Terren Landscapes http://www.terrenlandscapes.com Project Entry: Pembrooke Estate Rain Garden 2014 PLNA Awards for Landscape Excellence Winner Category: Sustainable Landscape &60,000-$120,000 Award Level: Silver Project Description: The client contracted our company to solve multiple existing drainage problems. In a heavy rain event the existing French drain system would overflow, causing water to pool in the driveway. After investigating the system we found that the capacity of the French drain was undersized for the amount of storm water from the large rain events received in recent years. As a result of our findings and at the request of the homeowner, we designed a storm water management system to capture all storm water from the structures on the property and regenerate the underground aquifers for the volume of a 5.8” rainstorm. In addition to the new drain system, the homeowners wanted a rain garden to provide a backdrop for an existing formal garden, provide a habitat for wildlife, and provide screening from an adjacent neighbor. Throughout the design process many challenges were presented, including an existing gas line, which ran directly through the area that best suited the bioswale. The existence of the gas line caused us to alter the shape and depth of the bioswale in some areas. We also inspected the existing downspouts to make sure there were no obstructions that would impede the system’s efficiency, and then conducted a test pit dig to make sure we had sufficient percolation rates for disposal of storm water. To effectively capture the storm water runoff, the existing downspouts were piped from the main house and the large detached garage to a large catch basin located at the low point in the driveway. The driveway catch basin contains two outlet pipes at different elevations within the basin allowing water from smaller rain events to enter the bioswale and rain garden area to percolate into the soil before excess water overflows into a sediment trap which filters out any debris and is then piped to an underground StormTech® pit to slowly percolate into the ground. The other outlet pipe in the driveway catch basin is used for larger storm water events, taking the water directly to the StormTech® pit. Accepting and slowing the velocity of the storm water, mitigation of erosion, and filtering out pollutants contained in the “first flush” of rainfall are the primary functions of the bioswale and rain garden. Planting these areas with mostly native plant species helps carry out these functions while attracting and providing shelter for wildlife. The ‘Niobe’ weeping willow is the centerpiece of the rain garden, connecting with the axis of the existing formal garden. To screen the neighboring property we chose Chamaecyparis nootkatensis ‘Pendula’ for its graceful evergreen habit and tolerance of wet sites. ‘Ivory Halo’ dogwood and Panicum ‘Cloud Nine’ were used for screening as well as winter interest. To provide deciduous structure to the garden Taxodium distichum and Magnolia virginiana were used in conjunction with witch hazel. Mostly native wetland perennials were used due to their tolerance of wet conditions and occasional drought. The area above the StormTech® pit provides space for the client’s family to relax. The rain garden and bioswale provide screening, storm water management, a habitat for wildlife, and plants that enhance the adjacent formal garden. Photo Credit: Terren Landscapes

