Located in, Summit Park, Park City UT lies one of the most efficient houses in the country. The Summit Haus – designed and built by Chris Price of PCD+B, is an exploration in design and construction of advanced high performance housing. Seeing a rising demand for sustainable housing along with rising Carbon emissions leading to global warming, this house strives to show that sensible, good design can create spaces adequate for today’s housing demands while adhering to strict standards. The house was designed to meet the very rigid Passiv House rating system – 90% more efficient than a typical home in the area. The house itself was intended to nestle neatly into the 45 degree sloped site and to take full advantage of the limited solar access and views. The views range from short, highly wooded views to a long corridor out towards the Uinta Mountain range towards the east. The house was designed and built based off Passiv Haus standards, and the framing and ventilation became critical elements to maintain such minimal energy requirements. Zola triple-pane, tilt-and-turn Thermo uPVC windows contribute substantially to the home’s energy efficiency, and takes advantage of the beautiful surrounding of the location, including forrest views from the deck off of the kitchen. Photographer: Douglas Burke

Located in, Summit Park, Park City UT lies one of the most efficient houses in the country. The Summit Haus – designed and built by Chris Price of PCD+B, is an exploration in design and construction of advanced high performance housing. Seeing a rising demand for sustainable housing along with rising Carbon emissions leading to global warming, this house strives to show that sensible, good design can create spaces adequate for today’s housing demands while adhering to strict standards. The house was designed to meet the very rigid Passiv House rating system – 90% more efficient than a typical home in the area. The house itself was intended to nestle neatly into the 45 degree sloped site and to take full advantage of the limited solar access and views. The views range from short, highly wooded views to a long corridor out towards the Uinta Mountain range towards the east. The house was designed and built based off Passiv Haus standards, and the framing and ventilation became critical elements to maintain such minimal energy requirements. Zola triple-pane, tilt-and-turn Thermo uPVC windows contribute substantially to the home’s energy efficiency, and takes advantage of the beautiful surrounding of the location, including forrest views from the deck off of the kitchen. Photographer: City Home Collective

Located in, Summit Park, Park City UT lies one of the most efficient houses in the country. The Summit Haus – designed and built by Chris Price of PCD+B, is an exploration in design and construction of advanced high performance housing. Seeing a rising demand for sustainable housing along with rising Carbon emissions leading to global warming, this house strives to show that sensible, good design can create spaces adequate for today’s housing demands while adhering to strict standards. The house was designed to meet the very rigid Passiv House rating system – 90% more efficient than a typical home in the area. The house itself was intended to nestle neatly into the 45 degree sloped site and to take full advantage of the limited solar access and views. The views range from short, highly wooded views to a long corridor out towards the Uinta Mountain range towards the east. The house was designed and built based off Passiv Haus standards, and the framing and ventilation became critical elements to maintain such minimal energy requirements. Zola triple-pane, tilt-and-turn Thermo uPVC windows contribute substantially to the home’s energy efficiency, and takes advantage of the beautiful surrounding of the location, including forrest views from the deck off of the kitchen. Photographer: City Home Collective

Located in, Summit Park, Park City UT lies one of the most efficient houses in the country. The Summit Haus – designed and built by Chris Price of PCD+B, is an exploration in design and construction of advanced high performance housing. Seeing a rising demand for sustainable housing along with rising Carbon emissions leading to global warming, this house strives to show that sensible, good design can create spaces adequate for today’s housing demands while adhering to strict standards. The house was designed to meet the very rigid Passiv House rating system – 90% more efficient than a typical home in the area. The house itself was intended to nestle neatly into the 45 degree sloped site and to take full advantage of the limited solar access and views. The views range from short, highly wooded views to a long corridor out towards the Uinta Mountain range towards the east. The house was designed and built based off Passiv Haus standards, and the framing and ventilation became critical elements to maintain such minimal energy requirements. Zola triple-pane, tilt-and-turn Thermo uPVC windows contribute substantially to the home’s energy efficiency, and takes advantage of the beautiful surrounding of the location, including forrest views from the deck off of the kitchen. Photographer: City Home Collective

