Search results for "Beneficial aspects" in Home Design Ideas
Texas Ponds and Water Features, LLCEcosystem Ponds are the crown jewel of the Water Feature world. They soon become the centerpiece of your landscape. These low-maintenance, natural-looking water gardens work with Mother Nature, not against her, to stay clean and clear without using chemicals or UV sterilizers or anything artificial. The key is the symbiotic relationship between the Pond Fish, the beneficial bacteria, and the Aquatic Plants.
There is no sound in nature quite as relaxing as moving, falling water. It soothes away your stress at the end of a long day and you instantly start to feel more relaxed. Watching the Koi and other Pond Fish gracefully swimming around and nibbling from the underwater rocks and gravel can be almost hypnotizing. A variety of birds come to drink and bathe in the stream and colorful dragonflies flit here and there on mosquito patrol. Water lilies bloom in almost every color you can imagine and you'll soon see that frogs really DO sit on lily pads! Having one of these Ponds in your landscape is like coming home every day to a private vacation retreat right in your own backyard!
Texas Ponds and Water Features creates some of the most beautiful and natural looking Ecosystem Ponds and Water Gardens in the Austin and Central Texas area. We also work in the Houston, Southeast Texas area and almost anywhere in between. Working with only natural stone, our specialists craft waterfalls and ponds that look as if they had been carved by the hand of nature. Our two main pond guys have over 27 years of experience between them. We are at the Master level of Certified Aquascape Contractors--among the best in the world at what we do. Contact us today to get started on your own backyard paradise.
DeVere ArchitectureOur design for the expansion and gut renovation of a small 1200 square foot house in a residential neighborhood triples is size, and reworks the living arrangement. The rear addition takes advantage of southern exposure with a "greenhouse" room that provides solar heat gain in winter, shading in summer, and a vast connection to the rear yard.
Architecturally, we used an approach we call "willful practicality." The new soaring ceiling ties together first and second floors in a dramatic volumetric expansion of space, while providing increased ventilation and daylighting from greenhouse to operable windows and skylights at the peak. Exterior pockets of space are created from curved forces pushing in from outside to form cedar clad porch and stoop.
Sustainable design is employed throughout all materials, energy systems and insulation. Masonry exterior walls and concrete floors provide thermal mass for the interior by insulating the exterior. An ERV system facilitates increased air changes and minimizes changes to the interior air temperature. Energy and water saving features and renewable, non-toxic materal selections are important aspects of the house design. Environmental community issues are addressed with a drywell in the side yard to mitigate rain runoff into the town sewer system. The long sloping south facing roof is in anticipation of future solar panels, with the standing seam metal roof providing anchoring opportunities for the panels.
The exterior walls are clad in stucco, cedar, and cement-fiber panels defining different areas of the house. Closed cell spray insulation is applied to exterior walls and roof, giving the house an "air-tight" seal against air infiltration and a high R-value. The ERV system provides the ventilation needed with this tight envelope. The interior comfort level and economizing are the beneficial results of the building methods and systems employed in the house.
Photographer: Peter Kubilus
DeVere Architecture
Our design for the expansion and gut renovation of a small 1200 square foot house in a residential neighborhood triples is size, and reworks the living arrangement. The rear addition takes advantage of southern exposure with a "greenhouse" room that provides solar heat gain in winter, shading in summer, and a vast connection to the rear yard.
Architecturally, we used an approach we call "willful practicality." The new soaring ceiling ties together first and second floors in a dramatic volumetric expansion of space, while providing increased ventilation and daylighting from greenhouse to operable windows and skylights at the peak. Exterior pockets of space are created from curved forces pushing in from outside to form cedar clad porch and stoop.
Sustainable design is employed throughout all materials, energy systems and insulation. Masonry exterior walls and concrete floors provide thermal mass for the interior by insulating the exterior. An ERV system facilitates increased air changes and minimizes changes to the interior air temperature. Energy and water saving features and renewable, non-toxic materal selections are important aspects of the house design. Environmental community issues are addressed with a drywell in the side yard to mitigate rain runoff into the town sewer system. The long sloping south facing roof is in anticipation of future solar panels, with the standing seam metal roof providing anchoring opportunities for the panels.
