidly-expanding field as, around the world, researchers and scientists look at ways of slowing down the effects of climate change. Typically, carbon capture technologies use amines or similar liquid solvents. However, there’s a growing body of research that focuses on solid absorbent-based carbon capture.

In June 2012, UK researchers unveiled just such a solid absorbent: a metal-organic framework called NOTT-202a.

Image copyright N’Seoul Tower – Courtesy Wikimedia Commons

Enviro News – News

Capture the Holiday Spirit at the Biosphere!

Capture the Holiday Spirit at the Biosphere!. MONTRÉAL, Que. – November 14, 2012 – The Biosphere invites you to the seventh annual Recycling-Artists Eco Fair—a Christmas market in the heart of Parc Jean Drapeau – to be held from November 30 to December 2, 2012.
News Releases

Ed Davey Announces £20 million ETI Project to Develop Advanced Carbon Capture Technology

The Secretary of State for Energy and Climate Change, Ed Davey, has today launched a new technology project which could see up to £20 million being invested by the Energy Technologies Institute (ETI) to develop and verify advanced carbon capture technology. The announcement, which was marked by a visit to consortium member, Howden’s Global head office and UK factory in Renfrew, near Glasgow, could help cut carbon dioxide emissions cut by up to 95%.

Ian Brander, CEO of Howden Group explains: “We’re absolutely delighted that the ETI has commissioned and funded a consortium to deliver this project. The creation of this project will mean that a 5MW carbon capture demonstration plant capable of capturing up to 95% of carbon dioxide emissions designed, built and tested by 2016. The technology will be designed to be used on new-build Combined Cycle Gas Turbine (CCGT) power stations or to retrofit Carbon Capture Storage (CCS) onto CCGT power stations, which, in the longer term, will help position the UK as a leading provider of next generation low carbon technologies.”

The technology that will be employed by the consortium is based around post combustion capture using a structured carbon adsorbent, housed within a rotating bed. An initial assessment by the ETI suggests that the technology could reduce the typical cost of electricity by 13 per cent when compared to current CCS technology*. The first phase of the project will see the ETI invest £1.6 million in a small scale demonstrator prototype, laboratory work and techno-economic assessment to confirm the projected benefits. This will then be followed by a conceptual design for the larger-scale demonstrator plant.

Once this initial stage completes, the ETI then expects to invest up to £20 million over three years in the detailed design, assembly and testing of a UK demonstrator plant. The technology is expected to be capable of large-scale deployment by 2020, at a cost and performance level which could make investment more attractive to project developers.

Dr David Clarke, Chief Executive, ETI, said: “We expect CCS to be a key component in a future affordable, secure, low carbon UK energy system. Given the potential it offers, the technology around CCS requires investment now to build its economic viability and help extend its role in any future UK energy system design.”

“With a large and relatively young CCGT fleet in operation, and the prospect of new builds continuing into the future, we are likely to enter 2020 with 30GW of CCGT capacity, much of which will require retrofit with CCS by 2030 if we are to meet UK CO2 reduction targets. Newly developed technology which reduces costs and accelerates deployment for new builds and retrofits by 2030 is both salient and timely.”

Brander adds: “The UK government’s initiative in creating the ETI to accelerate the development of low carbon technologies has helped bring together an innovative gas separation technology developer with two world leading UK-based engineering companies; both of whom are well established within the global power generation industry. We have all become increasingly aware of the effects of climate change and the need to reduce CO2 emissions from energy intensive industries. As a consortium, we recognise that this need for change provides a proactive opportunity to use our knowledge and experience to develop products and systems that will help in meeting CO2 reduction targets.”

The consortium will be led by Inventys in collaboration with Howden, Doosan Power Systems and MAST. Howden will manufacture the large rotating devices in which the carbon adsorbents will be housed; Inventys will design the carbon dioxide capture process and system known as VeloxoTherm™; Doosan Power Systems will provide expertise in the area of engineering design, system integration and assessing the commercial value of developing such technology; MAST will provide the expertise in manufacturing the carbon adsorbent material; and ETI member Rolls-Royce, will provide specialist engineering support for the project.

This project adds to the ETI’s existing £33 million investment in its CCS technology programme, which aims to build CCS infrastructure capability for the UK.

● * The 13% reduction is based on the Levelised Cost of Electricity (LCOE.)

The ETI has recently completed a major study to assess carbon dioxide storage capacity in the UK. ETI’s current activity in this field includes a CCS system modelling tool-kit to help support the future design, operation and roll-out of cost effective UK-based CCS systems and the commissioning last year of a £23.5 million CCS Next Generation Coal Capture Technology Demonstrator project.