ZeroEnergy Design (ZED) created this modern home for a progressive family in the desirable community of Lexington. Thoughtful Land Connection. The residence is carefully sited on the infill lot so as to create privacy from the road and neighbors, while cultivating a side yard that captures the southern sun. The terraced grade rises to meet the house, allowing for it to maintain a structured connection with the ground while also sitting above the high water table. The elevated outdoor living space maintains a strong connection with the indoor living space, while the stepped edge ties it back to the true ground plane. Siting and outdoor connections were completed by ZED in collaboration with landscape designer Soren Deniord Design Studio. Exterior Finishes and Solar. The exterior finish materials include a palette of shiplapped wood siding, through-colored fiber cement panels and stucco. A rooftop parapet hides the solar panels above, while a gutter and site drainage system directs rainwater into an irrigation cistern and dry wells that recharge the groundwater. Cooking, Dining, Living. Inside, the kitchen, fabricated by Henrybuilt, is located between the indoor and outdoor dining areas. The expansive south-facing sliding door opens to seamlessly connect the spaces, using a retractable awning to provide shade during the summer while still admitting the warming winter sun. The indoor living space continues from the dining areas across to the sunken living area, with a view that returns again to the outside through the corner wall of glass. Accessible Guest Suite. The design of the first level guest suite provides for both aging in place and guests who regularly visit for extended stays. The patio off the north side of the house affords guests their own private outdoor space, and privacy from the neighbor. Similarly, the second level master suite opens to an outdoor private roof deck. Light and Access. The wide open interior stair with a glass panel rail leads from the top level down to the well insulated basement. The design of the basement, used as an away/play space, addresses the need for both natural light and easy access. In addition to the open stairwell, light is admitted to the north side of the area with a high performance, Passive House (PHI) certified skylight, covering a six by sixteen foot area. On the south side, a unique roof hatch set flush with the deck opens to reveal a glass door at the base of the stairwell which provides additional light and access from the deck above down to the play space. Energy. Energy consumption is reduced by the high performance building envelope, high efficiency mechanical systems, and then offset with renewable energy. All windows and doors are made of high performance triple paned glass with thermally broken aluminum frames. The exterior wall assembly employs dense pack cellulose in the stud cavity, a continuous air barrier, and four inches exterior rigid foam insulation. The 10kW rooftop solar electric system provides clean energy production. The final air leakage testing yielded 0.6 ACH 50 - an extremely air tight house, a testament to the well-designed details, progress testing and quality construction. When compared to a new house built to code requirements, this home consumes only 19% of the energy. Architecture & Energy Consulting: ZeroEnergy Design Landscape Design: Soren Deniord Design Paintings: Bernd Haussmann Studio Photos: Eric Roth Photography

ZeroEnergy Design (ZED) created this modern home for a progressive family in the desirable community of Lexington. Thoughtful Land Connection. The residence is carefully sited on the infill lot so as to create privacy from the road and neighbors, while cultivating a side yard that captures the southern sun. The terraced grade rises to meet the house, allowing for it to maintain a structured connection with the ground while also sitting above the high water table. The elevated outdoor living space maintains a strong connection with the indoor living space, while the stepped edge ties it back to the true ground plane. Siting and outdoor connections were completed by ZED in collaboration with landscape designer Soren Deniord Design Studio. Exterior Finishes and Solar. The exterior finish materials include a palette of shiplapped wood siding, through-colored fiber cement panels and stucco. A rooftop parapet hides the solar panels above, while a gutter and site drainage system directs rainwater into an irrigation cistern and dry wells that recharge the groundwater. Cooking, Dining, Living. Inside, the kitchen, fabricated by Henrybuilt, is located between the indoor and outdoor dining areas. The expansive south-facing sliding door opens to seamlessly connect the spaces, using a retractable awning to provide shade during the summer while still admitting the warming winter sun. The indoor living space continues from the dining areas across to the sunken living area, with a view that returns again to the outside through the corner wall of glass. Accessible Guest Suite. The design of the first level guest suite provides for both aging in place and guests who regularly visit for extended stays. The patio off the north side of the house affords guests their own private outdoor space, and privacy from the neighbor. Similarly, the second level master suite opens to an outdoor private roof deck. Light and Access. The wide open interior stair with a glass panel rail leads from the top level down to the well insulated basement. The design of the basement, used as an away/play space, addresses the need for both natural light and easy access. In addition to the open stairwell, light is admitted to the north side of the area with a high performance, Passive House (PHI) certified skylight, covering a six by sixteen foot area. On the south side, a unique roof hatch set flush with the deck opens to reveal a glass door at the base of the stairwell which provides additional light and access from the deck above down to the play space. Energy. Energy consumption is reduced by the high performance building envelope, high efficiency mechanical systems, and then offset with renewable energy. All windows and doors are made of high performance triple paned glass with thermally broken aluminum frames. The exterior wall assembly employs dense pack cellulose in the stud cavity, a continuous air barrier, and four inches exterior rigid foam insulation. The 10kW rooftop solar electric system provides clean energy production. The final air leakage testing yielded 0.6 ACH 50 - an extremely air tight house, a testament to the well-designed details, progress testing and quality construction. When compared to a new house built to code requirements, this home consumes only 19% of the energy. Architecture & Energy Consulting: ZeroEnergy Design Landscape Design: Soren Deniord Design Paintings: Bernd Haussmann Studio Photos: Eric Roth Photography

