URBAN POWER, an architecture firm based in Denmark, has recently unveiled a plan to build nine islands that will be used for fossil-free energy production, act as a flood barrier, and add a publicly accessible nature area.
The land reclamation project, dubbed Holmene, will consist of nine industrial islands, each one surrounded by a “nature belt” that will include areas for sports as well as more tranquil areas for relaxation. Also included will be several small islets and reefs to provide new nature areas for plants and animals to thrive in the water and on land. The new islands will provide approximately 3.08 million sm of new space and will be built and developed stepwise to limit any impression of an unfinished project as construction progresses.
Courtesy URBAN POWER.
See Also: This is the country’s greenest academic building
Surplus soil from the regions building projects, such as its subway, will be used to create the islands. This surplus soil will also be used to create a natural protective landscape along the existing coastline, making it more resilient toward future flooding and providing an improved bike route.
Courtesy URBAN POWER.
The largest of the nine islands is reserved for the development of green technologies. It will be home to the largest waste-to-energy plant in Northern Europe. This plant will handle waste from the region’s 1.5 million citizens and turn it into clean water, resources, and biogas. When this waste-to-energy plant is combined with the heat storage, wind mills, and other green technologies across Holmene, an annual reduction of at least 70,000 tons of CO2 and production of more than 300,000 MWh fossil free energy can be achieved. This is equivalent to the power consumption of 25% of the population of Copenhagen.
The project is expected to be completed in 2040.
Courtesy URBAN POWER.
Courtesy Hvidovre kommune/URBAN POWER.
Related Stories
| Mar 16, 2012
Stego embarks on HPD Pilot Program
Vapor barrier manufacturer strives to provide better green choices to designers and builders.
| Mar 12, 2012
Improving the performance of existing commercial buildings: the chemistry of sustainable construction
Retrofitting our existing commercial buildings is one of the key steps to overcoming the economic and environmental challenges we face.
| Feb 26, 2012
Alvarez-Glasman & Colvin’s Chen LEED certified
Chen works closely with property owners to ensure that their properties meet and exceed all industry standards, and also provide long-term energy savings.
| Feb 17, 2012
Tremco Inc. headquarters achieves LEED Gold certification
Changes were so extensive that the certification is for new construction and not for renovation; officially, the building is LEED-NC.
| Feb 15, 2012
Code allowance offers retailers and commercial building owners increased energy savings and reduced construction costs
Specifying air curtains as energy-saving, cost-cutting alternatives to vestibules in 3,000-square-foot buildings and larger has been a recent trend among consulting engineers and architects.
| Jan 9, 2012
Thornton Tomasetti acquires green consulting firm Fore Solutions
International engineering firm launches new building sustainability practice.
| Dec 19, 2011
USGBC welcomes new board directors?
Board responsible for articulating and upholding the vision, values, mission of organization.
| Dec 5, 2011
New York and San Francisco receive World Green Building Council's Government Leadership Awards
USGBC commends two U.S. cities for their innovation in green building leadership.
| Dec 1, 2011
Ground broken on first LEED Platinum designed school house built by volunteers
Phoenix public school receives the generous gift of a state-of-the-art building for student and community use.
| Nov 22, 2011
New Green Matters Conference examines emerging issues in concrete and sustainability
High-interest topics will be covered in technical seminars, including infrared reflective coatings for heat island mitigation, innovative uses of concrete to provide cooling and stormwater management, environmental benefits of polished concrete, and advancements in functional resilience of architectural concrete.