Independent Home just completed a walk in tub installation for a couple in West Chester. Check out how our installation process works and how a walk in tub could benefit you. Our installation process starts with a pre-installation meeting. Our experts met with Allison and Greg to find out what type of walk in tub would best fit their needs, the best location, and what type of finish they would want. At the meeting, our experts learned that Allison and Greg already had a walk in shower. However, it wasn’t providing them with what they needed. They both suffer from arthritis and restless leg syndrome and were looking for relief. The Supreme Walk in Bathtub model was the perfect solution for Allison and Greg because not only do they suffer from arthritis and restless leg syndrome they also are bariatric clients and needed a wider tub. The Supreme model is large, has a non-slip floor, two safety grab bars, and hydrotherapy. Hydrotherapy is what will help reduce Allison and Greg’s pain. Their pain will decrease each time they enjoy a deep soaking massage that is provided by the air and whirlpool jets. The jets work in a greater range of motion that causes an increase in circulation. As Allison and Greg’s circulation increase, their muscles will begin to rehabilitate and reduce the pain. The installation only took a couple days to complete. That included taking out their old shower along with removing the foundation, bringing in the new bathtub, making sure the legs are level, hooking up the new plumbing, and making sure that there aren’t any leaks. The last part of the installation is building the finish. Allison and Greg had wanted our experts to maintain their bathroom tile.

Master Bedroom with Red Bed Frame and custom drapery and bedding.
Bedroom - traditional master light wood floor bedroom idea in Charlotte

The asymmetry of this layout allowed for playfulness and informality. Photo Credit: Michael Hospelt
Eat-in kitchen - mid-sized modern l-shaped medium tone wood floor and brown floor eat-in kitchen idea in San Francisco with an undermount sink, flat-panel cabinets, light wood cabinets, granite countertops, blue backsplash, ceramic backsplash, stainless steel appliances, a peninsula and black countertops

This all-electric certified Passive House sits on a 10-acre parcel in Cachagua, a rural area of Carmel Valley, California. The 2,277-square-foot, 3-bedroom, 2.5-bath residence was built next to an observatory, the initial draw for the owners who are avid star gazers. The hues of the home’s interior are intentionally neutral, focusing attention on the dramatic natural surroundings. The great room and adjacent bedroom feature pitched ceilings accented with dark wood beam trestles, lending a sense of expansiveness and elegance. Built-in cabinetry and shelving take maximum advantage of the space. Given that it is located in a Wildland—Urban Interface zone, Trex® deck and railing materials, a metal roof and special finishes were added to the exterior to decrease flammability. This helped protect the home during a 2020 wildfire. A state-of-the-art heat recovery ventilation system (HRV) is designed to prevent infiltration of smoke to the interior. Thanks to the highly efficient HRV, and the application of advanced insulation and air sealing techniques, the energy demand for space conditioning is about 90 percent less than a traditionally built structure. The remainder of the home’s energy needs are provided by a solar array. Windows were strategically placed to capitalize on the mountain and valley views as well as naturally control heat gain from the sun. The observatory, once the sole building on the property, now includes a two car garage and a cozy room for relaxing until the stars make their appearance. While the home was under construction and interior walls still uncovered, it was used to demonstrate Passive House techniques and technologies and related benefits. Click here for a virtual tour.

This all-electric certified Passive House sits on a 10-acre parcel in Cachagua, a rural area of Carmel Valley, California. The 2,277-square-foot, 3-bedroom, 2.5-bath residence was built next to an observatory, the initial draw for the owners who are avid star gazers. The hues of the home’s interior are intentionally neutral, focusing attention on the dramatic natural surroundings. The great room and adjacent bedroom feature pitched ceilings accented with dark wood beam trestles, lending a sense of expansiveness and elegance. Built-in cabinetry and shelving take maximum advantage of the space. Given that it is located in a Wildland—Urban Interface zone, Trex® deck and railing materials, a metal roof and special finishes were added to the exterior to decrease flammability. This helped protect the home during a 2020 wildfire. A state-of-the-art heat recovery ventilation system (HRV) is designed to prevent infiltration of smoke to the interior. Thanks to the highly efficient HRV, and the application of advanced insulation and air sealing techniques, the energy demand for space conditioning is about 90 percent less than a traditionally built structure. The remainder of the home’s energy needs are provided by a solar array. Windows were strategically placed to capitalize on the mountain and valley views as well as naturally control heat gain from the sun. The observatory, once the sole building on the property, now includes a two car garage and a cozy room for relaxing until the stars make their appearance. While the home was under construction and interior walls still uncovered, it was used to demonstrate Passive House techniques and technologies and related benefits.