Rolling Shutters are the ultimate solution when you want to protect what’s behind your windows and doors. With Rolling Shutters, enjoy peace of mind knowing that your home has a sturdy layer of hurricane protection and storm protection. Rolling shutters shield against wind-blown debris, sand blasting and water penetration. Strong, secure, and durable, our Rolling Hurricane Shutters are proven to reduce energy and maintenance costs while making your home more comfortable to live in. Hurricane Shutters Hurricane Shutters are the premier protection against snow and ice storms, driving rain, high winds, and flying debris. We have huge selection of Hurricane Protection products for all types of applications. We specialize in new construction, retrofit projects and custom applications designed around more complex installations. Hurricane Shutters protect your windows and doors from water penetration and breakage during hurricanes and Nor’easters bringing you comfort and protection. Even when you are not physically at the location of the storm, rolling shutters can offer you peace of mind. Homes and businesses not equipped with rolling shutters may experience glass breakage and door failures during high winds. Ultimately, those openings in the structure’s envelope can cause complete devastation to the home or business. Once the air pressure enters a building, no matter the type of construction, the likelihood of other windows and doors failing rises. If the pressure grows beyond a certain point, walls and and roof components begin to fail. Security Shutters Security Shutters are one of the best ways to discourage intruders from attempting to enter your home or business. This deterrent measure is just where rolling shutters start. While in the down position, rolling shutters can be locked in place by a motor, a gear, a keyed switch or by a separate locking device. Rolling Shutters have been used as security shutters all over the world for decades with incredible success. Sometimes labeled as metal shutters and metal security shutters, they all have subtle differences, and the differences can’t be seen with the rolling shutter in the down position. Security Shutters typically have end-retention pins that lock into the guide rails from the top. These pins are located throughout the entire curtain and are protected from manipulation while the curtain is in the close position. Storm Shutters Storm Shutters are the broad category of Storm Protection products. Of course, they come in all types of sizes, features and functionality. We have a full line of rolling shutters, hinged storm shutters and storm panels for you to to explore on our website or we would love for you to swing by one of our showrooms to see live demo models. Storm Shutters are specifically engineered and designed for high hinds, flying debris protection and ultimately given a rating for Hurricane Protection. A little known fact: The most damaging type of wind value is not the force of the wind blowing directly on your home. This force is called positive pressure, and typically, many believe this is the strongest force against their home or business. Believe it or not, the negative pressure, or, the air passing by your windows and doors, has far greater power. Many low-grade storm shutters and hurricane protection products fail under this pressure. Solar Shutters Solar Shutters have a double wall construction and filled with a specialized polyurethane foam designed to increase R-factor and deflect solar penetration. Many rolling shutters can perform this function, but not all are created equal. The energy efficiency of exterior rolling shutters is up to 95% more effective than interior solar shades. Solar Shutters have many unique and positive “side effects” from their dense foam-filled curtain profile. Many homeowners have taken advantage of energy savings by using these types of rolling shutters in both the summer and winter seasons. Reducing heating and air conditioning expenses throughout the entire year is not always our first thought, but many home and business owners have expressed massive savings. Not only do they block up to 90% of heat gain and loss, they also provide incredible noise control opportunities. Privacy Shutters Privacy Shutters are a great way to close of areas of your home or business from others. Some rolling shutters are equipped with perforations allowing ambient light to pass through when needed. Privacy Shutters have many uses and are creatively used throughout the world in homes and businesses for all kinds of reasons. Close off food preparation areas, work shops, stock rooms, gun safes, closets, liquor cabinets and bars. Some business owners use rolling shutters to close off the outside world after working hours, to protect the last few employees as they finish money counts, paperwork, and prepare bank deposits. If you have any questions or need additional information, our Product Specialists are available 800-522-1599

Photo credit: Scott McDonald @ Hedrich Blessing 7RR-Ecohome: The design objective was to build a house for a couple recently married who both had kids from previous marriages. How to bridge two families together? The design looks forward in terms of how people live today. The home is an experiment in transparency and solid form; removing borders and edges from outside to inside the house, and to really depict “flowing and endless space”. The house floor plan is derived by pushing and pulling the house’s form to maximize the backyard and minimize the public front yard while welcoming the sun in key rooms by rotating the house 45-degrees to true north. The angular form of the house is a result of the family’s program, the zoning rules, the lot’s attributes, and the sun’s path. We wanted to construct a house that is smart and efficient in terms of construction and energy, both in terms of the building and the user. We could tell a story of how the house is built in terms of the constructability, structure and enclosure, with a nod to Japanese wood construction in the method in which the siding is installed and the exposed interior beams are placed in the double height space. We engineered the house to be smart which not only looks modern but acts modern; every aspect of user control is simplified to a digital touch button, whether lights, shades, blinds, HVAC, communication, audio, video, or security. We developed a planning module based on a 6-foot square room size and a 6-foot wide connector called an interstitial space for hallways, bathrooms, stairs and mechanical, which keeps the rooms pure and uncluttered. The house is 6,200 SF of livable space, plus garage and basement gallery for a total of 9,200 SF. A large formal foyer celebrates the entry and opens up to the living, dining, kitchen and family rooms all focused on the rear garden. The east side of the second floor is the Master wing and a center bridge connects it to the kid’s wing on the west. Second floor terraces and sunscreens provide views and shade in this suburban setting. The playful mathematical grid of the house in the x, y and z axis also extends into the layout of the trees and hard-scapes, all centered on a suburban one-acre lot. Many green attributes were designed into the home; Ipe wood sunscreens and window shades block out unwanted solar gain in summer, but allow winter sun in. Patio door and operable windows provide ample opportunity for natural ventilation throughout the open floor plan. Minimal windows on east and west sides to reduce heat loss in winter and unwanted gains in summer. Open floor plan and large window expanse reduces lighting demands and maximizes available daylight. Skylights provide natural light to the basement rooms. Durable, low-maintenance exterior materials include stone, ipe wood siding and decking, and concrete roof pavers. Design is based on a 2' planning grid to minimize construction waste. Basement foundation walls and slab are highly insulated. FSC-certified walnut wood flooring was used. Light colored concrete roof pavers to reduce cooling loads by as much as 15%. 2x6 framing allows for more insulation and energy savings. Super efficient windows have low-E argon gas filled units, and thermally insulated aluminum frames. Permeable brick and stone pavers reduce the site’s storm-water runoff. Countertops use recycled composite materials. Energy-Star rated furnaces and smart thermostats are located throughout the house to minimize duct runs and avoid energy loss. Energy-Star rated boiler that heats up both radiant floors and domestic hot water. Low-flow toilets and plumbing fixtures are used to conserve water usage. No VOC finish options and direct venting fireplaces maintain a high interior air quality. Smart home system controls lighting, HVAC, and shades to better manage energy use. Plumbing runs through interior walls reducing possibilities of heat loss and freezing problems. A large food pantry was placed next to kitchen to reduce trips to the grocery store. Home office reduces need for automobile transit and associated CO2 footprint. Plan allows for aging in place, with guest suite than can become the master suite, with no need to move as family members mature.

