PROGRAM: RESIDENTIAL LOCATION: DUNKIRK ESTATE, SALT ROCK, SOUTH AFRICA SIZE: 350m² Located within Dunkirk Estate, this design maximises the potential of the small site. It minimises impact on the surrounding environment by reducing cut and fill. The building opens up to the north and south to maximise natural light and reduce solar heat gain. All windows on the upper ground floor slide away to promote cross ventilation and promote indoor/outdoor living. The large expanse of Low-E glass captures views into the forest from both levels, whilst maintaining a good thermal performance The rainwater collected from the 15000 litre harvesting system will be used to flush toilets and irrigate the landscaping. The indigenous green roof not only reduces heat gain in summer and heat loss in winter, it also serves to visually integrate the built environment with the natural surrounding vegetation. The interiors were designed by Moos Interior Architects.

Reduce Solar Glare to Enhance Your Lifestyle Bali® Solar Shades reduce glare on computer monitors and TV screens, maximizing your enjoyment and productivity in home offices, media rooms and family rooms. Solar shades also protect furnishings, carpets and artwork from fading by blocking harmful UV rays. Combine solar shades with Bali custom drapery and a fabric top treatment to create a layered look and add more privacy when desired.

Inspiration for a landscaping in San Francisco.

Photo of a large hillside landscaping in San Francisco.

Hüper Optik Ceramic 60 was applied to the windows to block UV rays and to reduce the heat and glare that comes into your home. The film will also protect you from skin problems related to the sun

Robert Trent Jones Golf Club installs AirField Systems AirDrain. The AirField Systems AirDrain for Golf Greens installed at Robert Trent Jones, home of The President’s Cup, continues to perform since 2004. Stronger roots, healthier turf, superior drainage and the ability to make it’s own nearly perfect perched water table without organics make AirDrain Golf Greens by AirField the choice of the most discriminating golf course architects, designers, owners and superintendents – and the savings in time, installation and maintenance make it the choice for everyone. View AirDrain Golf Greens in action after years of use at one of the most prestigious courses on the east coast. Thru a research project conducted at Texas A&M, it was concluded that you can reduce your irrigation needs using AirField Systems AirDrain. The five year research project was jointly funded by the United States Golf Association and AirField Systems and was a collaborative effort between Texas A&M, AirField Systems and the United States Golf Association. The data from the research showed that the AirField Systems drainage profile provided between one to three more days of plant available water than a United States Golf Association recommended gravel and sand profile. In addition, AirDrain by AirField Systems can significantly save on installation time because much less excavation is required compared to the traditional gravel drainage layers that have a much deeper profile. AirDrain arrives on site in 53” trailers, palletized and ready for install. Unlike gravel drainage, with AirDrain there is no need for heavy dump trucks that can compact your golf course. Benefits of an AirField System Design for Golf Greens include: 1 to 3 more days of plant available water stored in the root zone (depending on climate) Significantly reduces daily irrigation needs (as told to us by our customers) Healthier turf / Stronger root system (as told to us by our customers) 100% Vertical Drainage under the entire playing surface AirDrain is a 100% recycled copolymer with the impact modifier “metallocene” qualifying it as a “No Break” plastic Helps eliminate standing water / Simplifies maintenance (as told to us by our customers) Minimal site disturbance / Far less excavation and disposal Several Installation days are saved over a gravel installation Compact shipping that reduces overall storage and transportation costs An AirDrain System sand profile creates its own perched water table without peat moss or clay AirDrain’s sand profile and minimal organics puts it at very little risk for issues of mold or disease http://www.rtjgc.com/Club/Scripts/Home/home.asp

A 1970’s addition on the rear of this house awkwardly consumed the entire backyard and reduced natural light to the interior, creating a dark kitchen and dining room. This project was a unique one in that we actually reduced the square footage. One of the advantages of living in California is that a backyard can easily serve as an extra room - with dining, entertainment, and lounge space usable for most of the year. In order to maximize natural daylight into the heart of the home, two large bi-folding patio doors were installed in the kitchen and dining room. This creates a strong connection to the backyard entertainment space, complete with an exterior kitchen and fire-pit seating area. The exterior of the house was redesigned to compliment a modern landscape project. A cedar rain screen leads guests to the front door - shifting the visual emphasis to the front door and reducing the prominence of the garage. The cedar gave the facade a modern, warm feel and differentiated the house from it’s neighbors

All products from Lowe's or existing Design: Marcus Lehman Craftsmen: Kjeldgaard Construction After Photos: Marcus Lehman
Example of a mid-sized classic home design design in Chicago