The exterior walls are clad in stucco, cedar, and cement-fiber panels defining different areas of the house. Closed cell spray insulation is applied to exterior walls and roof, giving the house an "air-tight" seal against air infiltration and a high R-value. The ERV system provides the ventilation needed with this tight envelope. The interior comfort level and economizing are the beneficial results of the building methods and systems employed in the house.
Photographer: Peter Kubilus
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DeVere Architecture
Our design for the expansion and gut renovation of a small 1200 square foot house in a residential neighborhood triples is size, and reworks the living arrangement. The rear addition takes advantage of southern exposure with a "greenhouse" room that provides solar heat gain in winter, shading in summer, and a vast connection to the rear yard.
Architecturally, we used an approach we call "willful practicality." The new soaring ceiling ties together first and second floors in a dramatic volumetric expansion of space, while providing increased ventilation and daylighting from greenhouse to operable windows and skylights at the peak. Exterior pockets of space are created from curved forces pushing in from outside to form cedar clad porch and stoop.
Sustainable design is employed throughout all materials, energy systems and insulation. Masonry exterior walls and concrete floors provide thermal mass for the interior by insulating the exterior. An ERV system facilitates increased air changes and minimizes changes to the interior air temperature. Energy and water saving features and renewable, non-toxic materal selections are important aspects of the house design. Environmental community issues are addressed with a drywell in the side yard to mitigate rain runoff into the town sewer system. The long sloping south facing roof is in anticipation of future solar panels, with the standing seam metal roof providing anchoring opportunities for the panels.
The exterior walls are clad in stucco, cedar, and cement-fiber panels defining different areas of the house. Closed cell spray insulation is applied to exterior walls and roof, giving the house an "air-tight" seal against air infiltration and a high R-value. The ERV system provides the ventilation needed with this tight envelope. The interior comfort level and economizing are the beneficial results of the building methods and systems employed in the house.
Photographer: Peter Kubilus
DeVere Architecture
Our design for the expansion and gut renovation of a small 1200 square foot house in a residential neighborhood triples is size, and reworks the living arrangement. The rear addition takes advantage of southern exposure with a "greenhouse" room that provides solar heat gain in winter, shading in summer, and a vast connection to the rear yard.
Architecturally, we used an approach we call "willful practicality." The new soaring ceiling ties together first and second floors in a dramatic volumetric expansion of space, while providing increased ventilation and daylighting from greenhouse to operable windows and skylights at the peak. Exterior pockets of space are created from curved forces pushing in from outside to form cedar clad porch and stoop.
Sustainable design is employed throughout all materials, energy systems and insulation. Masonry exterior walls and concrete floors provide thermal mass for the interior by insulating the exterior. An ERV system facilitates increased air changes and minimizes changes to the interior air temperature. Energy and water saving features and renewable, non-toxic materal selections are important aspects of the house design. Environmental community issues are addressed with a drywell in the side yard to mitigate rain runoff into the town sewer system. The long sloping south facing roof is in anticipation of future solar panels, with the standing seam metal roof providing anchoring opportunities for the panels.
The exterior walls are clad in stucco, cedar, and cement-fiber panels defining different areas of the house. Closed cell spray insulation is applied to exterior walls and roof, giving the house an "air-tight" seal against air infiltration and a high R-value. The ERV system provides the ventilation needed with this tight envelope. The interior comfort level and economizing are the beneficial results of the building methods and systems employed in the house.
Photographer: Peter Kubilus
DeVere Architecture
Our design for the expansion and gut renovation of a small 1200 square foot house in a residential neighborhood triples is size, and reworks the living arrangement. The rear addition takes advantage of southern exposure with a "greenhouse" room that provides solar heat gain in winter, shading in summer, and a vast connection to the rear yard.