ZeroEnergy Design (ZED) created this modern home for a progressive family in the desirable community of Lexington. Thoughtful Land Connection. The residence is carefully sited on the infill lot so as to create privacy from the road and neighbors, while cultivating a side yard that captures the southern sun. The terraced grade rises to meet the house, allowing for it to maintain a structured connection with the ground while also sitting above the high water table. The elevated outdoor living space maintains a strong connection with the indoor living space, while the stepped edge ties it back to the true ground plane. Siting and outdoor connections were completed by ZED in collaboration with landscape designer Soren Deniord Design Studio. Exterior Finishes and Solar. The exterior finish materials include a palette of shiplapped wood siding, through-colored fiber cement panels and stucco. A rooftop parapet hides the solar panels above, while a gutter and site drainage system directs rainwater into an irrigation cistern and dry wells that recharge the groundwater. Cooking, Dining, Living. Inside, the kitchen, fabricated by Henrybuilt, is located between the indoor and outdoor dining areas. The expansive south-facing sliding door opens to seamlessly connect the spaces, using a retractable awning to provide shade during the summer while still admitting the warming winter sun. The indoor living space continues from the dining areas across to the sunken living area, with a view that returns again to the outside through the corner wall of glass. Accessible Guest Suite. The design of the first level guest suite provides for both aging in place and guests who regularly visit for extended stays. The patio off the north side of the house affords guests their own private outdoor space, and privacy from the neighbor. Similarly, the second level master suite opens to an outdoor private roof deck. Light and Access. The wide open interior stair with a glass panel rail leads from the top level down to the well insulated basement. The design of the basement, used as an away/play space, addresses the need for both natural light and easy access. In addition to the open stairwell, light is admitted to the north side of the area with a high performance, Passive House (PHI) certified skylight, covering a six by sixteen foot area. On the south side, a unique roof hatch set flush with the deck opens to reveal a glass door at the base of the stairwell which provides additional light and access from the deck above down to the play space. Energy. Energy consumption is reduced by the high performance building envelope, high efficiency mechanical systems, and then offset with renewable energy. All windows and doors are made of high performance triple paned glass with thermally broken aluminum frames. The exterior wall assembly employs dense pack cellulose in the stud cavity, a continuous air barrier, and four inches exterior rigid foam insulation. The 10kW rooftop solar electric system provides clean energy production. The final air leakage testing yielded 0.6 ACH 50 - an extremely air tight house, a testament to the well-designed details, progress testing and quality construction. When compared to a new house built to code requirements, this home consumes only 19% of the energy. Architecture & Energy Consulting: ZeroEnergy Design Landscape Design: Soren Deniord Design Paintings: Bernd Haussmann Studio Photos: Eric Roth Photography