This all-electric certified Passive House sits on a 10-acre parcel in Cachagua, a rural area of Carmel Valley, California. The 2,277-square-foot, 3-bedroom, 2.5-bath residence was built next to an observatory, the initial draw for the owners who are avid star gazers. The hues of the home’s interior are intentionally neutral, focusing attention on the dramatic natural surroundings. The great room and adjacent bedroom feature pitched ceilings accented with dark wood beam trestles, lending a sense of expansiveness and elegance. Built-in cabinetry and shelving take maximum advantage of the space. Given that it is located in a Wildland—Urban Interface zone, Trex® deck and railing materials, a metal roof and special finishes were added to the exterior to decrease flammability. This helped protect the home during a 2020 wildfire. A state-of-the-art heat recovery ventilation system (HRV) is designed to prevent infiltration of smoke to the interior. Thanks to the highly efficient HRV, and the application of advanced insulation and air sealing techniques, the energy demand for space conditioning is about 90 percent less than a traditionally built structure. The remainder of the home’s energy needs are provided by a solar array. Windows were strategically placed to capitalize on the mountain and valley views as well as naturally control heat gain from the sun. The observatory, once the sole building on the property, now includes a two car garage and a cozy room for relaxing until the stars make their appearance. While the home was under construction and interior walls still uncovered, it was used to demonstrate Passive House techniques and technologies and related benefits.

This all-electric certified Passive House sits on a 10-acre parcel in Cachagua, a rural area of Carmel Valley, California. The 2,277-square-foot, 3-bedroom, 2.5-bath residence was built next to an observatory, the initial draw for the owners who are avid star gazers. The hues of the home’s interior are intentionally neutral, focusing attention on the dramatic natural surroundings. The great room and adjacent bedroom feature pitched ceilings accented with dark wood beam trestles, lending a sense of expansiveness and elegance. Built-in cabinetry and shelving take maximum advantage of the space. Given that it is located in a Wildland—Urban Interface zone, Trex® deck and railing materials, a metal roof and special finishes were added to the exterior to decrease flammability. This helped protect the home during a 2020 wildfire. A state-of-the-art heat recovery ventilation system (HRV) is designed to prevent infiltration of smoke to the interior. Thanks to the highly efficient HRV, and the application of advanced insulation and air sealing techniques, the energy demand for space conditioning is about 90 percent less than a traditionally built structure. The remainder of the home’s energy needs are provided by a solar array. Windows were strategically placed to capitalize on the mountain and valley views as well as naturally control heat gain from the sun. The observatory, once the sole building on the property, now includes a two car garage and a cozy room for relaxing until the stars make their appearance. While the home was under construction and interior walls still uncovered, it was used to demonstrate Passive House techniques and technologies and related benefits.

This all-electric certified Passive House sits on a 10-acre parcel in Cachagua, a rural area of Carmel Valley, California. The 2,277-square-foot, 3-bedroom, 2.5-bath residence was built next to an observatory, the initial draw for the owners who are avid star gazers. The hues of the home’s interior are intentionally neutral, focusing attention on the dramatic natural surroundings. The great room and adjacent bedroom feature pitched ceilings accented with dark wood beam trestles, lending a sense of expansiveness and elegance. Built-in cabinetry and shelving take maximum advantage of the space. Given that it is located in a Wildland—Urban Interface zone, Trex® deck and railing materials, a metal roof and special finishes were added to the exterior to decrease flammability. This helped protect the home during a 2020 wildfire. A state-of-the-art heat recovery ventilation system (HRV) is designed to prevent infiltration of smoke to the interior. Thanks to the highly efficient HRV, and the application of advanced insulation and air sealing techniques, the energy demand for space conditioning is about 90 percent less than a traditionally built structure. The remainder of the home’s energy needs are provided by a solar array. Windows were strategically placed to capitalize on the mountain and valley views as well as naturally control heat gain from the sun. The observatory, once the sole building on the property, now includes a two car garage and a cozy room for relaxing until the stars make their appearance. While the home was under construction and interior walls still uncovered, it was used to demonstrate Passive House techniques and technologies and related benefits.

