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This 1,800s.f. Passive House is designed to harmonize with its peaceful, wooded site. The interior is organized around a large south opening to a courtyard-like patio space; as a backdrop to this opening is a wall featuring walnut from trees harvested on site. As a Passive House, it uses about a tenth the heating energy of a built-to-code home. As a Source Zero house, monitored results show it uses 86% less energy overall including all household energy use and electric car charging. Indoor air quality and occupant health are a primary objective as well, so no-added-formaldehyde panel materials, no-VOC, non-toxic paints, and Greenguard certified sealants, caulks, and adhesives were used along with a continuous demand-controlled ventilation system to provide superior air quality.

Photography by Natalie Marotta Bungalows are lovable homes, but how can they be better? Along with many of our clients, we find that older (early 20th c.) homes have a lot of character and a comfortable scale, but are leaky, damp (especially in the basement), have fair to poor air quality, and use unconscionable amounts of fossil fuels to heat. The owners of this bungalow were ready to change that, and wanted to do so with minimal upfront carbon emissions as well. The gut renovation included replacing the basement slab and providing capillary breaks and insulation continuously below grade. The brick structure was treated with a fluid-applied air and water barrier from the interior and insulated entirely with cellulose, a carbon-storing insulation. The roof used HFO-blown spray foam to provide sufficient insulation while allowing headroom for bedrooms, bathrooms, and laundry. One great benefit of a full renovation is the possibility of reconfiguring spaces to suit the family’s lifestyle, and to make the best of indoor-outdoor connections. We opened up the main rooms on the first floor, creating a family gathering spot with a view to the back yard, and a spacious kitchen that supports the family’s commitment to cooking for healthy eating. The stair uses a north-facing skylight to bring light from above into the middle of the home, where it was previously dark. As a decarbonization retrofit, the inefficient furnace was replaced with two small ducted heat pump systems, water heating and clothes drying are powered by air-source heat pumps, and cooking uses an induction cooktop plus electric ovens. Energy recovery ventilation provides filtered fresh air continuous exhaust from the kitchen, baths, and laundry, and supplies fresh, highly filtered air to bedrooms and living spaces. The Better Bungalow now makes sense for the 21st century–it now fits the owners’ life-patterns, is super comfortable, has great air quality, and uses a fraction of the energy it did before, greatly lowering the demand on the utility grid. In the near future, when solar PV is installed, it can achieve net zero or near net zero emissions, and with battery backup, can provide great resilience in the event of power outages.

Nestled into the hills of Portola Valley, California the structures open space carefully defines and details outdoor rooms and interior space. While this form naturally echoes its landscape and beauty it was able to maintain and score Gold in LEED (Leadership in Energy and Environmental Design). The Windy Hill Heaven residents incorporated sustainable aspects such as: STRUCTURE // Passive-solar design, spray foam insulation, structurally insulated panel called (SIPs), and high efficiency low e windows ELECTRICITY // Photovoltaic solar-panel array tied to the grid allowing this home to be net zero, Energy Star appliances, and energy efficient fans and lighting HEATING AND COOLING // In-floor radiant hot-water and a highly efficient fireplace SUSTAINABLE FEATURE // Native landscaping locally sourced building materials, low-VOC materials, paint and sealers. In all making this a very ECO-logically designed home