We worked with a corporation and their out-of-town architect on this residential condominium construction in Washington D.C. The company uses the apartment for executive housing and meetings. Its goal was to create a flexible space to be used for both purposes. We renovated the kitchen, two bathrooms, and one bedroom. The central focus is the sleek new open kitchen, though we worked on the entire 1200 square foot apartment. The client provided the architectural design for the kitchen and the rest of the apartment. The biggest layout changes were: *Removing the walls of the existing kitchen to create a dramatic open kitchen that runs all the way to the window on one side and an island with a waterfall countertop on the other side. *A layout that provided space for a large conference table *Closing off one door of the bedroom and creating a larger opening from the living room side and installing pocket doors These changes required extensive systems work throughout the apartment, including redoing all the ductwork, modifying the sprinkler system and relocating sprinkler heads to meet fire code. We didn’t run into any surprises with the systems because our team had investigated the structure in the pre-construction stage and cut holes in the drywall to locate the plumbing pipes, columns, and wiring. We had to turn and move the existing HVAC system so we could hide it in one of the kitchen cabinets. We built the structure that anchors one end of the kitchen. It hides a refrigerator (with flush panel doors), electrical panel, and writing for the flat screen television. A soffit above the kitchen hides all the ductwork, and is fitted with recessed lights and LED cove lighting above. The client supplied the kitchen cabinetry. The countertops are quartz by Caesarstone in Haze. We installed the flooring material on the base of one side of the island. Backsplash. The dramatic backsplash is made of thin sheets of porcelain. The 5 mm thick material by Fiandre comes in 5-foot by 10-foot sheets that comes in a continuous pattern or can be book-matched. A fabricator measured the layout and cuts for the wall outlets, cut the material and installed it. Our team delivered three sheets of the material up the stairwell of the building. Though they created a template of the material out of wood to make sure it would fit, the actual material was more rigid and it took them a while to maneuver it. The new wide opening at the end of the living room has pocket doors. We closed off the original hallway door to the bedroom. Michael K. Wilkinson

The Montecito Estate wood burning fireplace can be used to heat multiple rooms within you home with our gravity vent kit option. Through natural convection or with the aid of the heat-circulating fan, warm air can be directed up to 10 feet away into one or two adjacent rooms, giving you the flexibility to heat up to three areas. Heat the family room with the fireplace, and the dining room and upstairs bedroom with the gravity kit. You can also choose to more efficiently heat a large space by directing heat through multiple vents. ADDITIONAL OPTIONS Hammered Steel or Smooth Door (One Required) Hammered Steel or Smooth Facade (One Required) Rigid Fire Screen Double Duct Gravity Kit Forced Air Kit EXCLUSIVE FEATURES *Circulating design features facade, arch door and ceramic glass for optimum heat transfer. *EPA phase II certified wood heater *4.0 cubic foot insulated firebox the accepts up to 30" log size for increased performance. *White stacked textured refractory panels with integrated ash lip and decorative cast iron log retainer. *air combustion control for variable heat output with time-delayed air boost for faster wood ignition during startup *includes insulated outside air kit (required for use) *86.7% Thermal efficiency and heats up to 2,500 square feet. *Efficient air wash system that keep glass clean *Steel double door with heat resistant door handle that stays cool to the touch *Includes heat activated 350 CFM variable speed blower for time delayed heat distribution *Dual ducted gravity kit and/or thermostatically controlled forced air kit available (three maximum outlets) *Durable high temperature paint finish *Lifetime limited Warranty

Jim Westphalen
Mid-sized minimalist galley medium tone wood floor and brown floor kitchen photo in Burlington with an undermount sink, flat-panel cabinets, gray cabinets, wood countertops, gray backsplash, porcelain backsplash, stainless steel appliances and an island

At an elevation of 8750' and winter design temperature of -16 degrees F, the historic mountain mining town of Telluride, Colorado can be cold! Beyond Efficiency was brought on board for its cold-climate expertise and provided buiding envelope advising and detailing, mechanical engineering, and guidance in surpassing Telluride's energy efficiency requirements for the new single-family home. The project was completed in the fall of 2016. Our detailed plan review of preliminary building envelope details services identified thermal bridging issues at basement wall intersections with the slab and raised floor. Simple modifications significantly reduced heat loss and improved constructability. We also advised on the above-ground framed wall assemby, which resulted in a 2x6 wood-framed wall insulated with dense-pack cellulose, ZIP System sheathing (which doubles as the airtight weather-resistant barrier (WRB)), 2" continuous rigid mineral wool insulation, 1x4 furring, and fiber cement lap siding. The wall assembly reduces heat loss 20% compared to Telluride's minimum requirement, and the R-52 roof assembly is 35% better than code. Alpen high-solar gain fiberglass windows, which include a low-E film suspended between the two panes of glass, reduce window-related heat losses by 50% compared to code and round out the high-performance envelope package. The final mechanical system design includes heat-recovery ventilation and in-floor radiant hydronic heating provided from a 95% AFUE high-efficiency condensing gas boiler. Utility bills from the first year of occupancy demonstrate the project's highly efficient design: the household's total site energy is about 20% less than that of the average Colorado residence, an impressive feat given that Telluride is in a significantly more extreme climate zone than a majority of Colorado's population. Photo credit: Arkin Tilt Architects

