Washington Real Estate

Windswept Becomes Seabrook’s Second LEED© Certified Home

April 11, 2011 By: Seabrook Category: PR, Sales, Seabrook Cottage Rentals

Seabrook Windswept Oceanfront LEED Vacation RentalHave you ever dreamed of owning a spectacular beach home that was also environmentally sustainable? That is exactly what the Hassler family was looking for when they created Windswept, a beautiful oceanfront home nestled into Seabrook’s Northwest Glen Neighborhood.

This stunning property was carefully planned to not only be an incredible beach retreat, but was also designed to be energy efficient, use less water than a traditional home, provide a healthy indoor environment, and protect the outdoor environment both during the construction process and for the life of the home. With all this in mind, Windswept was recently awarded LEED Certification at the Silver level – becoming the second home at Seabrook with LEED certification!

LEED is an acronym that stands for Leadership in Energy and Environmental Design and is the nationally accepted benchmark for the design, construction, and operation of high performance “green” buildings. Developed by the U.S. Green Building Council (USGBC), LEED provides homeowners and contractors with three different levels of concise framework used to identify and implement practical and measurable green building design, construction, operations, and maintenance solutions.

Here in Washington, there are less than 150 homes that have attained either the Silver, Gold, or Platinum level LEED Certification. Until recently, only one of these LEED Certified homes was located on the Olympic Peninsula; Seabrook’s very own, Evergreen Cabin. Now, Windswept has joined the Evergreen Cabin to become the second home at Seabrook and the first oceanfront home to attain LEED Certification!

Windswept is a relaxing and sophisticated beach home that is committed to environmental stewardship and social responsibility. It is also a vacation rental property available to rent for your next beach vacation!

Visit Windswept’s Cottage Rentals website to find out more information on the home amenities, pictures, availability, and more!

How to Earn 1 LEED Point

February 26, 2009 By: Seabrook Category: PR, Sales

Shown below are the footings of Seabrook’s NW Glen’s lot 159. DO NOT be fooled, these are no ordinary footings! 40% of these foundation footings are made up of fly ash rather than concrete.

Lot Construction Footing

Lot Construction Footing

Lot Construction Footing

What exactly is fly ash and why do I want incinerated insects in my foundation, you may ask?

Don’t worry, here is the technical scoop:

Fly Ash

Power plants fueled by coal produce more than half of the electricity we consume in the United States today. But in addition to electricity, these plants produce a material that is fast becoming a vital ingredient for improving the performance of a wide range of concrete products. That material is fly ash. Fly ash is comprised of the non-combustible mineral portion of coal. When coal is consumed in a power plant, it is first ground to the fineness of powder. Blown into the power plant’s boiler, the carbon is consumed — leaving molten particles rich in silica, alumina and calcium. These particles solidify as microscopic, glassy spheres that are collected from the power plant’s exhaust before they can “fly” away — hence the product’s name: Fly Ash.

Chemically, fly ash is a pozzolan. When mixed with lime (calcium hydroxide), pozzolans combine to form cementitious compounds. Concrete containing fly ash becomes stronger, more durable, and more resistant to chemical attack. Mechanically, fly ash also pays dividends for concrete production. Because fly ash particles are small, they effectively fill voids. Because fly ash particles are hard and round, they have a “ball bearing” effect that allows concrete to be produced using less water. Both characteristics contribute to enhanced concrete workability and durability. Finally, fly ash use creates significant benefits for our environment. Fly ash use conserves natural resources and avoids landfill disposal of ash products. By making concrete more durable, life cycle costs of roads and structures are reduced. Furthermore, fly ash use partially displaces production of other concrete ingredients, resulting in significant energy savings and reductions in greenhouse gas emissions.

That, my friends is how you earn one LEED point toward LEED certification!

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