A beautiful arrangement of eight aluminum reinforced vinyl pergola kits. Set in varying locations, this pergola design idea complements this elementary schools vision to have an outdoor classroom where students can learn. Each vinyl shade pergola is one of our standard pre-engineered, wind load rated pergola kits, but together they provide a sense of enclosure and an abundance of shade protection. The low maintenance, unpainted white finish makes it easy to keep these outdoor shade structures looking new and lasting a lifetime.Varying heights give this area a unique look and feel at a cost effective price that any student would love to work under. Manufactured for Elliston Elementary School in Elliston, VA.

Like many West Coast cities, Seattle is facing a severe housing shortage at a time when labor and material costs have skyrocketed. Combined with a lack of available dirt, housing vacancy rates stubbornly hover under 5%. A response to this housing perfect storm has been the evolution of a new housing prototype called a detached Auxiliary Dwelling Unit (DADU). This is commonly referred to as a Mother-in-Law (MIL) unit. As the name implies, this is a small, self-contained housing type that allows for additional housing to be built on an existing lot, creating greater density within our urban fabric. Generally thought of as either starter housing or aging-in-place concepts, these are extremely efficient floor plans that squeeze all the basic living functions into a compact space while envisioning the urban fabric as one's living room. In the case of our little DADU, our footprint is 20' x 20' and provides a ground level garage/music studio and an upper level apartment. The misconception of these structure - thanks in large part to the misinformation campaign of the Not-So-Big-House movement - is the smaller translates into cheaper. Since these are essentially small houses, the truth is these are very expensive structures on a cost/sf basis. We conceptualized this structure as inexpensively as we could think of and it still ended up costing more than $400,000 or around $500/sf.

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Inspiration for a mid-sized rustic backyard concrete patio kitchen remodel in Dallas with a gazebo

