Oil Rig Of The Future: A Solar Panel That Produces Oil

OIL FROM THE SUN Researchers propose creating a biological solar panel, which will contain diatoms instead of photovoltaic cells. Diatoms, microalgae that are found in all aquatic and moist environments, first appeared more than 180 million years ago. © KATIV, COURTESY OF ISTOCKPHOTO.COM

From Scientific American:

Researchers propose a novel approach to producing biofuel using diatoms.

BANGALORE, India—In the ongoing hunt for alternative fuel sources that are also cost-effective, researchers are looking into making biofuel from genetically engineered diatoms, a type of single-celled algae with shells made of glasslike silica.

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Getting More Out Of Crude

Image: Holey catalyst: Rive Technology is designing a zeolite catalyst with pores larger than those found in conventional zeolites, which are widely used in petroleum and petrochemical production. The larger pores allow the catalysts to handle a wide range of compounds. Credit: Rive Technology

From Technology Review:

An improved catalyst could help oil refineries get more gasoline out of a barrel of crude petroleum.

In an effort to make gasoline production cleaner and more efficient, Rive Technology of Cambridge, MA, is developing a catalyst that can help turn a greater percentage of crude petroleum into gasoline and other usable products. The company, which is testing the catalyst in its pilot plant in South Brunswick, NJ, believes that the technology will be able to process lower-grade fossil fuels and reduce the amount of energy that goes into the refining process.

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The Chemistry of Life: Where Oil Comes From

The generally accepted theory for the origin of petroleum a geologic processing of the dead remains of ancient ocean life. Credit: DOE

From Live Science:

Editor's Note: This occasional series of articles looks at the vital things in our lives and the chemistry they are made of.

Oil, the lifeblood of U.S. transportation today, is thought to start with the remnants of tiny organisms that lived millions of years ago, but the exact chemical transformation is somewhat mysterious. New research is looking at the role played by microorganisms that live in the deep dark bowels of the Earth.

A minority of scientists say otherwise, but most geologists think that the petroleum we pump from the ground (and later refine into gasoline and other fuels) comes predominantly from the fossils of marine life, such as algae and plankton.

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New Oil-Extraction Technology

Petrobanks Capri / Thai Processes For Upgrading And Recovering Oilsands And Heavy Oil -- The Next Big Future

Graphics and information from the Sept 2008 Petrobank investors presentation (48 pages) If the Capri/Thai processes are successful then Canada's oilsands, other oilsands and heavy oil deposits around the world will have higher recovery rates using a more economic process and the oil will be upgrading in the ground to a higher and more valuable quality. This would be the technology that would crush peak oil for several decades and allow an orderly transition to a post oil world. The processes would enable trillions of barrels of oil to be economically accessed. In a few months the Capri process could be proven out and the energy world would be changed. Oil technology would change the world by unlocking the oilsand and heavy oil around the world. Trillions of barrels of oil would become economically feasible. It would be a and game changer. More projects like the one in would go ahead to access 3-4 billion barrels of oil at 120,000 bpd within 5 years.

Petrobank aims to upgrade oilsand bitumen before it ever comes to the surface. Petrobank will soon launch the CAPRI component of its in situ toe-to-heel air injection production technology. Upgrading the oil in the ground avoids the delays and costs associated with building refineries and transporting the bitumen to upgraders.

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Oil Companies Getting Ready For Hurricane Gustav

Schematic of typical Gulf of Mexico offshore oil or gas platform.

Katrina Lessons in Mind, Oil Companies Prep
Platforms for Gustav -- Popular Mechanics

HOUSTON — When Hurricane Katrina roared through the Gulf of Mexico three years ago, it ripped the drilling rig atop Royal Dutch Shell's Mars platform from its clamps and slammed it back onto the top deck in a crumpled pile of steel.

But the company's Ursa platform, just 7 miles to the east, emerged unscathed as 80-foot waves and 175-mph winds hammered the region.

A storm doesn't necessarily wreak havoc on all installations it touches, said Peter Marshall, a retired Shell engineer and consultant, as operators continued preparations Thursday for Tropical Storm Gustav's expected move into the energy-rich gulf.

Some structures may get the brunt while others don't, or a storm may expose an unanticipated weakness.

In the case of the two Shell structures, the platforms themselves withstood the storm, Marshall said. The damage at Mars stemmed from clamps and bolts that failed to hold its drilling rig to beams. The repaired rig now has stronger clamps.

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