●The Energy Technologies Institute (ETI) is a public-private partnership between global industries – BP, Caterpillar, EDF, E.ON, Rolls-Royce and Shell – and the UK Government.

● Public sector representation is through the Department for Business, Innovation and Skills, with funding channelled through the Technology Strategy Board and the Engineering and Physical Sciences Research Council. The Department of Energy and Climate Change are observers on the Board.

The ETI is focused on accelerating the deployment of affordable, secure low-carbon energy systems for 2020 to 2050 by demonstrating technologies, developing knowledge, skills and supply-chains and informing the development of regulation, standards and policy.
www.eti.co.uk

Doosan Power Systems builds, maintains and extends the life of power plants across the world. From full Engineering-Procurement-Construction (EPC) contracts for major power projects we also offer a wide breadth of products and services to power and industrial customers.

About MAST Carbon International:

MAST carries out research, development and small scale production in the field of advanced carbon materials for a wide range of applications including water and air purification, energy storage, military and biomedical products. The Carbon Capture process offers a world scale opportunity for MAST and the UK manufacturing sector.

About Howden:

Howden is one of the world’s largest and longest established manufacturers of air and gas handling equipment. The company was established in Glasgow in 1854 as an engineering firm, and has grown to become a worldwide organisation with over 4,000 employees and companies in 21 countries. Howden is owned by Colfax Corporation, and designs and supplies heavy duty industrial fans, rotary heater exchangers, compressors and gas cleaning equipment to customer specifications. Howden products will typically be highly engineered to perform at the optimum level for customers in Power Generation, Oil & Gas, Petrochemical, Mining and Metal Refining plants internationally, amongst many other energy intensive, environmental and heavy industrial applications.

Contact:

For further information, please call David Herbertson, Corporate Communications Manager at Howden on 0141 885 7918.
Custom Release Wire

Capture the ephemeral spectacle of autumn

Autumn colours prediction
Autumn colour on the trees in the Scottish Borders near Peebles. Photograph: David Cheskin/PA

There is something magical about the season of mists and mellow fruitfulness. For me, autumn represents a period of change when nature girds its loins for the long and slow descent into winter.

Just occasionally we’re graced with an Indian summer. The extra boost of warmth on our faces this late sun provides give us that last opportunity to secure a dose of vitamin D, but it is with a sense of foreboding that we watch as the trees begin to cast long shadows. These shady places are of course in stark contrast to the “golden light” created from the sun’s position as it steadily becomes pulled ever closer to the horizon, making this a great season for beautifully lit and atmospheric photography.

The season has, almost by default, become defined by its most powerful images: that of leaves changing colour. Whether it be the buttery yellows of birches, the vivid reds of sycamores or the burning gold of beech trees, autumn colour is an ephemeral spectacle that is not just confined to a few choice nature reserves, but a treat that can be seen just about anywhere.

When certain environmental factors combine to make the annual event a year of exceptional quality, the sheer intensity of colours can combine to make the observer feel giddy or light-headed. In this digital age, many sightseers now often seem obsessed with attempting to capture this spectacle for time immemorial. For me it’s an infinitely far more enjoyable experience when the image is burnt onto your retina rather than on a memory stick. In fact this is simply a spectacle that demands you to stop, stare and admire.

Seasonal mellowness aside, an autumnal storm is more than capable of creating an equally memorable experience. With gun-metal skies, the accompanying wind and rain can often combine forces to bring the colourful display to an abrupt end as the now-tinted leaves begin to be mercilessly ripped from their moorings. But these lashings never last for too long and the period of freshness which invariably follows a downpour has to be one of the best times for a nature ramble.

As the leaves fall and the trees prepare for winter, the woodland creatures are also busily making preparations for the lean times ahead. While some mammals are winding down, the much loved red squirrel is more frenetic than ever, as it gorges on fruit and stockpiles nuts like its life depends on it – which it will. Once relatively common, our only native squirrel has declined dramatically over the past 50 years – in England they are now restricted to just a few locations.

Fortunately a trip to one of its strongholds, such as Brownsea Island in Dorset, or Formby on the Lancashire coast, will rarely disappoint. But be warned, you’ll need to be either quick off the mark, or very still to capture them on camera. Having just acquired their thick winter coats, autumn is also undoubtedly the time of year when these enchanting ginger rodents look their most dapper.