Minimalist home design photo in New York

We worked with a corporation and their out-of-town architect on this residential condominium construction in Washington D.C. The company uses the apartment for executive housing and meetings. Its goal was to create a flexible space to be used for both purposes. We renovated the kitchen, two bathrooms, and one bedroom. The central focus is the sleek new open kitchen, though we worked on the entire 1200 square foot apartment. The client provided the architectural design for the kitchen and the rest of the apartment. The biggest layout changes were: *Removing the walls of the existing kitchen to create a dramatic open kitchen that runs all the way to the window on one side and an island with a waterfall countertop on the other side. *A layout that provided space for a large conference table *Closing off one door of the bedroom and creating a larger opening from the living room side and installing pocket doors These changes required extensive systems work throughout the apartment, including redoing all the ductwork, modifying the sprinkler system and relocating sprinkler heads to meet fire code. We didn’t run into any surprises with the systems because our team had investigated the structure in the pre-construction stage and cut holes in the drywall to locate the plumbing pipes, columns, and wiring. We had to turn and move the existing HVAC system so we could hide it in one of the kitchen cabinets. We built the structure that anchors one end of the kitchen. It hides a refrigerator (with flush panel doors), electrical panel, and writing for the flat screen television. A soffit above the kitchen hides all the ductwork, and is fitted with recessed lights and LED cove lighting above. The client supplied the kitchen cabinetry. The countertops are quartz by Caesarstone in Haze. We installed the flooring material on the base of one side of the island. Backsplash. The dramatic backsplash is made of thin sheets of porcelain. The 5 mm thick material by Fiandre comes in 5-foot by 10-foot sheets that comes in a continuous pattern or can be book-matched. A fabricator measured the layout and cuts for the wall outlets, cut the material and installed it. Our team delivered three sheets of the material up the stairwell of the building. Though they created a template of the material out of wood to make sure it would fit, the actual material was more rigid and it took them a while to maneuver it. The new wide opening at the end of the living room has pocket doors. We closed off the original hallway door to the bedroom. Michael K. Wilkinson

LEED certification level: Platinum. Builder: GCCM Construction Services LLC dba UberGreen Spaces & Homes. Mark Twain said it best, "If the world were to end today I'd move to Kentucky because they are 20 years behind everyone else." There is some truth to that because Kentuckians believe that 'if it aint broke dont fix it'. We designed and built Kentucky's first LEED Platinum Net Zero Energy Net Zero Water home in the private sector. We named the home 'My Green Kentucky Home' playing off the state song 'My Old Kentucky Home'. Our take on a home should have people and the planet in mind. We found LEED to be the best most credible third-party green certification program to address these important challenges today. The envelope of the home was designed to minimize energy losses and maximize inside comfort by using Insulated Concrete Form walls from the footers to the roof, spray foam and blown in cellulose in the attic, rigid foam beneath the Lower Level basement slab and triple-pane fully insulated casement windows. The home was oriented with the back facing south to maximize daylighting, passive heating in the winter and solar production. Our HVAC is geothermal with a storage tank to preheat domestic water. A fresh air system was installed in the return side of the HVAC system to filter and then mix with supply air to the home. All paints were zero VOC. The reclaimed KY horse farm fencing turned into beautiful hardwood floors was finished with a low VOC sealer. Carpets were low VOC and the 100% recycled padding was zero VOC. The custom cabinets for the kitchen and baths were made locally and built with FSC certified plywood with no added formaldehyde. The home collects 100% of the rainwater that hits the roof into a 3,300 gallon rainwater collection tank. The primary use of the collected water is to irrigate the lawns, landscaped beds and supply the hose bibs. When the tank is low it automatically shuts the tank valve and opens the city water valve to operate with city water pressure until the tank fills past a certain level, saving electricity and wear and tear on the pump. The cistern is designed to service all the homes domestic water needs when KY State Plumbing code will allow it in the future. All appliances are Energy Star and locally made by GE. The counter tops on all cabinets are recycled materials and durable without requiring sealers or maintenance. We went a step further for indoor air quality and installed AirRenew drywall by Certainteed which works like trees do in the environment by pulling in VOC's into the drywall and making it inert. The Florida Tile was made in Kentucky with recycled content. We monitor all utility usage per electrical circuit and monitor the amount of energy produced by the solar panels as well helping the owners make more informed decisions. The home was such a hit that it was the catalyst that sparked development in a dormant neighborhood of vacant lots. We had the home open for three months to the public where hundreds of folks toured it as it was laid out like an art museum. We had actual walls open all the way to the outside layer of ICF insulation where they saw the concrete and steel inside the walls. We also had the lower level basement slab cut open to show how we insulate beneath the concrete and how we drain and mitigate radon. It was a super inspirational project that made people think about people and the planet much differently than before. We hope to continue making great projects like these to help inspire, educate and create awareness around some of the most important topics and challenges we face today. Thank you to everyone at the USGBC for helping us make this happen and the great work you do every day!

