One of the major concerns regarding biofuels is the competition with food stocks due to concerns of diversion of plants such as maize, sugar cane, rapeseed etc to make fuel.

Second generation biofuels are greener as they can be made from non-food crops such as grass and sugar cane bagasse. (more…)

The market for clean energy products is growing among India’s rural poor, a massive segment that consists of 114 million households and more than 60 percent of the nation’s population of 1.15 billion, according to a new report. Nearly half of India’s rural poor do not have reliable access to electricity and more than 85 percent largely rely on firewood or dung for (more…)

In September, the UK’s University of Bath completed construction on a small building whose walls are insulated with the shredded woody inner core, or shiv, of the hemp plant (not to be confused with bast, the fibrous outer part under the bark).

The hemp plant, which can’t be grown in the United States because one variety, (more…)

The Brazilian government earlier this month held a wind, hydroelectric and biomass auction that is expected to prompt US$ 5.52 billion in investments in renewable energies in Brazil. The resulting investments are expected to come primarily from private enterprise.

The auction, which contracted power from (more…)

Biochar is charcoal type created by the pyrolysis of biomass, and differs from ordinary charcoal only in the sense that its primary use is not for fuel, but for biosequestration or atmospheric carbon capture and storage. As much as 12 percent of the world’s human caused greenhouse gas emissions could be sustainably offset by producing biochar. (more…)

A leading environmentally-sustainable winery in New Zealand has received funding from the Energy Efficiency and Conservation Authority (EECA) to construct a purpose-built boiler designed to turn vine prunings into energy.

The new Bio-Mass boiler will help Yealands winery save around 22 tons of LPG a year, (more…)

Sustainable fuel manufacturer Zea Chem has announced that it has succeeded in producing biomass-derived ethanol at a capacity that can be scaled to commercial production.

In a statement from the company’s headquarters, Zea Chem described the completion of a suite of products including biorefined cellulosic ethanol. “The next step is to integrate these known processes to achieve the ultimate target of commercial production of economical and sustainable biofuels and bio-based chemicals,” said CEO Jim Imbler. (more…)

“I really think it’s important that the best and brightest in the colleges today should take a look at these problems.  If we can resolve the energy problem then clean water isn’t far behind. And if you’ve got  inexpensive renewable energy worldwide, and if you have clean water, once you take those major problems away for the planet there’s a lot less to fight about.”  – Jack Baron, CEO of Sweetwater

KissMyCountry continues our ‘CEOs Saving the Planet’ series with Jack Baron, CEO of Sweetwater , a biofuels company in Rochester, New York that’s working on some exciting solutions, including a replacement for jet fuel. Jack, best known for co-founding the telecommunications firm PAETEC, took the helm at Sweetwater to make a difference in renewable energy today. Jack talks about the importance of renewable fuels for saving our planet, and the most interesting green technologies that people are working on today, as well as the places he loves in Rochester.  Enjoy!

KissMyCountry: Jack, Sweetwater is an exciting company that brings new ideas to biofuel production. You’ve got great technology. In layman’s terms, can you tell us a little bit about Sweetwater and your breakthrough technology?  Why are you excited, and what would you like us to know about Sweetwater?

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According to the U.S. Environmental Protection Agency (EPA), wind, solar, and biomass facilities comprise only a little more than two percent of the nation’s electricity. But renewable energy production is anticipated to increase by 70 percent or more by 2030. Finding affordable land in areas with the resources to support new renewable energy plants is the biggest challenge.

Now, as part of the EPA’s RE-Powering America’s program, the agency is taking a multi-level approach to cleaning up and developing contaminated land, such as polluted former industrial properties, or “brownfields,” for the development of wind, solar, biomass, and geothermal energy facilities. In addition to brownfields, the EPA has identified close to 15 million acres of Superfund sites, abandoned mines, and federal facilities, all of which are among the county’s most contaminated lands. (more…)

Algae biofuels are receiving more and more attention in the media and from the Obama administration. Evidence of this can be seen through increasing number of algae related stories in the news as well as several recent actions by the administration, most important of which is the U.S. Department of Energy awarding millions of dollars in research grants for the study of algae .

Recent government grants like this in addition to many private organizations like Exxon investing hundreds of millions of dollars in the future of algae fuels have only added to the drive of many small companies looking to develop the best way to grow algae. Many of these organizations have decided on bioreactor growth systems and are looking at either using artificial or natural lighting to maximize the growth of algae.

However, one company is taking more of an “all of the above” approach in developing an algae growth system. (more…)