Our client wanted a SIP built home and we incorporated this and many other energy and sustainability features into this home which was in the Sheboygan County Parade of Homes. Named "The Green Balanced Home", this project was all about creating practical and stunning living spaces that combined with sound environmental building materials and methods. By showcasing an assortment of leading-edge- green technologies, the Green Balanced Home was the talk of the Parade that year. In cooperation with our client, our methodology was: Start with the site: 1. Protected tree lines 2. Drought resistant vegetation 3. High proportion of natural, plantings versus higher maintenance lawn 4. Optimal home placement on lot for solar exposure 5. Narrower streets Build a high thermal envelope: 1. R-10 Gold Guard laminated EPS foam under basement, garage, and patio. 2. R-10 Gold Guard laminated EPS foam around exterior foundation walls. 3. R-10 ESP foam "shirt" around foundation 4. R-24 Structural Insulated panels (SIPs) for exterior walls, including garage 5. Sprayed foam in basement box sills and attic separation walls 6. R-15 garage door 7. R-60 blown cellulose attic insulation Add efficient heating, cooling, ventilation, and electric utilization elements: 1. High efficiency fireplace with auxiliary ducting 2. Pull-out exterior wood-loading drawer 3. Air-to-air heat pump 4. 95% efficient, ultra-quiet variable capacity furnace 5. 19 SEER air conditioner 6. Five zones with programmable thermostats 7. Heat reclamation from hot water usage 8. LED lighting 9. Skylights 10. Energy Star appliances 11. Prep for in-floor heating system 12. Prep for photovoltaic (PV) solar 13. Prep for solar hot water Incorporate water conservation: 1. Rain water recapture for toilet flushing and irrigation 2. Motion activated hot water circulation system 3. Power flush toilets 4. Dual flush toilets Create high indoor air quality: 1. HEPA and UV filters 2. Air-to-air exchanger 3. Ultra-quiet bathroom fans with moisture sensor activation Integrate sustainable, efficient materials: * Expanded polystyrene (ESP) foam that does not emit HCFC "greenhouse" gases * Oriented strand board (OSB) based siding, trim, and shutters * SIPs panels that contain ESP an OSB * Carpeting pads made from recycled materials * Stewardship-certified cabinet manufacturing * Job site recycling and reduce waste with SIPs

Like many West Coast cities, Seattle is facing a severe housing shortage at a time when labor and material costs have skyrocketed. Combined with a lack of available dirt, housing vacancy rates stubbornly hover under 5%. A response to this housing perfect storm has been the evolution of a new housing prototype called a detached Auxiliary Dwelling Unit (DADU). This is commonly referred to as a Mother-in-Law (MIL) unit. As the name implies, this is a small, self-contained housing type that allows for additional housing to be built on an existing lot, creating greater density within our urban fabric. Generally thought of as either starter housing or aging-in-place concepts, these are extremely efficient floor plans that squeeze all the basic living functions into a compact space while envisioning the urban fabric as one's living room. In the case of our little DADU, our footprint is 20' x 20' and provides a ground level garage/music studio and an upper level apartment. The misconception of these structure - thanks in large part to the misinformation campaign of the Not-So-Big-House movement - is the smaller translates into cheaper. Since these are essentially small houses, the truth is these are very expensive structures on a cost/sf basis. We conceptualized this structure as inexpensively as we could think of and it still ended up costing more than $400,000 or around $500/sf.

Our client wanted a SIP built home and we incorporated this and many other energy and sustainability features into this home which was in the Sheboygan County Parade of Homes. Named "The Green Balanced Home", this project was all about creating practical and stunning living spaces that combined with sound environmental building materials and methods. By showcasing an assortment of leading-edge- green technologies, the Green Balanced Home was the talk of the Parade that year. In cooperation with our client, our methodology was: Start with the site: 1. Protected tree lines 2. Drought resistant vegetation 3. High proportion of natural, plantings versus higher maintenance lawn 4. Optimal home placement on lot for solar exposure 5. Narrower streets Build a high thermal envelope: 1. R-10 Gold Guard laminated EPS foam under basement, garage, and patio. 2. R-10 Gold Guard laminated EPS foam around exterior foundation walls. 3. R-10 ESP foam "shirt" around foundation 4. R-24 Structural Insulated panels (SIPs) for exterior walls, including garage 5. Sprayed foam in basement box sills and attic separation walls 6. R-15 garage door 7. R-60 blown cellulose attic insulation Add efficient heating, cooling, ventilation, and electric utilization elements: 1. High efficiency fireplace with auxiliary ducting 2. Pull-out exterior wood-loading drawer 3. Air-to-air heat pump 4. 95% efficient, ultra-quiet variable capacity furnace 5. 19 SEER air conditioner 6. Five zones with programmable thermostats 7. Heat reclamation from hot water usage 8. LED lighting 9. Skylights 10. Energy Star appliances 11. Prep for in-floor heating system 12. Prep for photovoltaic (PV) solar 13. Prep for solar hot water Incorporate water conservation: 1. Rain water recapture for toilet flushing and irrigation 2. Motion activated hot water circulation system 3. Power flush toilets 4. Dual flush toilets Create high indoor air quality: 1. HEPA and UV filters 2. Air-to-air exchanger 3. Ultra-quiet bathroom fans with moisture sensor activation Integrate sustainable, efficient materials: * Expanded polystyrene (ESP) foam that does not emit HCFC "greenhouse" gases * Oriented strand board (OSB) based siding, trim, and shutters * SIPs panels that contain ESP an OSB * Carpeting pads made from recycled materials * Stewardship-certified cabinet manufacturing * Job site recycling and reduce waste with SIPs