This all-electric certified Passive House sits on a 10-acre parcel in Cachagua, a rural area of Carmel Valley, California. The 2,277-square-foot, 3-bedroom, 2.5-bath residence was built next to an observatory, the initial draw for the owners who are avid star gazers. The hues of the home’s interior are intentionally neutral, focusing attention on the dramatic natural surroundings. The great room and adjacent bedroom feature pitched ceilings accented with dark wood beam trestles, lending a sense of expansiveness and elegance. Built-in cabinetry and shelving take maximum advantage of the space. Given that it is located in a Wildland—Urban Interface zone, Trex® deck and railing materials, a metal roof and special finishes were added to the exterior to decrease flammability. This helped protect the home during a 2020 wildfire. A state-of-the-art heat recovery ventilation system (HRV) is designed to prevent infiltration of smoke to the interior. Thanks to the highly efficient HRV, and the application of advanced insulation and air sealing techniques, the energy demand for space conditioning is about 90 percent less than a traditionally built structure. The remainder of the home’s energy needs are provided by a solar array. Windows were strategically placed to capitalize on the mountain and valley views as well as naturally control heat gain from the sun. The observatory, once the sole building on the property, now includes a two car garage and a cozy room for relaxing until the stars make their appearance. While the home was under construction and interior walls still uncovered, it was used to demonstrate Passive House techniques and technologies and related benefits.

This all-electric certified Passive House sits on a 10-acre parcel in Cachagua, a rural area of Carmel Valley, California. The 2,277-square-foot, 3-bedroom, 2.5-bath residence was built next to an observatory, the initial draw for the owners who are avid star gazers. The hues of the home’s interior are intentionally neutral, focusing attention on the dramatic natural surroundings. The great room and adjacent bedroom feature pitched ceilings accented with dark wood beam trestles, lending a sense of expansiveness and elegance. Built-in cabinetry and shelving take maximum advantage of the space. Given that it is located in a Wildland—Urban Interface zone, Trex® deck and railing materials, a metal roof and special finishes were added to the exterior to decrease flammability. This helped protect the home during a 2020 wildfire. A state-of-the-art heat recovery ventilation system (HRV) is designed to prevent infiltration of smoke to the interior. Thanks to the highly efficient HRV, and the application of advanced insulation and air sealing techniques, the energy demand for space conditioning is about 90 percent less than a traditionally built structure. The remainder of the home’s energy needs are provided by a solar array. Windows were strategically placed to capitalize on the mountain and valley views as well as naturally control heat gain from the sun. The observatory, once the sole building on the property, now includes a two car garage and a cozy room for relaxing until the stars make their appearance. While the home was under construction and interior walls still uncovered, it was used to demonstrate Passive House techniques and technologies and related benefits.

This all-electric certified Passive House sits on a 10-acre parcel in Cachagua, a rural area of Carmel Valley, California. The 2,277-square-foot, 3-bedroom, 2.5-bath residence was built next to an observatory, the initial draw for the owners who are avid star gazers. The hues of the home’s interior are intentionally neutral, focusing attention on the dramatic natural surroundings. The great room and adjacent bedroom feature pitched ceilings accented with dark wood beam trestles, lending a sense of expansiveness and elegance. Built-in cabinetry and shelving take maximum advantage of the space. Given that it is located in a Wildland—Urban Interface zone, Trex® deck and railing materials, a metal roof and special finishes were added to the exterior to decrease flammability. This helped protect the home during a 2020 wildfire. A state-of-the-art heat recovery ventilation system (HRV) is designed to prevent infiltration of smoke to the interior. Thanks to the highly efficient HRV, and the application of advanced insulation and air sealing techniques, the energy demand for space conditioning is about 90 percent less than a traditionally built structure. The remainder of the home’s energy needs are provided by a solar array. Windows were strategically placed to capitalize on the mountain and valley views as well as naturally control heat gain from the sun. The observatory, once the sole building on the property, now includes a two car garage and a cozy room for relaxing until the stars make their appearance. While the home was under construction and interior walls still uncovered, it was used to demonstrate Passive House techniques and technologies and related benefits. Click here for a virtual tour.

