Green Building Practices

Improved Indoor Air Quality

• Observed construction practices that protected the HVAC systems and ductwork

• Use of interior finish materials that are free of Urea Formaldehyde and other toxics

• Low VOC paints, coatings, sealants, adhesives, carpet and pad

• Cleaning products that meet Green Seal Environmental Standards and are free of toxics

• HVAC system automatically detects low quality or stagnant air and brings in fresh filtered outdoor air

Reduced Heating/Cooling and Lighting Costs

• High efficiency heating and cooling system

• During the summer months, the cooling system pulls in cool night air to lower the building temperature and reduce the demand on the system upon the start of the work day

• Designed a high performance building envelope with the use air barrier installation techniques in the walls and ceiling and high quality windows to increase thermal resistance while allowing plenty of natural light

• Energy efficient light fixtures, lamps and ballasts

• Automated lighting controls in low use areas

Water Saving

• Landscaping designed with the use of native and adapted species to minimize water use

• An efficient irrigation system with weather sensitive controls that only waters when needed

• Low flow faucets and dual flush toilets

Reduced storm water runoff into storm sewers and rivers and increased storm water quality

• 1,200 square foot green roof

• On-site storm water filtration

Contribution to the Local Economy

• Emphasis on purchasing materials made within a 270 mile radius such as the cedar siding, structural concrete block, and interior paint

• Labor provided by Portland-area contractors

• Engaged with local non-profit, Earth Advantage Institute, to plan the environmental goals of the project