Like many West Coast cities, Seattle is facing a severe housing shortage at a time when labor and material costs have skyrocketed. Combined with a lack of available dirt, housing vacancy rates stubbornly hover under 5%. A response to this housing perfect storm has been the evolution of a new housing prototype called a detached Auxiliary Dwelling Unit (DADU). This is commonly referred to as a Mother-in-Law (MIL) unit. As the name implies, this is a small, self-contained housing type that allows for additional housing to be built on an existing lot, creating greater density within our urban fabric. Generally thought of as either starter housing or aging-in-place concepts, these are extremely efficient floor plans that squeeze all the basic living functions into a compact space while envisioning the urban fabric as one's living room. In the case of our little DADU, our footprint is 20' x 20' and provides a ground level garage/music studio and an upper level apartment. The misconception of these structure - thanks in large part to the misinformation campaign of the Not-So-Big-House movement - is the smaller translates into cheaper. Since these are essentially small houses, the truth is these are very expensive structures on a cost/sf basis. We conceptualized this structure as inexpensively as we could think of and it still ended up costing more than $400,000 or around $500/sf.

Patio kitchen - mid-sized rustic backyard concrete patio kitchen idea in Dallas with a gazebo

Like many West Coast cities, Seattle is facing a severe housing shortage at a time when labor and material costs have skyrocketed. Combined with a lack of available dirt, housing vacancy rates stubbornly hover under 5%. A response to this housing perfect storm has been the evolution of a new housing prototype called a detached Auxiliary Dwelling Unit (DADU). This is commonly referred to as a Mother-in-Law (MIL) unit. As the name implies, this is a small, self-contained housing type that allows for additional housing to be built on an existing lot, creating greater density within our urban fabric. Generally thought of as either starter housing or aging-in-place concepts, these are extremely efficient floor plans that squeeze all the basic living functions into a compact space while envisioning the urban fabric as one's living room. In the case of our little DADU, our footprint is 20' x 20' and provides a ground level garage/music studio and an upper level apartment. The misconception of these structure - thanks in large part to the misinformation campaign of the Not-So-Big-House movement - is the smaller translates into cheaper. Since these are essentially small houses, the truth is these are very expensive structures on a cost/sf basis. We conceptualized this structure as inexpensively as we could think of and it still ended up costing more than $400,000 or around $500/sf.

