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Pioneering scientists turn fresh air into petrol in massive boost in fight against energy crisis

by Steve Connor

A small British company has produced the first “petrol from air” using a revolutionary technology that promises to solve the energy crisis as well as helping to curb global warming by removing carbon dioxide from the atmosphere.

Air Fuel Synthesis in Stockton-on-Tees has produced five litres of petrol since August when it switched on a small refinery that manufactures gasoline from carbon dioxide and water vapour.

The company hopes that within two years it will build a larger, commercial-scale plant capable of producing a ton of petrol a day. It also plans to produce green aviation fuel to make airline travel more carbon-neutral.

Tim Fox, head of energy and the environment at the Institution of Mechanical Engineers in London, said: “It sounds too good to be true, but it is true. They are doing it and I’ve been up there myself and seen it. The innovation is that they have made it happen as a process. It’s a small pilot plant capturing air and extracting CO2 from it based on well known principles. It uses well-known and well-established components but what is exciting is that they have put the whole thing together and shown that it can work.”

Although the process is still in the early developmental stages and needs to take electricity from the national grid to work, the company believes it will eventually be possible to use power from renewable sources such as wind farms or tidal barrages.

“We’ve taken carbon dioxide from air and hydrogen from water and turned these elements into petrol,” said Peter Harrison, the company’s chief executive, who revealed the breakthrough at a conference at the Institution of Mechanical Engineers in London.

“There’s nobody else doing it in this country or indeed overseas as far as we know. It looks and smells like petrol but it’s a much cleaner and clearer product than petrol derived from fossil oil,” Mr Harrison told The Independent.

“We don’t have any of the additives and nasty bits found in conventional petrol, and yet our fuel can be used in existing engines,” he said.

“It means that people could go on to a garage forecourt and put our product into their car without having to install batteries or adapt the vehicle for fuel cells or having hydrogen tanks fitted. It means that the existing infrastructure for transport can be used,” Mr Harrison said.

Being able to capture carbon dioxide from the air, and effectively remove the principal industrial greenhouse gas resulting from the burning of fossil fuels such as oil and coal, has been the holy grail of the emerging green economy.

Using the extracted carbon dioxide to make petrol that can be stored, transported and used as fuel for existing engines takes the idea one step further. It could transform the environmental and economic landscape of Britain, Mr Harrison explained.

“We are converting renewable electricity into a more versatile, useable and storable form of energy, namely liquid transport fuels. We think that by the end of 2014, provided we can get the funding going, we can be producing petrol using renewable energy and doing it on a commercial basis,” he said.

“We ought to be aiming for a refinery-scale operation within the next 15 years. The issue is making sure the UK is in a good place to be able to set up and establish all the manufacturing processes that this technology requires. You have the potential to change the economics of a country if you can make your own fuel,” he said.

The initial plan is to produce petrol that can be blended with conventional fuel, which would suit the high-performance fuels needed in motor sports. The technology is also ideal for remote communities that have abundant sources of renewable electricity, such solar energy, wind turbines or wave energy, but little in the way of storing it, Mr Harrison said.

“We’re talking to a number of island communities around the world and other niche markets to help solve their energy problems.

“You’re in a market place where the only way is up for the price of fossil oil and at some point there will be a crossover where our fuel becomes cheaper,” he said.

Although the prototype system is designed to extract carbon dioxide from the air, this part of the process is still too inefficient to allow a commercial-scale operation.

The company can and has used carbon dioxide extracted from air to make petrol, but it is also using industrial sources of carbon dioxide until it is able to improve the performance of “carbon capture”.

Other companies are working on ways of improving the technology of carbon capture, which is considered far too costly to be commercially viable as it costs up to £400 for capturing one ton of carbon dioxide.

However, Professor Klaus Lackner of Columbia University in New York said that the high costs of any new technology always fall dramatically.

“I bought my first CD in the 1980s and it cost $20 but now you can make one for less than 10 cents. The cost of a light bulb has fallen 7,000-fold during the past century,” Professor Lackner said.

Source

BP targets availability of two new biofuels by 2014

by Bloomberg

BP Plc (BP/) is testing two advanced biofuels that could be commercially available by 2014, said Philip New, chief executive officer of the U.K. petroleum company’s biofuels unit.

The company is planting energy grasses to feed a 36 million gallon-a-year cellulosic ethanol plant planned in Florida, he said in an interview in London today. A demonstration biobutanol plant in Hull, England, is operating, New said. A bioethanol plant in the same location should be producing by the end of this year, he said.

Biofuels could account for 9 percent of global transport fuels used by 2030, up from 3 percent now, according to BP. Drivers include climate-change targets in the U.S. and Europe, energy security concerns and the possibility the fuels may be a lucrative crop for ailing rural communities, New said.

“If you believe that demand for transport fuels is going to grow significantly, if you believe that for the foreseeable future we’re going to carry on using internal combustion engines and liquid fuels, then biofuels are going to be the only complement to crude oil that’s out there,” he said.

Cellulosic ethanol uses micro-organisms to break down fibrous plants, making it possible to produce fuel from energy grasses. Unlike sugar cane, which flourishes around the equator, the grasses can be grown anywhere.

Biobutanol is produced by fermenting plant sugars and can be blended with gasoline at higher concentrations. Existing bioethanol can be retrofitted to produce biobutanol, New said. Biobutanol is a type of alcohol that’s used as a fuel.

BP is looking at sites in Texas, Florida and Louisiana where it could farm energy grasses and build new plants, he said. The company is targeting a cost of $60 to $80 a barrel by 2024 from $140 to $150 a barrel today, New said.
The two fuels and a new sugar-to-diesel product will be trialled in 100 vehicles during the London Olympic Games.

Source

Norway: Aker Solutions Secures Draupne FEED Contract

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Aker Solutions has won a contract from Det norske oljeselskap to conduct a front-end, engineering and design (FEED) study for the Draupne field on the Norwegian continental shelf.

The study will be carried out by Aker Solutions’ newly established engineering office in London, and delivered to the license partners in Q4 2012. The contract value is undisclosed.

“I am very pleased that Det norske has decided to follow on the pre-FEED contract with the award of the topsides FEED contract for the Draupne development. The Draupne pre-FEED was the first contract awarded to the re-established Aker Solutions engineering entity in London. The new award confirms the successful build-up of our London office,” says Valborg Lundegaard, executive vice president and head of engineering in Aker Solutions.

London

Aker Solutions in 2011 decided to re-enter the London engineering market. Only a few months after opening the new office in Chiswick Park, the company is once again becoming a significant player in the London market. The engineering office now counts 90 employees, and Aker Solutions expects to be around 200 people by the end of 2012.

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Draupne

The Draupne field is located to the west of Stavanger in the North Sea. The partners in the Draupne field have agreed with the partners in the Luno field on a coordinated development solution for the area. Draupne will be developed using a fixed platform with pre-processing, and the well stream will be transported from the Draupne platform to Luno for final processing and export to the markets.

Det norske is the operator and owner of 35 per cent of the Draupne license, together with Statoil (50 per cent) and Bayerngas Norge (15 per cent).

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