Photography by Natalie Marotta Bungalows are lovable homes, but how can they be better? Along with many of our clients, we find that older (early 20th c.) homes have a lot of character and a comfortable scale, but are leaky, damp (especially in the basement), have fair to poor air quality, and use unconscionable amounts of fossil fuels to heat. The owners of this bungalow were ready to change that, and wanted to do so with minimal upfront carbon emissions as well. The gut renovation included replacing the basement slab and providing capillary breaks and insulation continuously below grade. The brick structure was treated with a fluid-applied air and water barrier from the interior and insulated entirely with cellulose, a carbon-storing insulation. The roof used HFO-blown spray foam to provide sufficient insulation while allowing headroom for bedrooms, bathrooms, and laundry. One great benefit of a full renovation is the possibility of reconfiguring spaces to suit the family’s lifestyle, and to make the best of indoor-outdoor connections. We opened up the main rooms on the first floor, creating a family gathering spot with a view to the back yard, and a spacious kitchen that supports the family’s commitment to cooking for healthy eating. The stair uses a north-facing skylight to bring light from above into the middle of the home, where it was previously dark. As a decarbonization retrofit, the inefficient furnace was replaced with two small ducted heat pump systems, water heating and clothes drying are powered by air-source heat pumps, and cooking uses an induction cooktop plus electric ovens. Energy recovery ventilation provides filtered fresh air continuous exhaust from the kitchen, baths, and laundry, and supplies fresh, highly filtered air to bedrooms and living spaces. The Better Bungalow now makes sense for the 21st century–it now fits the owners’ life-patterns, is super comfortable, has great air quality, and uses a fraction of the energy it did before, greatly lowering the demand on the utility grid. In the near future, when solar PV is installed, it can achieve net zero or near net zero emissions, and with battery backup, can provide great resilience in the event of power outages.

Photography by Natalie Marotta Bungalows are lovable homes, but how can they be better? Along with many of our clients, we find that older (early 20th c.) homes have a lot of character and a comfortable scale, but are leaky, damp (especially in the basement), have fair to poor air quality, and use unconscionable amounts of fossil fuels to heat. The owners of this bungalow were ready to change that, and wanted to do so with minimal upfront carbon emissions as well. The gut renovation included replacing the basement slab and providing capillary breaks and insulation continuously below grade. The brick structure was treated with a fluid-applied air and water barrier from the interior and insulated entirely with cellulose, a carbon-storing insulation. The roof used HFO-blown spray foam to provide sufficient insulation while allowing headroom for bedrooms, bathrooms, and laundry. One great benefit of a full renovation is the possibility of reconfiguring spaces to suit the family’s lifestyle, and to make the best of indoor-outdoor connections. We opened up the main rooms on the first floor, creating a family gathering spot with a view to the back yard, and a spacious kitchen that supports the family’s commitment to cooking for healthy eating. The stair uses a north-facing skylight to bring light from above into the middle of the home, where it was previously dark. As a decarbonization retrofit, the inefficient furnace was replaced with two small ducted heat pump systems, water heating and clothes drying are powered by air-source heat pumps, and cooking uses an induction cooktop plus electric ovens. Energy recovery ventilation provides filtered fresh air continuous exhaust from the kitchen, baths, and laundry, and supplies fresh, highly filtered air to bedrooms and living spaces. The Better Bungalow now makes sense for the 21st century–it now fits the owners’ life-patterns, is super comfortable, has great air quality, and uses a fraction of the energy it did before, greatly lowering the demand on the utility grid. In the near future, when solar PV is installed, it can achieve net zero or near net zero emissions, and with battery backup, can provide great resilience in the event of power outages.

In 17th century Isaac Newton identified the colors (red, orange, yellow, green, blue, indigo, and violet) that make up the visible spectrum. And as his discovery at a time shocked the world and became a first step for a new era of discoveries and world evolution, we believe that the new Electric collection, creation of which is based on a solid theory of photon spectrum and physical characteristics of 4 speeds of rays which travel between Gamma as form of nuclear and cosmic radiation to infrared rays, a result of movement of lower-energy photons, will become a breakthrough of contemporary interior design. This collection reflects a principally new approach to perception of rug in interior making it an art object at the first place. Nevertheless, very important value that remains untouched whatever we do and however futuristic our works are is extreme care about ecologic background and sustainability of our product. Through all the history of Atelier Tapis Rouge each of our rugs has been manually drawn by the team of our designers and afterwards tinted and knotted by hands of best Nepalese craftsmen, who carefully maintain tradition of rug knotting throughout the centuries. The world has gone through a very hard time during last 2 years and perception of things, behavior, philosophic approach of people has changed drastically. We all need a recharge of energy and inspiration to restart our live paths in a new reality and there is no better place where we get energetic feed as home and family. Therefore, having created Electtrico we meant to boost the homes with warm solar energy – eternal source of life and continuity and we believe that it is a good start for new conquests. Designed by Natalia Enze