Our client wanted a SIP built home and we incorporated this and many other energy and sustainability features into this home which was in the Sheboygan County Parade of Homes. Named "The Green Balanced Home", this project was all about creating practical and stunning living spaces that combined with sound environmental building materials and methods. By showcasing an assortment of leading-edge- green technologies, the Green Balanced Home was the talk of the Parade that year. In cooperation with our client, our methodology was: Start with the site: 1. Protected tree lines 2. Drought resistant vegetation 3. High proportion of natural, plantings versus higher maintenance lawn 4. Optimal home placement on lot for solar exposure 5. Narrower streets Build a high thermal envelope: 1. R-10 Gold Guard laminated EPS foam under basement, garage, and patio. 2. R-10 Gold Guard laminated EPS foam around exterior foundation walls. 3. R-10 ESP foam "shirt" around foundation 4. R-24 Structural Insulated panels (SIPs) for exterior walls, including garage 5. Sprayed foam in basement box sills and attic separation walls 6. R-15 garage door 7. R-60 blown cellulose attic insulation Add efficient heating, cooling, ventilation, and electric utilization elements: 1. High efficiency fireplace with auxiliary ducting 2. Pull-out exterior wood-loading drawer 3. Air-to-air heat pump 4. 95% efficient, ultra-quiet variable capacity furnace 5. 19 SEER air conditioner 6. Five zones with programmable thermostats 7. Heat reclamation from hot water usage 8. LED lighting 9. Skylights 10. Energy Star appliances 11. Prep for in-floor heating system 12. Prep for photovoltaic (PV) solar 13. Prep for solar hot water Incorporate water conservation: 1. Rain water recapture for toilet flushing and irrigation 2. Motion activated hot water circulation system 3. Power flush toilets 4. Dual flush toilets Create high indoor air quality: 1. HEPA and UV filters 2. Air-to-air exchanger 3. Ultra-quiet bathroom fans with moisture sensor activation Integrate sustainable, efficient materials: * Expanded polystyrene (ESP) foam that does not emit HCFC "greenhouse" gases * Oriented strand board (OSB) based siding, trim, and shutters * SIPs panels that contain ESP an OSB * Carpeting pads made from recycled materials * Stewardship-certified cabinet manufacturing * Job site recycling and reduce waste with SIPs

Most people who have lived in Auckland for a long time remember The Heritage Grand Tearoom, a beautiful large room with an incredible high-stud art-deco ceiling. So we were beyond honoured to be a part of this, as projects of these types don’t come around very often. Because The Heritage Grand Tea Room is a Heritage site, nothing could be fixed into the existing structure. Therefore, everything had to be self-supporting, which is why everything was made out of steel. And that’s where the first challenge began. The first step was getting the steel into the space. And due to the lack of access through the hotel, it had to come up through a window that was 1500x1500 with a 200 tonne mobile crane. We had to custom fabricate a 9m long cage to accommodate the steel with rollers on the bottom of it that was engineered and certified. Once it was time to start building, we had to lay out the footprints of the foundations to set out the base layer of the mezzanine. This was an important part of the process as every aspect of the build relies on this stage being perfect. Due to the restrictions of the Heritage building and load ratings on the floor, there was a lot of steel required. A large part of the challenge was to have the structural fabrication up to an architectural quality painted to a Matte Black finish. The last big challenge was bringing both the main and spiral staircase into the space, as well as the stanchions, as they are very large structures. We brought individual pieces up in the elevator and welded on site in order to bring the design to life. Although this was a tricky project, it was an absolute pleasure working with the owners of this incredible Heritage site and we are very proud of the final product.

Our client wanted a SIP built home and we incorporated this and many other energy and sustainability features into this home which was in the Sheboygan County Parade of Homes. Named "The Green Balanced Home", this project was all about creating practical and stunning living spaces that combined with sound environmental building materials and methods. By showcasing an assortment of leading-edge- green technologies, the Green Balanced Home was the talk of the Parade that year. In cooperation with our client, our methodology was: Start with the site: 1. Protected tree lines 2. Drought resistant vegetation 3. High proportion of natural, plantings versus higher maintenance lawn 4. Optimal home placement on lot for solar exposure 5. Narrower streets Build a high thermal envelope: 1. R-10 Gold Guard laminated EPS foam under basement, garage, and patio. 2. R-10 Gold Guard laminated EPS foam around exterior foundation walls. 3. R-10 ESP foam "shirt" around foundation 4. R-24 Structural Insulated panels (SIPs) for exterior walls, including garage 5. Sprayed foam in basement box sills and attic separation walls 6. R-15 garage door 7. R-60 blown cellulose attic insulation Add efficient heating, cooling, ventilation, and electric utilization elements: 1. High efficiency fireplace with auxiliary ducting 2. Pull-out exterior wood-loading drawer 3. Air-to-air heat pump 4. 95% efficient, ultra-quiet variable capacity furnace 5. 19 SEER air conditioner 6. Five zones with programmable thermostats 7. Heat reclamation from hot water usage 8. LED lighting 9. Skylights 10. Energy Star appliances 11. Prep for in-floor heating system 12. Prep for photovoltaic (PV) solar 13. Prep for solar hot water Incorporate water conservation: 1. Rain water recapture for toilet flushing and irrigation 2. Motion activated hot water circulation system 3. Power flush toilets 4. Dual flush toilets Create high indoor air quality: 1. HEPA and UV filters 2. Air-to-air exchanger 3. Ultra-quiet bathroom fans with moisture sensor activation Integrate sustainable, efficient materials: * Expanded polystyrene (ESP) foam that does not emit HCFC "greenhouse" gases * Oriented strand board (OSB) based siding, trim, and shutters * SIPs panels that contain ESP an OSB * Carpeting pads made from recycled materials * Stewardship-certified cabinet manufacturing * Job site recycling and reduce waste with SIPs