ZeroEnergy Design (ZED) created this modern home for a progressive family in the desirable community of Lexington. Thoughtful Land Connection. The residence is carefully sited on the infill lot so as to create privacy from the road and neighbors, while cultivating a side yard that captures the southern sun. The terraced grade rises to meet the house, allowing for it to maintain a structured connection with the ground while also sitting above the high water table. The elevated outdoor living space maintains a strong connection with the indoor living space, while the stepped edge ties it back to the true ground plane. Siting and outdoor connections were completed by ZED in collaboration with landscape designer Soren Deniord Design Studio. Exterior Finishes and Solar. The exterior finish materials include a palette of shiplapped wood siding, through-colored fiber cement panels and stucco. A rooftop parapet hides the solar panels above, while a gutter and site drainage system directs rainwater into an irrigation cistern and dry wells that recharge the groundwater. Cooking, Dining, Living. Inside, the kitchen, fabricated by Henrybuilt, is located between the indoor and outdoor dining areas. The expansive south-facing sliding door opens to seamlessly connect the spaces, using a retractable awning to provide shade during the summer while still admitting the warming winter sun. The indoor living space continues from the dining areas across to the sunken living area, with a view that returns again to the outside through the corner wall of glass. Accessible Guest Suite. The design of the first level guest suite provides for both aging in place and guests who regularly visit for extended stays. The patio off the north side of the house affords guests their own private outdoor space, and privacy from the neighbor. Similarly, the second level master suite opens to an outdoor private roof deck. Light and Access. The wide open interior stair with a glass panel rail leads from the top level down to the well insulated basement. The design of the basement, used as an away/play space, addresses the need for both natural light and easy access. In addition to the open stairwell, light is admitted to the north side of the area with a high performance, Passive House (PHI) certified skylight, covering a six by sixteen foot area. On the south side, a unique roof hatch set flush with the deck opens to reveal a glass door at the base of the stairwell which provides additional light and access from the deck above down to the play space. Energy. Energy consumption is reduced by the high performance building envelope, high efficiency mechanical systems, and then offset with renewable energy. All windows and doors are made of high performance triple paned glass with thermally broken aluminum frames. The exterior wall assembly employs dense pack cellulose in the stud cavity, a continuous air barrier, and four inches exterior rigid foam insulation. The 10kW rooftop solar electric system provides clean energy production. The final air leakage testing yielded 0.6 ACH 50 - an extremely air tight house, a testament to the well-designed details, progress testing and quality construction. When compared to a new house built to code requirements, this home consumes only 19% of the energy. Architecture & Energy Consulting: ZeroEnergy Design Landscape Design: Soren Deniord Design Paintings: Bernd Haussmann Studio Photos: Eric Roth Photography