Architecturally, we used an approach we call "willful practicality." The new soaring ceiling ties together first and second floors in a dramatic volumetric expansion of space, while providing increased ventilation and daylighting from greenhouse to operable windows and skylights at the peak. Exterior pockets of space are created from curved forces pushing in from outside to form cedar clad porch and stoop.
Sustainable design is employed throughout all materials, energy systems and insulation. Masonry exterior walls and concrete floors provide thermal mass for the interior by insulating the exterior. An ERV system facilitates increased air changes and minimizes changes to the interior air temperature. Energy and water saving features and renewable, non-toxic materal selections are important aspects of the house design. Environmental community issues are addressed with a drywell in the side yard to mitigate rain runoff into the town sewer system. The long sloping south facing roof is in anticipation of future solar panels, with the standing seam metal roof providing anchoring opportunities for the panels.
The exterior walls are clad in stucco, cedar, and cement-fiber panels defining different areas of the house. Closed cell spray insulation is applied to exterior walls and roof, giving the house an "air-tight" seal against air infiltration and a high R-value. The ERV system provides the ventilation needed with this tight envelope. The interior comfort level and economizing are the beneficial results of the building methods and systems employed in the house.
Photographer: Peter Kubilus
Sponsored
Chantilly, VA
Award Winning Design & Service!
FineLine Kitchens, Inc.
Award Winning Kitchen & Bath Design Center Serving the DMV Area
DeVere Architecture
Our design for the expansion and gut renovation of a small 1200 square foot house in a residential neighborhood triples is size, and reworks the living arrangement. The rear addition takes advantage of southern exposure with a "greenhouse" room that provides solar heat gain in winter, shading in summer, and a vast connection to the rear yard.
Architecturally, we used an approach we call "willful practicality." The new soaring ceiling ties together first and second floors in a dramatic volumetric expansion of space, while providing increased ventilation and daylighting from greenhouse to operable windows and skylights at the peak. Exterior pockets of space are created from curved forces pushing in from outside to form cedar clad porch and stoop.
Sustainable design is employed throughout all materials, energy systems and insulation. Masonry exterior walls and concrete floors provide thermal mass for the interior by insulating the exterior. An ERV system facilitates increased air changes and minimizes changes to the interior air temperature. Energy and water saving features and renewable, non-toxic materal selections are important aspects of the house design. Environmental community issues are addressed with a drywell in the side yard to mitigate rain runoff into the town sewer system. The long sloping south facing roof is in anticipation of future solar panels, with the standing seam metal roof providing anchoring opportunities for the panels.
The exterior walls are clad in stucco, cedar, and cement-fiber panels defining different areas of the house. Closed cell spray insulation is applied to exterior walls and roof, giving the house an "air-tight" seal against air infiltration and a high R-value. The ERV system provides the ventilation needed with this tight envelope. The interior comfort level and economizing are the beneficial results of the building methods and systems employed in the house.
Photographer: Peter Kubilus
DeVere Architecture
Our design for the expansion and gut renovation of a small 1200 square foot house in a residential neighborhood triples is size, and reworks the living arrangement. The rear addition takes advantage of southern exposure with a "greenhouse" room that provides solar heat gain in winter, shading in summer, and a vast connection to the rear yard.
Architecturally, we used an approach we call "willful practicality." The new soaring ceiling ties together first and second floors in a dramatic volumetric expansion of space, while providing increased ventilation and daylighting from greenhouse to operable windows and skylights at the peak. Exterior pockets of space are created from curved forces pushing in from outside to form cedar clad porch and stoop.
Sustainable design is employed throughout all materials, energy systems and insulation. Masonry exterior walls and concrete floors provide thermal mass for the interior by insulating the exterior. An ERV system facilitates increased air changes and minimizes changes to the interior air temperature. Energy and water saving features and renewable, non-toxic materal selections are important aspects of the house design. Environmental community issues are addressed with a drywell in the side yard to mitigate rain runoff into the town sewer system. The long sloping south facing roof is in anticipation of future solar panels, with the standing seam metal roof providing anchoring opportunities for the panels.
