Green technology gets back to basics

Posted In: General Sciences

Friday, March 13, 2009

newsvine diigo google
slashdot
Share
Loading...


By Kevin Bullis

The continuing economic recession has abruptly halted a number of large solar and biofuels projects. But while green-technology companies dependent on such capital-intensive projects have foundered, things look brighter for other ventures, such as those that require little in the way of expensive equipment and facilities, or those that have managed to attract foreign investment. Those were some of the conclusions of clean-tech investors who gathered at this week's GoingGreen East conference in Boston.

As the credit markets have tightened, many capital-intensive projects have stalled. For example, OptiSolar, a company based in Hayward, CA, has sold planned solar-farm projects because it couldn't raise money to expand manufacturing. Corn-ethanol plants are being shut down and some sold in bankruptcy proceedings for a fraction of their value. Meanwhile, some next-generation biofuels companies, such as Mascoma, based in Boston, have put plans for new plants on hold.

Projects requiring hundreds of millions of dollars have fallen from favor, says Jim Matheson, a general partner at Flagship Ventures. Don Wood, managing director at Draper Fisher Jurvetson, says that his firm is turning to businesses that require smaller plants, such as those that desalinate water and cost only $10 million.

Perhaps the biggest winners will be companies with technologies to improve energy efficiency. Wood says that in the coming years, "efficiency is where you'll get the highest marginal return on investment," in large part because costs are low. Some such ventures take advantage of cheap sensors, communications hardware, and software packages to monitor and control energy use both in buildings and on the electricity grid, says Chuck McDermott, a general partner at Rockport Capital. He says that sensors are cheap enough now that they can be distributed throughout a building, even in the ductwork. A pair of sensors on each side of an air filter in a heating system can detect when the filter needs to be changed to save energy. Sensors and controls on appliances will allow homeowners and utilities to reduce energy use.

Additional links and the rest of the story is available at MIT Technology Review

SOURCE: MIT Technology Review

JOIN THE DISCUSSION
Rate Article:  Average 0 out of 5
Register or log in to comment on this article!

0 Comments

Add Comment

Text Only 2000 character limit

Page 1 of 1

New To Market

more

AFM and spectroscopy combined for physical and life sciences
AFM and spectroscopy combined for physical and life sciences

Veeco Instruments Inc. has designed its new IRIS models for Innova and BioScope Catalyst atomic force microscopes (AFMs) to provide superior integration and accessibility for combined AFM and Raman spectroscopy research.

Lenses optimized for peak SWIR performance

Enhanced 25-mm and 50-mm lenses from Navitar Inc. are specifically designed for short-wavelength infrared (SWIR) cameras. The lenses function in the wavelengths of 500 nm to 1700 nm, with 90% +/- 5% transmission across the range.

Tools & Technology

more

Syringe pump to deliver full stroke
Syringe pump to deliver full stroke

The Legato 270 Syringe Pump has an optimized user configurable syringe mechanism designed to deliver a full volume in infuse and withdraw modes whether using small or large syringes.

Potentiometric titrator can run four stations in parallel(2)

JM Science’s new Potentiometric Titrator (COM-1700) allows up to four different titrations to run in parallel at the same time.

Advertisement

Advertisement