We worked with a corporation and their out-of-town architect on this residential condominium construction in Washington D.C. The company uses the apartment for executive housing and meetings. Its goal was to create a flexible space to be used for both purposes. We renovated the kitchen, two bathrooms, and one bedroom. The central focus is the sleek new open kitchen, though we worked on the entire 1200 square foot apartment. The client provided the architectural design for the kitchen and the rest of the apartment. The biggest layout changes were: *Removing the walls of the existing kitchen to create a dramatic open kitchen that runs all the way to the window on one side and an island with a waterfall countertop on the other side. *A layout that provided space for a large conference table *Closing off one door of the bedroom and creating a larger opening from the living room side and installing pocket doors These changes required extensive systems work throughout the apartment, including redoing all the ductwork, modifying the sprinkler system and relocating sprinkler heads to meet fire code. We didn’t run into any surprises with the systems because our team had investigated the structure in the pre-construction stage and cut holes in the drywall to locate the plumbing pipes, columns, and wiring. We had to turn and move the existing HVAC system so we could hide it in one of the kitchen cabinets. We built the structure that anchors one end of the kitchen. It hides a refrigerator (with flush panel doors), electrical panel, and writing for the flat screen television. A soffit above the kitchen hides all the ductwork, and is fitted with recessed lights and LED cove lighting above. The client supplied the kitchen cabinetry. The countertops are quartz by Caesarstone in Haze. We installed the flooring material on the base of one side of the island. Backsplash. The dramatic backsplash is made of thin sheets of porcelain. The 5 mm thick material by Fiandre comes in 5-foot by 10-foot sheets that comes in a continuous pattern or can be book-matched. A fabricator measured the layout and cuts for the wall outlets, cut the material and installed it. Our team delivered three sheets of the material up the stairwell of the building. Though they created a template of the material out of wood to make sure it would fit, the actual material was more rigid and it took them a while to maneuver it. The new wide opening at the end of the living room has pocket doors. We closed off the original hallway door to the bedroom. Michael K. Wilkinson

We will get precise measurements of your project to ensure a perfect fit of your new stretch ceiling, which is custom made in a European factory. Step-by-step installation . Preparation On the scheduled installation day, if needed we will move and/or cover and protect pieces of furniture within the work area (normally no furniture needs to be removed from the room, since access is only required just around the perimeter). As a mere precaution, we would still recommend that any specific item of sentimental value or hard to replace to be removed by you and placed in a safer area. Tracks A horizontal line is to be made so we use a self-leveling laser to provide a perfect ceiling flatness. All angles are measured with our device, specially designed for ceilings, in order to ensure a flawless result. Now the tracks are cut at exactly the same dimension (which is necessary for incoming and outgoing angles) and ready to be screwed or stapled, whether to the walls or directly to your actual ceiling (it could be any type of frame or some other form of rigid structure).

Located in, Summit Park, Park City UT lies one of the most efficient houses in the country. The Summit Haus – designed and built by Chris Price of PCD+B, is an exploration in design and construction of advanced high performance housing. Seeing a rising demand for sustainable housing along with rising Carbon emissions leading to global warming, this house strives to show that sensible, good design can create spaces adequate for today’s housing demands while adhering to strict standards. The house was designed to meet the very rigid Passiv House rating system – 90% more efficient than a typical home in the area. The house itself was intended to nestle neatly into the 45 degree sloped site and to take full advantage of the limited solar access and views. The views range from short, highly wooded views to a long corridor out towards the Uinta Mountain range towards the east. The house was designed and built based off Passiv Haus standards, and the framing and ventilation became critical elements to maintain such minimal energy requirements. Zola triple-pane, tilt-and-turn Thermo uPVC windows contribute substantially to the home’s energy efficiency, and takes advantage of the beautiful surrounding of the location, including forrest views from the deck off of the kitchen. Photographer: City Home Collective

The innovative Alabaster Rocks! ™ Collection, in which pieces of real alabaster are hand-selected and suspended in resin, offers a truly original mosaic look. When illuminated, each fi xture displays its unique and varied colors, even more dramatically than solid alabaster. Features: Rigid stem kit has a 360-degree ball swivel at the canopy (hang-straight) Specifications: Requires 4 x 8-Watt LED modules (Integrated) 2560 Lumens, 90 CRI, 3000K Color Temperature Voltage: 120V Suitable for both outdoor and indoor locations including outside entry ways, garages, side yards, patios, bathrooms, kitchens, dining rooms, living rooms, bedrooms, hallways, entryways, foyers, and everything in between. ETL certified in compliance with nationally recognized product safety standards (3) 12in, (1) 6in of stem included