The exterior walls are clad in stucco, cedar, and cement-fiber panels defining different areas of the house. Closed cell spray insulation is applied to exterior walls and roof, giving the house an "air-tight" seal against air infiltration and a high R-value. The ERV system provides the ventilation needed with this tight envelope. The interior comfort level and economizing are the beneficial results of the building methods and systems employed in the house.
Photographer: Peter Kubilus
DeVere Architecture
Our design for the expansion and gut renovation of a small 1200 square foot house in a residential neighborhood triples is size, and reworks the living arrangement. The rear addition takes advantage of southern exposure with a "greenhouse" room that provides solar heat gain in winter, shading in summer, and a vast connection to the rear yard.
Architecturally, we used an approach we call "willful practicality." The new soaring ceiling ties together first and second floors in a dramatic volumetric expansion of space, while providing increased ventilation and daylighting from greenhouse to operable windows and skylights at the peak. Exterior pockets of space are created from curved forces pushing in from outside to form cedar clad porch and stoop.
Sustainable design is employed throughout all materials, energy systems and insulation. Masonry exterior walls and concrete floors provide thermal mass for the interior by insulating the exterior. An ERV system facilitates increased air changes and minimizes changes to the interior air temperature. Energy and water saving features and renewable, non-toxic materal selections are important aspects of the house design. Environmental community issues are addressed with a drywell in the side yard to mitigate rain runoff into the town sewer system. The long sloping south facing roof is in anticipation of future solar panels, with the standing seam metal roof providing anchoring opportunities for the panels.
The exterior walls are clad in stucco, cedar, and cement-fiber panels defining different areas of the house. Closed cell spray insulation is applied to exterior walls and roof, giving the house an "air-tight" seal against air infiltration and a high R-value. The ERV system provides the ventilation needed with this tight envelope. The interior comfort level and economizing are the beneficial results of the building methods and systems employed in the house.
Photographer: Peter Kubilus
DeVere Architecture
Our design for the expansion and gut renovation of a small 1200 square foot house in a residential neighborhood triples is size, and reworks the living arrangement. The rear addition takes advantage of southern exposure with a "greenhouse" room that provides solar heat gain in winter, shading in summer, and a vast connection to the rear yard.
Architecturally, we used an approach we call "willful practicality." The new soaring ceiling ties together first and second floors in a dramatic volumetric expansion of space, while providing increased ventilation and daylighting from greenhouse to operable windows and skylights at the peak. Exterior pockets of space are created from curved forces pushing in from outside to form cedar clad porch and stoop.
Sustainable design is employed throughout all materials, energy systems and insulation. Masonry exterior walls and concrete floors provide thermal mass for the interior by insulating the exterior. An ERV system facilitates increased air changes and minimizes changes to the interior air temperature. Energy and water saving features and renewable, non-toxic materal selections are important aspects of the house design. Environmental community issues are addressed with a drywell in the side yard to mitigate rain runoff into the town sewer system. The long sloping south facing roof is in anticipation of future solar panels, with the standing seam metal roof providing anchoring opportunities for the panels.
The exterior walls are clad in stucco, cedar, and cement-fiber panels defining different areas of the house. Closed cell spray insulation is applied to exterior walls and roof, giving the house an "air-tight" seal against air infiltration and a high R-value. The ERV system provides the ventilation needed with this tight envelope. The interior comfort level and economizing are the beneficial results of the building methods and systems employed in the house.
Photographer: Peter Kubilus
DeVere Architecture
Our design for the expansion and gut renovation of a small 1200 square foot house in a residential neighborhood triples is size, and reworks the living arrangement. The rear addition takes advantage of southern exposure with a "greenhouse" room that provides solar heat gain in winter, shading in summer, and a vast connection to the rear yard.
Architecturally, we used an approach we call "willful practicality." The new soaring ceiling ties together first and second floors in a dramatic volumetric expansion of space, while providing increased ventilation and daylighting from greenhouse to operable windows and skylights at the peak. Exterior pockets of space are created from curved forces pushing in from outside to form cedar clad porch and stoop.
