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Our BatchGeo world MAP shows the locations of green building and renewable energy projects featured on Solaripedia.

Project

Going Green at the Beach (Washington State, USA)

Credits: ©Port Dave and Anna Porter

“Going Green at the Beach” set a record by meeting the requirements of these and other residential green building certification programs: - ENERGY STAR® Home - American Lung Association Health House® - Environments for Living® - LEED® for Homes Gold. In meeting the requirements of those programs, the “Going Green at the Beach” house highlights products and systems relating to all aspects of green building.

 

Going Green at the Beach Solar Panels

1.2 KW photovoltaic solar system (American Community Energy & Outback) ©2008 Northwest Property Imaging

Sustainable Home: Going Green at the Beach
by Robin Rogers LEED AP
Originally published January 9, 2008 Environmental Design + Construction

A beachfront home employs geothermal heat, solar power and a sustainable landscape after getting a makeover.

Anna and Dave Porter were like so many others inspired by the green movement, making efforts but falling short of their ideal personal values to help end global warming and its deleterious effects. For years, Dave, a senior executive with Countrywide Home Loans, has spoken on sustainable building topics at national home building conventions, and he’s well-known in Seattle’s builder community for promoting energy-efficient homes and “green” mortgages. The couple recycled, used green cleaning products, salvaged “beautiful junk” for “art,” ate organic food and taught their kids the meaning of conservation. But three years ago, they had an epiphany: “We can do even more on a personal level.” This awakening led them to leave behind their “McMansion,” purchase a smaller fixer-upper beachfront home, exchange their Jaguar for a Toyota Prius hybrid, and resolve to not only green their beach house, but to share with the others how they were achieving a more sustainable living environment.

They started with the existing ramshackle home, which sat on a 31.5-foot-by-125-foot lot on the shore of Puget Sound and had reached the end of its useful life. Rotting wood, dangerously antiquated wiring, toxic vermiculite ceilings and other problems made it prudent to rebuild, yet there was usable material in the old structure. With assistance from a salvage expert, the couple diverted 80 percent of the house from the landfill, integrating into the new home such valuable materials as wood wainscoting, doors, cabinets, light fixtures, decking (which was used to make wine racks) and a large piece of the frame that became a new fireplace mantel.

Because of its proximity to Puget Sound’s sensitive waters, the site and its landscaping were integral to the home’s long-term viability as a sustainable project. The Porters began by maintaining the original footprint of the house and garage and vowing to not only “do no harm,” but to actually improve the site’s existing ecology.

Now, pervious concrete walkways, permeable pavers in the driveway and crushed rock all allow water to percolate naturally. Food plants mingle with natives, while a hanging basket insectary attracts beneficial insects and provides integrated pest management rather than chemical pest control. Salvaged and recycled elements also dot the landscaping in whimsical artistic ways, such as an artful pathway that leads to a constructed rock channel through the terraced garden. In turn, this garden is irrigated by rooftop runoff stored in a 900-gallon cistern, and two modular vegetated roofs cover 364 square feet, two strategies that slow and treat runoff into the sea.

Though more than 100-years-old, this ocean-front property is a beacon of sustainability. All photos by Northwest Property Imaging.

Efficiency and IAQ

Living in the Pacific Northwest also required rethinking the heating and cooling systems. The Porters decided on a geothermal system that pulls heat from the earth into an efficient radiant floor-heating system, eliminating the use of fossil fuels and keeping pollutants from entering the Sound. To achieve this, they used sonic drilling technology to place two 300-foot vertical wells with sealed circulating loops that distribute the nearly constant ground temperature into the home. Meanwhile, a heat-recovery ventilator transfers waste heat to the fresh air while expelling stale air.

The site’s very design encourages passive heating and cooling as well. High-efficiency windows facilitate daylighting but are shaded to protect from overexposure to the sun. An advanced framing system allowed studs to be spaced farther apart to accommodate more and thicker insulation. And a 1.2 kW photovoltaic system produces active power that is net-metered so energy is supplied to the local utility, effectively spinning the Porters’ meter backwards.