Whon Photography
Large urban underground carpeted staircase photo in Indianapolis with gray walls and no fireplace

Inspiration for a contemporary white tile mosaic tile floor, gray floor and single-sink alcove bathtub remodel in Seattle with a wall-mount toilet, a wall-mount sink and a niche

Concrete can be made to look like any substance. Tile, stone, wood, brick, etc. With unlimited color options, Ky-Kan Coatings can transform any room in your home or business using lightweight, beautiful concrete.

We used: Custom cherry cabinetry in Arts & Crafts Shaker style by Kabinart in Boulder and Espresso stains. Liberty Hardware Venetian bronze 1-1/2" cabinet knobs. KitchenAid Architect II Series 22 CF counter-depth French door refrigerator. KitchenAid Architect Series II 27" convection single wall oven. KitchenAid 36" 6-burner dual fuel freestanding commercial-style range. KitchenAid Architect II Series 24" dishwasher. Sharp Insight Pro Series 24" built-in microwave drawer (Model #KB6524PS). Crystorama Solaris 12" wide pendant lights in English bronze. Granite countertops in Brown Fantasy. 3"x6" polished marble backsplash. Paint colors: Walls: Glidden Silver Cloud 30YY 63/024 Ceilings/Trims/Doors: Glidden Swan White GLC23 Robert B. Narod Photography

Alan Barley, AIA This soft hill country contemporary family home is nestled in a surrounding live oak sanctuary in Spicewood, Texas. A screened-in porch creates a relaxing and welcoming environment while the large windows flood the house with natural lighting. The large overhangs keep the hot Texas heat at bay. Energy efficient appliances and site specific open house plan allows for a spacious home while taking advantage of the prevailing breezes which decreases energy consumption. screened in porch, austin luxury home, austin custom home, barleypfeiffer architecture, barleypfeiffer, wood floors, sustainable design, soft hill contemporary, sleek design, pro work, modern, low voc paint, live oaks sanctuary, live oaks, interiors and consulting, house ideas, home planning, 5 star energy, hill country, high performance homes, green building, fun design, 5 star applance, find a pro, family home, elegance, efficient, custom-made, comprehensive sustainable architects, barley & pfeiffer architects,

Gorgeous master bath with dramatic retro "wave" tile. Peak Photography
Example of a 1950s bathroom design in Los Angeles

u2014 ALE: Wayne Rain Garden Pennsylvania Landscape & Nursery Association u2014 ALE: Wayne Rain Garden Terren Landscapes http://www.terrenlandscapes.com 2014 PLNA Awards for Landscape Excellence winner Category: Residential Up to $15,000 Award Level: Gold Project Description: Our company was contracted by the client to provide a creative solution to an ongoing drainage problem. Their property is located within 30 feet of a local stream that collects storm water from the surrounding area. The nearby stream and high water table caused the lawn area at the side of their home to flood and to remain waterlogged for a few days after each storm. The client not only had difficulty growing plants in the existing conditions, but also had a problem with mosquitoes due to standing water. Our goal was to design a self-contained, naturalistic rain garden that slowed storm water runoff, allowed for percolation, and promoted infiltration while permitting excess clean water to enter the nearby stream with diminished force. As designed, the rain garden allows the earth to slowly and more naturally absorb excess storm water while filtering out toxins such as excess nitrogen and phosphorous which are frequently found in the landscape, therefore reducing the contaminants entering the stream. A percolation test was conducted with criteria of absorbing a one-inch rainstorm within four hours without overflow. The one-inch storm calculation included an existing downspout from the home, which would be piped into the rain garden to reduce roof runoff. The first test failed due to a deep layer of high clay-content soil. Excavation continued until a layer of sandy loam was reached, the percolation test was repeated, and a successful test result was achieved. Next, the entire rain garden basin was excavated to the sandy loam layer and the soil amended with compost and sand to create a highly porous planting media. Geotextile fabric was placed to help reduce migration of the surface stone into the soil and allow for minimal maintenance. Gravel, river stone and small boulders were carefully placed to achieve the look of a natural streambed. A palette of mostly native plants with a few non-invasive ornamentals were chosen for their ability to survive in extreme conditions ranging from floods to drought and were placed according to their specific preferences. Wetland plants were chosen for the lowest portion of the rain garden as that area remains saturated for longer periods of time, with a Chionanthus virginicus as a focal point surrounded by irises and ferns at the lowest depth. Plants tolerant of drier conditions were chosen for the upper edges of the garden. The beautiful colors of Monarda, Ligularia, Eupatorium, Solidago, Chelone, and Rudbeckia were scattered within the upper edge, while movement and softness were incorporated by use of the graceful Nassella that lines the border. Finally, winter interest was provided with a backdrop of Cornus sericea. As built, this small rain garden creates tremendous impact by decreasing the amount of storm water runoff not only on our client's property, but also in the neighboring stream. It serves as a means of slowing the water and providing an area for infiltration back into the earth. The plants provide a habitat for birds, butterflies, and insects, working in harmony with nature and providing beautiful visual interest year-round. Photo Credit: Lisa C. Falls