Sustainable design is employed throughout all materials, energy systems and insulation. Masonry exterior walls and concrete floors provide thermal mass for the interior by insulating the exterior. An ERV system facilitates increased air changes and minimizes changes to the interior air temperature. Energy and water saving features and renewable, non-toxic materal selections are important aspects of the house design. Environmental community issues are addressed with a drywell in the side yard to mitigate rain runoff into the town sewer system. The long sloping south facing roof is in anticipation of future solar panels, with the standing seam metal roof providing anchoring opportunities for the panels.
The exterior walls are clad in stucco, cedar, and cement-fiber panels defining different areas of the house. Closed cell spray insulation is applied to exterior walls and roof, giving the house an "air-tight" seal against air infiltration and a high R-value. The ERV system provides the ventilation needed with this tight envelope. The interior comfort level and economizing are the beneficial results of the building methods and systems employed in the house.
Photographer: Peter Kubilus
Sponsored
Vienna, VA
Dulles Kitchen and Bath
Virginia-Based Turnkey Remodeling Specialist | 8x Best of Houzz!
DeVere Architecture
Our design for the expansion and gut renovation of a small 1200 square foot house in a residential neighborhood triples is size, and reworks the living arrangement. The rear addition takes advantage of southern exposure with a "greenhouse" room that provides solar heat gain in winter, shading in summer, and a vast connection to the rear yard.
Architecturally, we used an approach we call "willful practicality." The new soaring ceiling ties together first and second floors in a dramatic volumetric expansion of space, while providing increased ventilation and daylighting from greenhouse to operable windows and skylights at the peak. Exterior pockets of space are created from curved forces pushing in from outside to form cedar clad porch and stoop.
Sustainable design is employed throughout all materials, energy systems and insulation. Masonry exterior walls and concrete floors provide thermal mass for the interior by insulating the exterior. An ERV system facilitates increased air changes and minimizes changes to the interior air temperature. Energy and water saving features and renewable, non-toxic materal selections are important aspects of the house design. Environmental community issues are addressed with a drywell in the side yard to mitigate rain runoff into the town sewer system. The long sloping south facing roof is in anticipation of future solar panels, with the standing seam metal roof providing anchoring opportunities for the panels.
The exterior walls are clad in stucco, cedar, and cement-fiber panels defining different areas of the house. Closed cell spray insulation is applied to exterior walls and roof, giving the house an "air-tight" seal against air infiltration and a high R-value. The ERV system provides the ventilation needed with this tight envelope. The interior comfort level and economizing are the beneficial results of the building methods and systems employed in the house.
Photographer: Peter Kubilus
DeVere Architecture
Our design for the expansion and gut renovation of a small 1200 square foot house in a residential neighborhood triples is size, and reworks the living arrangement. The rear addition takes advantage of southern exposure with a "greenhouse" room that provides solar heat gain in winter, shading in summer, and a vast connection to the rear yard.
Architecturally, we used an approach we call "willful practicality." The new soaring ceiling ties together first and second floors in a dramatic volumetric expansion of space, while providing increased ventilation and daylighting from greenhouse to operable windows and skylights at the peak. Exterior pockets of space are created from curved forces pushing in from outside to form cedar clad porch and stoop.
Sustainable design is employed throughout all materials, energy systems and insulation. Masonry exterior walls and concrete floors provide thermal mass for the interior by insulating the exterior. An ERV system facilitates increased air changes and minimizes changes to the interior air temperature. Energy and water saving features and renewable, non-toxic materal selections are important aspects of the house design. Environmental community issues are addressed with a drywell in the side yard to mitigate rain runoff into the town sewer system. The long sloping south facing roof is in anticipation of future solar panels, with the standing seam metal roof providing anchoring opportunities for the panels.
The exterior walls are clad in stucco, cedar, and cement-fiber panels defining different areas of the house. Closed cell spray insulation is applied to exterior walls and roof, giving the house an "air-tight" seal against air infiltration and a high R-value. The ERV system provides the ventilation needed with this tight envelope. The interior comfort level and economizing are the beneficial results of the building methods and systems employed in the house.