Bungalows are lovable homes, but how can they be better? Along with many of our clients, we find that older (early 20th c.) homes have a lot of character and a comfortable scale, but are leaky, damp (especially in the basement), have fair to poor air quality, and use unconscionable amounts of fossil fuels to heat. The owners of this bungalow were ready to change that, and wanted to do so with minimal upfront carbon emissions as well. The gut renovation included replacing the basement slab and providing capillary breaks and insulation continuously below grade. The brick structure was treated with a fluid-applied air and water barrier from the interior and insulated entirely with cellulose, a carbon-storing insulation. The roof used HFO-blown spray foam to provide sufficient insulation while allowing headroom for bedrooms, bathrooms, and laundry. One great benefit of a full renovation is the possibility of reconfiguring spaces to suit the family’s lifestyle, and to make the best of indoor-outdoor connections. We opened up the main rooms on the first floor, creating a family gathering spot with a view to the back yard, and a spacious kitchen that supports the family’s commitment to cooking for healthy eating. The stair uses a north-facing skylight to bring light from above into the middle of the home, where it was previously dark. As a decarbonization retrofit, the inefficient furnace was replaced with two small ducted heat pump systems, water heating and clothes drying are powered by air-source heat pumps, and cooking uses an induction cooktop plus electric ovens. Energy recovery ventilation provides filtered fresh air continuous exhaust from the kitchen, baths, and laundry, and supplies fresh, highly filtered air to bedrooms and living spaces. The Better Bungalow now makes sense for the 21st century–it now fits the owners’ life-patterns, is super comfortable, has great air quality, and uses a fraction of the energy it did before, greatly lowering the demand on the utility grid. In the near future, when solar PV is installed, it can achieve net zero or near net zero emissions, and with battery backup, can provide great resilience in the event of power outages.

Madeline Harper Photography
Example of a large farmhouse master porcelain tile and gray floor bathroom design in Austin with shaker cabinets, white cabinets, white walls, a drop-in sink, quartz countertops, a hinged shower door and white countertops

Winner of the 2018 Tour of Homes Best Remodel, this whole house re-design of a 1963 Bennet & Johnson mid-century raised ranch home is a beautiful example of the magic we can weave through the application of more sustainable modern design principles to existing spaces. We worked closely with our client on extensive updates to create a modernized MCM gem. Extensive alterations include: - a completely redesigned floor plan to promote a more intuitive flow throughout - vaulted the ceilings over the great room to create an amazing entrance and feeling of inspired openness - redesigned entry and driveway to be more inviting and welcoming as well as to experientially set the mid-century modern stage - the removal of a visually disruptive load bearing central wall and chimney system that formerly partitioned the homes’ entry, dining, kitchen and living rooms from each other - added clerestory windows above the new kitchen to accentuate the new vaulted ceiling line and create a greater visual continuation of indoor to outdoor space - drastically increased the access to natural light by increasing window sizes and opening up the floor plan - placed natural wood elements throughout to provide a calming palette and cohesive Pacific Northwest feel - incorporated Universal Design principles to make the home Aging In Place ready with wide hallways and accessible spaces, including single-floor living if needed - moved and completely redesigned the stairway to work for the home’s occupants and be a part of the cohesive design aesthetic - mixed custom tile layouts with more traditional tiling to create fun and playful visual experiences - custom designed and sourced MCM specific elements such as the entry screen, cabinetry and lighting - development of the downstairs for potential future use by an assisted living caretaker - energy efficiency upgrades seamlessly woven in with much improved insulation, ductless mini splits and solar gain