To promote a healthy indoor environment, the Porters chose non-toxic, low-VOC and no-formaldehyde products whenever possible for their paints, wood finishes and insulation. They bolstered the air quality via an efficient ventilation system and the total absence of carpet, which catches and holds allergens and pollutants. Responsible water use was also addressed, as the Porters installed such water-conservation tools as dual-flush toilets, water-saving fixtures and appliances, and a tankless water-heating system. And conservation and responsible resource use, two tenets of sustainable living, were reinforced through the use of recycled glass tile, long-life siding and metal roof, FSC-certified wood products and cork flooring produced from leftover materials from wine-cork production.

For the Future

The one element left intact during this “going green” process was the bulkhead, a mainstay of thousands of homes along the Sound. Bulkheads are generally not considered friendly to the natural sea habitat, and the Porters considered removing theirs, even though most sites include them to defend coastal land and home sites from erosion. But removing only one bulkhead among hundreds of thousands lining the shore would destabilize the site and effect little change to the overall shoreline. Instead, the Porters view this as a potential future project in which all the neighbors are mobilized into action to re-create a more naturalized shoreline.

This goal actually seems somewhat realistic, considering the project’s reception. The couple’s enthusiasm spilled over into a huge, supportive community of team members, sponsors, and neighbors. The project’s heavily trafficked website has been devoted to telling their stories and sharing their observations, and even the couple’s “salvaged” dog, Skipper, donned a hardhat and carpenter’s belt to become the online spokesdog. By making the project fun and proving that building green offers many possibilities for imposing less harm than conventional building, the Porters’ home could effect change well beyond the Washington coast. Washington may be the “Evergreen State,” but the green-building example set by the Porters provides applicable lessons for homeowners — and homebuilders — nationwide.

The following is a list of just some of the home’s many green features.

Energy Efficiency
- 1.2 KW photovoltaic solar system
- Geothermal heat: Geothermal heat pump - The wells for the system were drilled by Boart Longyear using sonic drilling technology.
- High efficiency windows
- Awning to reduce sun exposure
- Natural light
- Advanced framing
- ENERGY STAR® appliances
- Compact fluorescent lights
- Radiant floor heating system
- Passive solar
- Spray-foam insulation and air barrier
- Heat recovery ventilator

Water Conservation
- Dual flush toilets
- Low-flow showerheads and faucets
- Rainwater collection system
- Tankless hot water with recirculation system
- Drip irrigation
- Drought-tolerant lanscaping
- Water-saving front-loading clothes washer
- Water-saving drawer dishwasher

Reused Materials
- Deconstruction of original structure (80% of material diverted from landfill)
- Salvage and reuse of doors, cabinets, and other items from original structure
- Wine racks made from salvaged decking from original structure

Sustainably Produced and Durable Materials
- FSC certified wood products
- Recycled glass tile
- Cork flooring produced from leftover material from wine cork production
- Original artwork made by local artisans from owners’ collection of found beach glass
- 50-year siding
- 40-year metal roof
- Locally manufactured materials when possible
- Sustainably produced materials
- Fireplace façade made from local stone Healthy Indoor Air
- Low VOC paint
- Nontoxic finishes on flooring and cabinetry
- Formaldehyde-free insulation
- Minimal use of adhesives
- Formaldehyde-free cabinets
- Operable windows
- No carpet
- Efficient ventilation
- ENERGY STAR® ventilation fans
- Heat recovery ventilator

Efficient Use of Space
- Modest-sized home on a small lot
- Home rebuilt on footprint of original structure
- Multiple-use rooms
- Built-in bookcases
- Guest retreat
- Universal Design features to allow for use by individuals with disabilities

Low Impact Site Development and Natural Landscaping
- Use of compost for stormwater management
- Jobsite recycling
- Vegetated “green” roof segments for energy and stormwater management
- An “insectory” designed to attract beneficial insects
- Edible landscaping
- Drought tolerant plant selections
- Pervious paving material


Documents

  Sustainable Landscaping of Going Green at the Beach (555 kb)

  Going Green at the Beach ED+C (Washington State, USA) (236 kb)

  Going Green at the Beach Project Reference Guide (218 kb)