Photographer: Peter Kubilus
DeVere Architecture
Our design for the expansion and gut renovation of a small 1200 square foot house in a residential neighborhood triples is size, and reworks the living arrangement. The rear addition takes advantage of southern exposure with a "greenhouse" room that provides solar heat gain in winter, shading in summer, and a vast connection to the rear yard.
Architecturally, we used an approach we call "willful practicality." The new soaring ceiling ties together first and second floors in a dramatic volumetric expansion of space, while providing increased ventilation and daylighting from greenhouse to operable windows and skylights at the peak. Exterior pockets of space are created from curved forces pushing in from outside to form cedar clad porch and stoop.
Sustainable design is employed throughout all materials, energy systems and insulation. Masonry exterior walls and concrete floors provide thermal mass for the interior by insulating the exterior. An ERV system facilitates increased air changes and minimizes changes to the interior air temperature. Energy and water saving features and renewable, non-toxic materal selections are important aspects of the house design. Environmental community issues are addressed with a drywell in the side yard to mitigate rain runoff into the town sewer system. The long sloping south facing roof is in anticipation of future solar panels, with the standing seam metal roof providing anchoring opportunities for the panels.
The exterior walls are clad in stucco, cedar, and cement-fiber panels defining different areas of the house. Closed cell spray insulation is applied to exterior walls and roof, giving the house an "air-tight" seal against air infiltration and a high R-value. The ERV system provides the ventilation needed with this tight envelope. The interior comfort level and economizing are the beneficial results of the building methods and systems employed in the house.
Photographer: Peter Kubilus
DeVere Architecture
Our design for the expansion and gut renovation of a small 1200 square foot house in a residential neighborhood triples is size, and reworks the living arrangement. The rear addition takes advantage of southern exposure with a "greenhouse" room that provides solar heat gain in winter, shading in summer, and a vast connection to the rear yard.
Architecturally, we used an approach we call "willful practicality." The new soaring ceiling ties together first and second floors in a dramatic volumetric expansion of space, while providing increased ventilation and daylighting from greenhouse to operable windows and skylights at the peak. Exterior pockets of space are created from curved forces pushing in from outside to form cedar clad porch and stoop.
Sustainable design is employed throughout all materials, energy systems and insulation. Masonry exterior walls and concrete floors provide thermal mass for the interior by insulating the exterior. An ERV system facilitates increased air changes and minimizes changes to the interior air temperature. Energy and water saving features and renewable, non-toxic materal selections are important aspects of the house design. Environmental community issues are addressed with a drywell in the side yard to mitigate rain runoff into the town sewer system. The long sloping south facing roof is in anticipation of future solar panels, with the standing seam metal roof providing anchoring opportunities for the panels.
The exterior walls are clad in stucco, cedar, and cement-fiber panels defining different areas of the house. Closed cell spray insulation is applied to exterior walls and roof, giving the house an "air-tight" seal against air infiltration and a high R-value. The ERV system provides the ventilation needed with this tight envelope. The interior comfort level and economizing are the beneficial results of the building methods and systems employed in the house.
Photographer: Peter Kubilus
Sponsored
Chantilly, VA
Award Winning Design & Service!
FineLine Kitchens, Inc.
Award Winning Kitchen & Bath Design Center Serving the DMV Area
DeVere Architecture
Our design for the expansion and gut renovation of a small 1200 square foot house in a residential neighborhood triples is size, and reworks the living arrangement. The rear addition takes advantage of southern exposure with a "greenhouse" room that provides solar heat gain in winter, shading in summer, and a vast connection to the rear yard.
Architecturally, we used an approach we call "willful practicality." The new soaring ceiling ties together first and second floors in a dramatic volumetric expansion of space, while providing increased ventilation and daylighting from greenhouse to operable windows and skylights at the peak. Exterior pockets of space are created from curved forces pushing in from outside to form cedar clad porch and stoop.