Mid-sized mountain style backyard concrete patio kitchen photo in Dallas with a gazebo

Our client wanted a SIP built home and we incorporated this and many other energy and sustainability features into this home which was in the Sheboygan County Parade of Homes. Named "The Green Balanced Home", this project was all about creating practical and stunning living spaces that combined with sound environmental building materials and methods. By showcasing an assortment of leading-edge- green technologies, the Green Balanced Home was the talk of the Parade that year. In cooperation with our client, our methodology was: Start with the site: 1. Protected tree lines 2. Drought resistant vegetation 3. High proportion of natural, plantings versus higher maintenance lawn 4. Optimal home placement on lot for solar exposure 5. Narrower streets Build a high thermal envelope: 1. R-10 Gold Guard laminated EPS foam under basement, garage, and patio. 2. R-10 Gold Guard laminated EPS foam around exterior foundation walls. 3. R-10 ESP foam "shirt" around foundation 4. R-24 Structural Insulated panels (SIPs) for exterior walls, including garage 5. Sprayed foam in basement box sills and attic separation walls 6. R-15 garage door 7. R-60 blown cellulose attic insulation Add efficient heating, cooling, ventilation, and electric utilization elements: 1. High efficiency fireplace with auxiliary ducting 2. Pull-out exterior wood-loading drawer 3. Air-to-air heat pump 4. 95% efficient, ultra-quiet variable capacity furnace 5. 19 SEER air conditioner 6. Five zones with programmable thermostats 7. Heat reclamation from hot water usage 8. LED lighting 9. Skylights 10. Energy Star appliances 11. Prep for in-floor heating system 12. Prep for photovoltaic (PV) solar 13. Prep for solar hot water Incorporate water conservation: 1. Rain water recapture for toilet flushing and irrigation 2. Motion activated hot water circulation system 3. Power flush toilets 4. Dual flush toilets Create high indoor air quality: 1. HEPA and UV filters 2. Air-to-air exchanger 3. Ultra-quiet bathroom fans with moisture sensor activation Integrate sustainable, efficient materials: * Expanded polystyrene (ESP) foam that does not emit HCFC "greenhouse" gases * Oriented strand board (OSB) based siding, trim, and shutters * SIPs panels that contain ESP an OSB * Carpeting pads made from recycled materials * Stewardship-certified cabinet manufacturing * Job site recycling and reduce waste with SIPs

Like many West Coast cities, Seattle is facing a severe housing shortage at a time when labor and material costs have skyrocketed. Combined with a lack of available dirt, housing vacancy rates stubbornly hover under 5%. A response to this housing perfect storm has been the evolution of a new housing prototype called a detached Auxiliary Dwelling Unit (DADU). This is commonly referred to as a Mother-in-Law (MIL) unit. As the name implies, this is a small, self-contained housing type that allows for additional housing to be built on an existing lot, creating greater density within our urban fabric. Generally thought of as either starter housing or aging-in-place concepts, these are extremely efficient floor plans that squeeze all the basic living functions into a compact space while envisioning the urban fabric as one's living room. In the case of our little DADU, our footprint is 20' x 20' and provides a ground level garage/music studio and an upper level apartment. The misconception of these structure - thanks in large part to the misinformation campaign of the Not-So-Big-House movement - is the smaller translates into cheaper. Since these are essentially small houses, the truth is these are very expensive structures on a cost/sf basis. We conceptualized this structure as inexpensively as we could think of and it still ended up costing more than $400,000 or around $500/sf.