Undoubtedly one of the most dramatic autumnal moments is the majesty and raw power of the red deer rut. Seeing evenly matched stags size each other up before clashing in a titanic battle, whether it be in London’s Richmond Park or the Highlands of Scotland, is an experience that you’ll never forget. The unfolding drama as the stags compete to be the winner “that takes all” is a scene that has played out since primeval times. As ever, patience and a good eye are needed to catch the moment when the two dominant stags decide to dispense with the talk and get on with the action!

And what about the kingdom of the fungi? The mild, wet conditions created by autumn represents the perfect time for a huge array of mushrooms and toadstools to cast their introverted nature aside as they finally push their heads above of the soil to distribute their spores. Representing the full gamut of shapes, sizes and colour, fungi are the perfect subjects for honing macrophotographic skills.

For my money, the only way to become immersed in all that the natural world has to offer is to get yourself out on a Great British Wildlife Walk – something that the National Trust is encouraging us all to do this autumn. Irrespective of whether it’s a brief stroll around your local park or a whole day spent in the back of beyond, one thing is for sure, your visit will be time well spent.

There are no rules to follow when out and about save one: enjoy it. A walk on the wild-side is also an assault on the senses, so don’t forget to use them, whether it be listening to the local robin holding its territory for the winter, the musty smell of a neighbourhood fox or a brief glimpse of a deer.

The beauty of technology these days means that you can now create wonderful images, whether you have state-of-the-art camera kit or a just a mobile phone. So enjoy the photographic revolution, get yourself outside and capture the essence of autumn – you won’t regret it!

• Mike Dilger is a naturalist, writer and TV presenter. The National Trust’s Great British Walk runs until the 4 November

Environment news, comment and analysis from the Guardian | guardian.co.uk

Investment in carbon capture— lifeline to poor

Tens of thousands of people around the world are getting greater access to food because of a new investment fund. IUCN (International Union for Conservation of Nature) supports the Livelihoods Fund, which allows companies to offset their carbon footprint by investing in ecosystem restoration programmes that deliver lasting community benefits, including increased food security.

IUCN – News

Animal Capture and Removal Reminds Residents of Raccoon Roundworm Risk

Dixon, CA (PRWEB) August 12, 2012

Animal Capture and Removal is reminding residents of the risks associated with raccoon roundworm (Baylisascaris porcyonis) and urging everyone to take proper precautions to prevent human infection. Raccoon roundworm can be highly prevalent in certain areas of the state, with infection rates ranging to 100% of all raccoons sampled in some areas.

Proper hygiene and avoiding contact with raccoons are key steps in reducing the risk of human infection. Humans often pick up the parasite by accidentally ingesting soil from unwashed hands or drinking contaminated water. Pets are also at risk, often contracting the disease by eating and drinking from areas frequented by raccoons.

Symptoms of infection include fever, blindness, drowsiness, cough and respiratory issues, and loss of coordination. Residents who suspect they may have come into contact with the parasite should immediately seek medical care. At this time, there is no treatment for infection, and damage inflicted by the parasite is typically permanent.

Because of the serious risk of raccoon roundworm parasite and other diseases, Animal Capture and Removal urges against the keeping of raccoons as domestic pets, which is against the law. Residents who have raccoon problems or who find raccoon feces in their homes (often found under floorboards) should call a trusted animal capture and removal company to reduce the risk of infection.

For more information about raccoon roundworm and its prevention, visit http://www.animalcaptureandremoval.com.

About: Animal Capture And Removal personnel are private nuisance wildlife control operator with years of experience in animal control and extraction. The company is one of the oldest nuisance wildlife companies in the Bay Area and is licensed with the State of California to trap nuisance animals.


Environment

Climate Change and Emissions Management (CCEMC) Corporation to Announce $46 Million in Funding for Carbon Capture and Cleaner Energy Projects

EDMONTON, ALBERTA–(Marketwire – July 6, 2012) - Eric Newell, Chair of the Climate Change and Emissions Management Corporation, will announce funding for six new clean technology projects on July 12. The projects have a combined value of more than $ 282 million.

EVENT: Media announcement and availability
WHO: Eric Newell, Chair, Climate Change and Emissions Management Corporation
The Honourable Diana McQueen, Minister of Environment and Sustainable Resource Development
Representatives from organizations receiving funding
WHAT: Announcement of funding for six new clean technology projects from the Climate Change and Emissions Management (CCEMC) Corporation and an opportunity to speak to project proponents about their projects
DATE: July 12, 2012
TIME: 9:30 – 10:30 a.m.
WHERE: The Sutton Place Hotel,
William Tomison Room (second floor),
10235 – 101 Street, Edmonton

Enabled through regulation, the CCEMC is an independent not-for-profit organization that provides ongoing, dedicated funds to support the discovery, development and deployment of innovative clean technology.