u2014 ALE: Wayne Rain Garden Pennsylvania Landscape & Nursery Association u2014 ALE: Wayne Rain Garden Terren Landscapes http://www.terrenlandscapes.com 2014 PLNA Awards for Landscape Excellence winner Category: Residential Up to $15,000 Award Level: Gold Project Description: Our company was contracted by the client to provide a creative solution to an ongoing drainage problem. Their property is located within 30 feet of a local stream that collects storm water from the surrounding area. The nearby stream and high water table caused the lawn area at the side of their home to flood and to remain waterlogged for a few days after each storm. The client not only had difficulty growing plants in the existing conditions, but also had a problem with mosquitoes due to standing water. Our goal was to design a self-contained, naturalistic rain garden that slowed storm water runoff, allowed for percolation, and promoted infiltration while permitting excess clean water to enter the nearby stream with diminished force. As designed, the rain garden allows the earth to slowly and more naturally absorb excess storm water while filtering out toxins such as excess nitrogen and phosphorous which are frequently found in the landscape, therefore reducing the contaminants entering the stream. A percolation test was conducted with criteria of absorbing a one-inch rainstorm within four hours without overflow. The one-inch storm calculation included an existing downspout from the home, which would be piped into the rain garden to reduce roof runoff. The first test failed due to a deep layer of high clay-content soil. Excavation continued until a layer of sandy loam was reached, the percolation test was repeated, and a successful test result was achieved. Next, the entire rain garden basin was excavated to the sandy loam layer and the soil amended with compost and sand to create a highly porous planting media. Geotextile fabric was placed to help reduce migration of the surface stone into the soil and allow for minimal maintenance. Gravel, river stone and small boulders were carefully placed to achieve the look of a natural streambed. A palette of mostly native plants with a few non-invasive ornamentals were chosen for their ability to survive in extreme conditions ranging from floods to drought and were placed according to their specific preferences. Wetland plants were chosen for the lowest portion of the rain garden as that area remains saturated for longer periods of time, with a Chionanthus virginicus as a focal point surrounded by irises and ferns at the lowest depth. Plants tolerant of drier conditions were chosen for the upper edges of the garden. The beautiful colors of Monarda, Ligularia, Eupatorium, Solidago, Chelone, and Rudbeckia were scattered within the upper edge, while movement and softness were incorporated by use of the graceful Nassella that lines the border. Finally, winter interest was provided with a backdrop of Cornus sericea. As built, this small rain garden creates tremendous impact by decreasing the amount of storm water runoff not only on our client's property, but also in the neighboring stream. It serves as a means of slowing the water and providing an area for infiltration back into the earth. The plants provide a habitat for birds, butterflies, and insects, working in harmony with nature and providing beautiful visual interest year-round. Photo Credit: Lisa C. Falls