You may have noticed our redesigned and streamlined site at 2GreenEnergy.com. This represents our latest effort to articulate the precise value we add for three different communities, each of which directly deals with our mission statement: taking good ideas forward. In particular, we help: (more…)
As reported by The Vector on January 17th, the World Future Energy Summit recently drew together world policy makers, international business leaders, energy providers, and educators into a fast-paced conference in Abu Dhabi.
The Zayed Future Energy Prize for innovation and leadership in green technology awards — a $1.5M total prize — was awarded to wind turbine maker Vestas. Surprisingly, Vestas gave half of the earnings to three of the six finalists: India’s Barefoot College; the group Seventh Generation Advisors; and the thin-film solar manufacturer First Solar. Bravo to Vestas.
Welcome to the new version of the 2GreenEnergy website. My team and I have been working hard to develop this; we hope it meets with your approval, and that you’ll let us know what you think.
As of this moment, I note a few broken elements here and there that should be fixed shortly.
I guess the main diff between your book’s perspective and mine is where we are in the picture. I’m at what I tell students is “the bottom” where the actual clients, aspirations and small-scale implementations are. When I say “implementations”, I mean efforts which result in lowered use and demand for conventional energy. Only some of that is renewables. At my own home, which I consider typical of my projects, I started with lots of added insulation, caulks and sealants, then windows, better daylighting and a passive solar addition, then replacing all lightbulbs and major appliances, then adding solar water heating and some solar electric. Same deal with my client projects. (more…)
Just read your book, referred to me by a green-leaning architect I know. Below are my comments.
Your presentation is mostly about top-down options, assuming consumer demands and loads as well as consumer and business m.o.’s do not change. Yet consumer and business demands, loads and current m.o.’s are all what they are as a result of many years of readily available ad-infinitum access to cheap fossil energy with very little cost for environmental damages or threats to human and ecological health. I guess the assumption by you and all you’ve interviewed is now that we’re here – energy guzzling, environment-damaging and using beyond our means both in terms of money and resources – we are unlikely to be able to change. I disagree with this. (more…)
Recently, China has been working hard to reverse their image as the world’s most polluted country and the world’s biggest emitter of greenhouse gases. A recent study revealed that they are now the world’s leader in clean energy efforts, leaving other more-developed countries far behind.
The report, which was sponsored by Australia’s Climate Institute think tank, revealed that China is leading the world in renewable energy efforts and is making significant strides toward reducing pollution in their country and around the world.
One major reason China has been named a leader in green energy is because of their efforts to cut pollution from the electricity generation process. The electricity generation process can be blamed for much of the pollution in China, as well as around the world. They are doing this mainly by offering incentives to the people who are responsible for manufacturing the resource. They award incentives, often in cash form, to manufacturers who develop low-carbon ways of developing electricity. (more…)
China has committed to long-term development of green energy, as we all can see. As the world’s largest user of energy – and also its largest polluter – it needs energy to power its growth. China’s latest five-year strategy is quite ambitious – to impose significant taxes on heavy polluters.
Since Copenhagen, China has shown every indication that it intends to live up to its pledge, and has promised to include new policies to curb pollution as part of its overall energy plans. The government plans to close dirty sources of energy: 10,000 MW of small power plants, 25 million metric tons of iron-mill capacity, 6 million tons of steel capacity and 50 million tons of cement capacity, saving equivalent of 16 million tons of coal, said Xie Zhenhua in a press release in the 4th quarter of 2010. Xie is the vice chair of the National Development and Reform Commission.
China has already become a green energy leader, through hydropower, development and manufacture of solar and wind, and through its aggressive energy plan. It also wants to lead in a low-carbon economy and fight (more…)
Frequent contributor Mark Vendetti sends an interesting article that I thought everyone would enjoy. I believe there is a profound (albeit sad) truth here:
There is no doubt that people really do hate to change their minds. We’ve all seen this a million times, and it applies to ourselves just as well as it does to others. (more…)
Question: The dozens of flavors of biomass technologies are all rooted in making use of the chemical energy stored in the bonds of complex, organic molecules, which, in some processes, is released to reform biofuels, normally in the form of alcohol. What are the most common forms of these alcohols?
Relevance: A number of 2GreenEnergy clients employ gasification technologies, using various combinations of temperature controls, catalysts, and metered introduction of oxygen to break down the biomass as cleanly as possible. Our favorite? Thermal anaerobic gasification, as represented by our client Resource Recovery Corporation, whose unique and patented process does not form carcinogenic clag as a byproduct.
General Electric has shown its intent to become the leading player in offshore wind power. At the start of July GE signed an agreement with two Scandinavian energy companies to install and test four floating 4MW wind turbines off the coast of Norway. The rotors on the turbines will be 110 meters in diameter, and each turbine will be capable of generating power for 1,000 homes.
In all, GE has plans to invest approximately €340 million ($425 million) in offshore wind turbine manufacturing and service facilities in Norway, Sweden, Germany and the UK. More than $90 million of that funding is being invested in Norway on an Offshore Technology Development Center in Oslo and production of its turbine demonstration units. (more…)