The CCEMC is now in the fourth year of operations and by the end of the 2011/12 operating year, the CCEMC expects to be involved in close to $ 1 billion of active projects that reduce emissions and spur innovation in clean technology.

Marketwire – Environment

Advanced Porous Material Has CO2 Capture Role

UK-based researchers have unveiled a potentially valuable new tool in the fight against climate change. A highly flexible and porous material, it’s described as a ‘metal-organic framework’ with a sponge-like function, capable of efficient high-pressure gas absorption. Crucially, when this pressure is lowered, some gases are allowed to escape but carbon dioxide emissions are retained.

It’s this capability that makes the material, named NOTT-202a, a product with many potential applications, fundamentally in carbon capture and storage.

The metal-organic framework concept isn’t new but previous advances in the field haven’t been especially good at storing CO2. These technologies get their name from their structures, which are comprised of a core metallic element and a surrounding carbon-chain based framework.

NOTT-202a CO2 Capture

The NOTT-202a project’s spearheaded by the University of Nottingham, but also involves the University of Newcastle, the Science and Technology Facilities Council and Diamond Light Source Ltd. The latter two organisations participated in NOTT-202s’s examination phase, allowing the researchers to study, in-depth, just what they’d created and how it might capture CO2.

“The unique defect structure that this new material shows can be correlated directly to its gas adsorption properties”, head researcher Professor Martin Schröder explains in a University of Nottingham press release. “Detailed analyses via structure determination and computational modelling have been critical in determining and rationalising the structure and function of this material.”

Advanced Material Carbon Capture

Detailed computer models and advanced X-ray diffraction technologies revealed that NOTT-202a’s actually comprised of two separate frameworks. It’s the minute gaps between them that act to allow this advanced material to capture carbon.

‘While other gases such as nitrogen, methane and hydrogen can pass back through, the carbon dioxide remains trapped in the materials nanopores, even at low temperatures’, the press release states.

This system’s among a number of projects incorporating ‘multi-disciplinary collaborations across chemistry, physics and materials science…[which] aim to develop new materials that could have applications in gas storage, sieving and purification, carbon capture, chemical reactivity and sensing.’

Image copyright Royal Society of Chemistry

Enviro News – News

Stop this mad move to capture buzzards

Buzzard
The wildlife minister Richard Benyon’s department is to spend £375,000 on capturing buzzards, above, to stop them hunting young pheasants. Photograph: David Chapman /Alamy

David Cameron must have been having a laugh when he made Richard Benyon his minister for wildlife and biodiversity. In a previous post I explained what appears to be a crashing conflict of interest. Last year, Benyon, inheritor of a vast stately home and a 20,000-acre walled estate in the south of England, as well as properties elsewhere, managed to get planning permission for a sand and gravel quarry. It was fiercely opposed by conservation groups, on the grounds that it will damage wildlife and biodiversity.

Benyon has also shown a spectacular ignorance of the natural world he is charged with protecting. First, on a Channel 4 programme, he was unable to identify the common fish species for whose survival he is responsible (he is also minister for fisheries). Then he announced that he would wage war on people who let ragwort grow. As ecologists were quick to point out, ragwort is a native plant critical to the survival of other species.

But his latest act suggests something even worse: that he is using his department’s budget to subsidise the class and culture to which he belongs, at the expense of both taxpayers and birds of prey.

Pheasants, which are an exotic species in the UK, are bred here in large numbers to be shot, generally by and for some of the richest people in the country. They are reared in pens, then released into the countryside. People then pay a fortune to line up in a field, armed with shotguns, while an army of beaters works its way through the woods towards them, driving the pheasants into the air and over their heads. This activity is classified as “sport”.

As a teenager I sometimes worked as a beater or loader, and I think it is fair to say that the pheasant shoot is one of the most odious spectacles I have ever witnessed. The “guns” (the men doing the shooting) were so pumped up they would sometimes quiver. At some points in the shoot, the pheasants, which are slow and clumsy fliers, and try to stay on the ground for as long as they can, came over so low and in such numbers that if you shut your eyes and fired randomly into the air you could scarcely fail to hit one. Even so, many were not killed cleanly, but spun away through the air, one wing flapping, then hit the ground and ran off brokenly across the fields.

