
The first large-scale hydroelectric plant in the UK for 50 years has had its first 24 hour period of full capacity operation.
- 25 daysBuilding a wind turbine on their land could see farmers multiply their earnings, it has been claimed.
- 25 days
You remember Paul Stankey of Hive Modular, right? We mentioned his container cabin about this time last year, and since that time, the rustic retreat has been showcased in probably every quality design magazine in the country. What interesting, however, is that Paul’s been working on phase two: A new project adjacent to the cabin. Paul was speaking with the folks at loll about their waste and came to find out that they have huge pallets sitting around. So he decided that the pallets could be put to clever use, I mean, they’re sturdy and heavy, weighing in at roughly 200 pounds each. He designed Pallet Barn.

They poured the footings and bootstrapped the pallets in place. It’s funny how a bone skinny structure like this can have such elegance and aesthetic. After the pallets were in place, they started work on the cladding and that’s pretty much where work is to this point. They built in some loft spaces, but the place will need some TLC in the form of finishing the siding, adding doors, and finishing the interiors.
If you recall, last June we mentioned another pallet project called Unit Load_Redux. Now with this Pallet Barn, I’m beginning to wonder if pallet reuse is now what container reuse once was ...






Image credits: Hive Modular Blog.

Cambridge Architectural recently released a new product called Solucent, an architectural mesh system for building interiors and exteriors. To market the product, they've created a clever tagline, too: "Where the Sun and Shade Mesh." This statement conveys two concepts. First, that architectural mesh is a flexible daylighting material that can be used to allow the desired amount of natural lighting through (and save costs on electrical lighting). Second, the mesh also reduces interior solar heat gain by shading the sun, a feature that also leads to energy savings on cooling costs.
Solucent systems are designed based on building orientation and can be customized to meet the precise opacity requirements of a given project. Plus, the mesh is lightweight, made of recyclable materials, and provides airflow into a building.
Notably, mesh can contribute to approximately four LEED points through optimized energy performance, using recycled content materials, and introducing daylight and views into the regularly occupied areas of a building. And, from what I understand, Cambridge offers full system design, engineering, and collaboration through installation. Check out some case studies ...



Image credits: Cambridge Architectural.
A hydropower scheme that is expected to generate enough renewable electricity for the equivalent of 2,000 households has received planning permission.
- 26 daysPlans for the first turbine to be power a sewage plant have been approved.
- 26 daysRenewable energy technologies such as marine power and anaerobic digestion could get more subsidies than others, according to the New Energy Focus.
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This could just be one of the most innovative sustainable designs you'll see all year. Here's the background: a team from Weber Thompson designed this building for the Cascadia Natural Talent Design Competition put on by the Emerging Green Builders of the USGBC. They won the Cascadia competition and moved on to compete against about 15 other regional winners from around the country. They won there, too, and "Eco-Laboratory" was announced as the winner of the 2008 Natural Talent Design Competition at Greenbuild. Eco-Laboratory is a theoretical design set in Seattle with affordable and market-rate residential housing, a job training center, homeless shelter, hygiene station, and public farmer's market.
Aesthetically speaking, Eco-Laboratory is quite slick, but the innovative symbiosis of the systems, I believe, earned them a grand prize at Greenbuild. You can enlarge the models above to see the energy (left), ventilation (center), and water (right) systems specifics.
Eco-Laboratory includes a rainwater collection system; hydroponic garden to grown food for the community; biological wastewater treatment system to convert black water to greywater and potable water; earth tubes to funnel clean, natural air into the building through underground ducts; vertical axis wind turbines and solar panels for on-site green energy; and hydrogen fuel cells powered by methane, a byproduct of the wastewater treatment system.



Eco-Laboratory was designed by Myer Harrell, LEED AP; landscape designer Dan Albert, LEED AP; and former Weber Thompson staff members Brian Geller, LEED AP (now Sustainability Specialist with Zimmer Gunsul Frasca Architects); and Chris Dukehart.
Congratulations to the entire team for a fantastic and thoughtful design!
Image credits: Weber Thompson.

This is Hangar 25, a LEED Platinum certified airport hangar located at the Bob Hope Airport in Burbank, California. It's the world's first aviation hangar to achieve such a high level of certification from the USGBC. The 60,000 square foot structure was built by Shangri-La Construction without a significant cost increase over building a non-green airport hangar -- a fact that furthers the financial case for green building development. Check out this green list of accomplishments:


This positive-energy, $17-million hangar is poised to become a game changer in the industry. It's supposed to be significantly cheaper to operate than a non-green hangar. You'll notice in the images that the facility has abundant natural light coming inside; that helps keep the lighting bills down and reduce reliance on mechanical systems.


Image credits: 3030 N. Clybourn Avenue.
A wind turbine is to be installed at a Fenland school to provide electricity for the building and help educate the children about climate change and renewable energy.
- 27 days