Mark Hoyle Originally, this 3700 SF two level eclectic farmhouse from the mid 1980’s underwent design changes to reflect a more colonial style. Now, after being completely renovated with additional 2800 SF living space, it’s combined total of 6500 SF boasts an Energy Star certification of 5 stars. Approaching this completed home, you will meander along a new driveway through the dense buffer of trees until you reach the clearing, and then circle a tiered fountain on axis with the front entry accentuating the symmetrical main structure. Many of the exterior changes included enclosing the front porch and rear screened porch, replacing windows, replacing all the vinyl siding with and fiber cement siding, creating a new front stoop with winding brick stairs and wrought iron railings as will as other additions to the left and rear of the home. The existing interior was completely fro the studs and included modifying uses of many of the existing rooms such as converting the original dining room into an oval shaped theater with reclining theater seats, fiber-optic starlight ceiling and an 80” television with built-in surround sound. The laundry room increased in size by taking in the porch and received all new cabinets and finishes. The screened porch across the back of the house was enclosed to create a new dining room, enlarged the kitchen, all of which allows for a commanding view of the beautifully landscaped pool. The upper master suite begins by entering a private office then leads to a newly vaulted bedroom, a new master bathroom with natural light and an enlarged closet. The major portion of the addition space was added to the left side as a part time home for the owner’s brother. This new addition boasts an open plan living, dining and kitchen, a master suite with a luxurious bathroom and walk–in closet, a guest suite, a garage and its own private gated brick courtyard entry and direct access to the well appointed pool patio. And finally the last part of the project is the sunroom and new lagoon style pool. Tucked tightly against the rear of the home. This room was created to feel like a gazebo including a metal roof and stained wood ceiling, the foundation of this room was constructed with the pool to insure the look as if it is floating on the water. The pool’s negative edge opposite side allows open views of the trees beyond. There is a natural stone waterfall on one side of the pool and a shallow area on the opposite side for lounge chairs to be placed in it along with a hot tub that spills into the pool. The coping completes the pool’s natural shape and continues to the patio utilizing the same stone but separated by Zoysia grass keeping the natural theme. The finishing touches to this backyard oasis is completed utilizing large boulders, Tempest Torches, architectural lighting and abundant variety of landscaping complete the oasis for all to enjoy.

Elliott Johnson
Eclectic exterior home idea in San Luis Obispo

This LEED-H Platinum-certified custom luxury home in Oregon demonstrates an exceptional commitment to excellence. Designed by Green Hammer architect Jan Fillinger, the Fineline House was designed and built with unprecedented precision — from the interior finishes to the state-of-the-art lighting, ventilation, and built-in home energy-monitoring systems. It utilizes Passivhaus detailing and 100% of the lumber used for the structure and framing of the project was Forest Stewardship Council® (FSC)-certified.

Architect: Michelle Penn, AIA This barn home is modeled after an existing Nebraska barn in Lancaster County. Heating is by passive solar design, supplemented by a geothermal radiant floor system. Cooling uses a whole house fan and a passive air flow system. The passive system is created with the cupola, windows, transoms and passive venting for cooling, rather than a forced air system. Because fresh water is not available from a well nor county water, water will be provided by rainwater harvesting. The water will be collected from a gutter system, go into a series of nine holding tanks and then go through a water filtration system to provide drinking water for the home. A greywater system will then recycle water from the sinks and showers to be reused in the toilets. Low-flow fixtures will be used throughout the home to conserve water. Photo Credits: Jackson Studios

Craig Bergmann Landscape Design has an eye for detail. As a design firm with a high level of horticultural expertise, we choose the right plant for the right place, allowing your investment to thrive and flourish. Consider our services for the design, installation and care of your seasonal plantings, container gardens, and next special event. Photography by Linda Oyama Bryan

A rustic modern kitchen featuring custom wood cabinetry, stone accents, and sleek energy-efficient appliances, blending functionality with organic elegance in this sustainable mountain home.

A stunning rustic modern exterior blends organic materials and sleek design in this energy-efficient mountain retreat, showcasing sustainable construction and luxurious craftsmanship.

Open shelves with structural strapping add storage and display options. Custom divided lite window sash above the fridge and behind the shelving separate the pantry space from the display area, inspired by the feeling of small town grocery shop storefronts. Photos by Photo Art Portraits

WA designer Tina Dixon created this faux-adobe facade to disguise a tool shed and in doing so created a fun and colorful focal point Le jardinet
Inspiration for a landscaping in Seattle.