At lunchtime, while we ate our sandwiches, the guns would go into a barn where a feast of cold meat and pies was laid out on trestle tables. They would emerge an hour later, red-faced and reeking of cherry brandy, and even more wired than they were at the beginning of the shoot. After lunch they tended to fire at anything that came over their heads: crows, jays, woodcock; on one occasion I saw a green woodpecker blasted to feathers.

I dare say that they are not allowed to get so drunk these days, but the appetite for carnage on a tremendous scale appears to be undiminished. Woods where once as children we could freely roam are now filled with blue plastic pheasant feeders, and anyone stepping into them is quickly rounded up and ejected by an angry man on a quad bike. Pheasant pens seem to be springing up everywhere, as the money flushing through the City is spent on the traditional pursuits of the ruling class.

We don’t know what impact this might have on our native wildlife. Every year some 40 million pheasants are released. They scour the woods and hedgerows for invertebrates, seeds and seedlings and compete with native birds and other wildlife, but the impacts have not been properly quantified. Nor do we know what effect the beating and shooting of other wildlife might have, nor do we have a clear idea of the scope of illegal killing of predators and other wildlife by those who manage the shoots.

But none of this seems to be of interest to Richard Benyon’s section of Defra. Instead of defending the wildlife and biodiversity from pheasant shooting, he appears to see his role as defending pheasant shooting from wildlife and biodiversity. His department is about to spend £375,000 on capturing buzzards and destroying their nests to see whether this reduces their consumption of young pheasants (or poults). The buzzard is a protected species, whose continued survival is one of Benyon’s responsibilities.

The rationale for this research is the weakest that I have ever seen in a government document. As Defra’s tender for the research project admits, “at present, the extent of the problem on a national scale is unclear. However, anecdotal evidence suggests that it can be significant at the local site level. In one case, it is claimed that 25-30% of pheasant poults were lost to buzzards.”

No reference is given for this claim. The Royal Society for the Protection of Birds makes the following observation:

“An independent study carried out by ADAS (an independent consultant), commissioned by the British Association for Shooting and Conservation, found that on average, 1-2% of pheasant poults released were taken by birds of prey. It found 45% of poults released were shot, with the remainder dying as a result of other factors, such as road collision and disease, or surviving to join the feral population. The study therefore concluded that losses to birds of prey were negligible compared to other much greater causes of loss. It found the financial cost of “average” bird of prey predation to a shoot releasing 1,000 poults per year, would be just £30.”

This, note, is all birds of prey, not just buzzards.

There are a number of sensible options for responding to the request by pheasant shooting estates.

1. Tell them to bog off. The government has no responsibility to protect pheasant shoots from our native wildlife, though it does have a responsibility to protect our native wildlife from pheasant shoots.

2. If, for a reason that so far eludes me, Defra deems that research does need to be conducted, tell the estates that they can fund it themselves: people who can afford to lay down and shoot pheasants don’t need taxpayers’ money.

3. If, for an even more obscure reason, Defra decides that the taxpayer should pay to discover how the estates can preserve more of their birds for the purpose of being blasted out of the air, the question it should be asking is not “how can we best control buzzards?”, but “are buzzards a major cause of pheasant mortality?”, or “is this ‘anecdotal evidence’ supported by anything more than a whiskey-soaked conversation in leather armchairs?”.

But facts, who needs ‘em? Defra has decided to go ahead anyway, paying researchers to catch buzzards and destroy their nests with shotguns, on the grounds of the “anecdotal evidence” that they are taking large numbers of pheasants.

This is state-sponsored persecution of a protected species to please some of the richest people in the country, pursuing a cruel, destructive and pointless activity. It is state spending for the 1% – or the 0.01% – which everyone else must pay for. It looks to me as if Richard Benyon is using public money to provide services for his aristocratic friends.

Has there, with the possible exception of Nicholas Ridley (another scion of an aristocratic family with vast estates), ever been a worse minister with responsibility for the environment in this country? Has there ever been a clearer sign that the “greenest government ever” couldn’t give a tinker’s cuss for the environment? Can David Cameron claim even a shred of green credibility while Richard Benyon remains in his post?

Buoyed by the success of this inspired appointment, I understand that the prime minister has asked Bob Diamond to become his new poverty tsar, and is currently scouring Transylvania to find the next chairman of the UK Blood Transfusion Service. Benyon should go, and so should the ridiculous policies his division is now supporting.

Monbiot.com

Environment news, comment and analysis from the Guardian | guardian.co.uk