Sustainable design is employed throughout all materials, energy systems and insulation. Masonry exterior walls and concrete floors provide thermal mass for the interior by insulating the exterior. An ERV system facilitates increased air changes and minimizes changes to the interior air temperature. Energy and water saving features and renewable, non-toxic materal selections are important aspects of the house design. Environmental community issues are addressed with a drywell in the side yard to mitigate rain runoff into the town sewer system. The long sloping south facing roof is in anticipation of future solar panels, with the standing seam metal roof providing anchoring opportunities for the panels.
The exterior walls are clad in stucco, cedar, and cement-fiber panels defining different areas of the house. Closed cell spray insulation is applied to exterior walls and roof, giving the house an "air-tight" seal against air infiltration and a high R-value. The ERV system provides the ventilation needed with this tight envelope. The interior comfort level and economizing are the beneficial results of the building methods and systems employed in the house.
Photographer: Peter Kubilus
DeVere Architecture
Our design for the expansion and gut renovation of a small 1200 square foot house in a residential neighborhood triples is size, and reworks the living arrangement. The rear addition takes advantage of southern exposure with a "greenhouse" room that provides solar heat gain in winter, shading in summer, and a vast connection to the rear yard.
Architecturally, we used an approach we call "willful practicality." The new soaring ceiling ties together first and second floors in a dramatic volumetric expansion of space, while providing increased ventilation and daylighting from greenhouse to operable windows and skylights at the peak. Exterior pockets of space are created from curved forces pushing in from outside to form cedar clad porch and stoop.
Sustainable design is employed throughout all materials, energy systems and insulation. Masonry exterior walls and concrete floors provide thermal mass for the interior by insulating the exterior. An ERV system facilitates increased air changes and minimizes changes to the interior air temperature. Energy and water saving features and renewable, non-toxic materal selections are important aspects of the house design. Environmental community issues are addressed with a drywell in the side yard to mitigate rain runoff into the town sewer system. The long sloping south facing roof is in anticipation of future solar panels, with the standing seam metal roof providing anchoring opportunities for the panels.
The exterior walls are clad in stucco, cedar, and cement-fiber panels defining different areas of the house. Closed cell spray insulation is applied to exterior walls and roof, giving the house an "air-tight" seal against air infiltration and a high R-value. The ERV system provides the ventilation needed with this tight envelope. The interior comfort level and economizing are the beneficial results of the building methods and systems employed in the house.
Photographer: Peter Kubilus
DeVere Architecture
Our design for the expansion and gut renovation of a small 1200 square foot house in a residential neighborhood triples is size, and reworks the living arrangement. The rear addition takes advantage of southern exposure with a "greenhouse" room that provides solar heat gain in winter, shading in summer, and a vast connection to the rear yard.
Architecturally, we used an approach we call "willful practicality." The new soaring ceiling ties together first and second floors in a dramatic volumetric expansion of space, while providing increased ventilation and daylighting from greenhouse to operable windows and skylights at the peak. Exterior pockets of space are created from curved forces pushing in from outside to form cedar clad porch and stoop.
Sustainable design is employed throughout all materials, energy systems and insulation. Masonry exterior walls and concrete floors provide thermal mass for the interior by insulating the exterior. An ERV system facilitates increased air changes and minimizes changes to the interior air temperature. Energy and water saving features and renewable, non-toxic materal selections are important aspects of the house design. Environmental community issues are addressed with a drywell in the side yard to mitigate rain runoff into the town sewer system. The long sloping south facing roof is in anticipation of future solar panels, with the standing seam metal roof providing anchoring opportunities for the panels.
The exterior walls are clad in stucco, cedar, and cement-fiber panels defining different areas of the house. Closed cell spray insulation is applied to exterior walls and roof, giving the house an "air-tight" seal against air infiltration and a high R-value. The ERV system provides the ventilation needed with this tight envelope. The interior comfort level and economizing are the beneficial results of the building methods and systems employed in the house.
Photographer: Peter Kubilus
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