Chesapeake Energy’s 74,000 sqft. Green Roof a Natural Turf Rooftop Sports Field Chesapeake Energy is the second-largest producer of natural gas in North America, a Top 15 producer of oil and natural gas liquids and the most active driller of new wells in the country. Headquartered in Oklahoma City, the company’s operations are focused on discovering and developing unconventional natural gas and onshore oil fields in the U.S. Chesapeake is in the midst of creating a central hub, “Chesapeake Campus” as CEO Aubrey McCLendon refers to it, on the NW corner of Oklahoma City. Centered in the middle of Chesapeake Campus is a 75,000 square foot natural grass rooftop athletic field built on top of Chesapeake’s new 3 level parking garage. Sporting events, social gatherings, concerts and much more is what this new wonder of Oklahoma City offers. Chesapeake’s rooftop athletic field, designed by Elliott + Associates Architects, constructed by Smith & Pickel, and installed by Total Environment, not only brings aesthetic appeal to the streets of Oklahoma City, green roofing is a fantastic way to reduce the heat island effect of urban areas and capture storm water while creating enjoyable space for residents and employees. The environmental impact of a green roof is undeniable, adding significantly to the LEED Point system designed by the USGBC in all five major areas: sustainable site development, water savings, energy efficiency, materials selection, and indoor environmental quality. Green roofing replaces the green space displaced by a building, prevents excess storm water drainage, reduces the temperature of a building and the urban heat island effect, protects and extends the useful life of a roof, and reduces energy demands. Utilizing the AirField System as the drainage layer in a green roof design allows a complete inch of water storage space beneath the entire surface plus it is incredibly strong and light weight. The AirField AirDrain geocell is also easy to work with, install and fashion in unique layouts. What’s more, a green roof incorporating AirDrain means your design includes renewable, recycled, and locally obtained materials. We know you have a choice in designing a green roof, and we hope you consider the many benefits of AirDrain. Build a better green roof with AirField. Some Benefits of AirField in a green roofing system include: 100% vertical drainage under entire surface, 100% post manufactured recycled material, rapid water movement, minimal site disturbance, fast installation, light weight, incredible load bearing strength test at an empty 233 PSI/ 33,552 PSF. The list of major sustainable projects for AirField Systems of Oklahoma keeps growing and includes Chesapeake’s Central Park, Chesapeake’s Building # 14 rooftop, Whittier Middle School’s natural grass fire lane and Oklahoma State Cowboys T. Boone Picken’s Stadium’s game field along with hundreds of sustainable projects nationally. Total Environment Inc. is a Design-Build-Maintain company specializing in comprehensive landscape services for discriminating clients in the residential and commercial arena. The all-inclusive array of services and products that Total Environment provides is unequaled in the industry, in addition they also provide the ultimate in customer service. Highly skilled Account Managers from Universities in Oklahoma and across the country, oversee the properties daily, insuring impeccable success rates for installations and maintenance that is second to none. Projects span a broad range – from the installation of state of the art athletic fields to period landscapes, Total Environment is on top of the industry game. Seasonal displays of color, professionally designed and installed, enhance their properties and are always the ‘talk of the town’ every spring, summer, fall and winter. Christmas season, thanks to Total Environment ace lighting crews and its very generous clients, create a Winter Wonderland … always an incredible gift to Oklahoma City and the surrounding communities at large. Ty T. Hartwig, President of Total Environment, shares a favorite motto with his beloved Oklahoma City, “Labor omnia vincit” – which translates to “Labor Conquers All Things!” – a personal philosophy that molded the company into what it is today. Call today to find out how the AirField Systems can save you time, money and energy on your next green roof, sports field or porous paving project, 405-359-3775. http://www.airfieldsystems.com/chesapeake-energy-green-roof-natural-turf-rooftop-sports-field/

Newly constructed home located in the Zilker neighborhood of Austin. The existing bungalow on the property was deconstructed, with materials set aside for re-use in the new home. Goal of the project was to source exclusively from these existing materials, as well as materials salvaged from the homeowners' family ranch in West Texas. The remaining products and materials were sourced locally and made in the USA whenever possible, to lower the carbon footprint and support local manufacturers and artisans. Architecture by Loop Design Whit Preston, Photographer

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

Newly constructed home located in the Zilker neighborhood of Austin. The existing bungalow on the property was deconstructed, with materials set aside for re-use in the new home. Goal of the project was to source exclusively from these existing materials, as well as materials salvaged from the homeowners' family ranch in West Texas. The remaining products and materials were sourced locally and made in the USA whenever possible, to lower the carbon footprint and support local manufacturers and artisans. Architecture by Loop Design Whit Preston, Photographer

Design ideas for a large hillside landscaping in San Francisco.

Top-Down/Bottom-Up Cellular Shades in an Etobicoke home
Mid-sized minimalist living room photo in Toronto with beige walls

Newly constructed home located in the Zilker neighborhood of Austin. The existing bungalow on the property was deconstructed, with materials set aside for re-use in the new home. Goal of the project was to source exclusively from these existing materials, as well as materials salvaged from the homeowners' family ranch in West Texas. The remaining products and materials were sourced locally and made in the USA whenever possible, to lower the carbon footprint and support local manufacturers and artisans. Architecture by Loop Design Whit Preston, Photographer

PROGRAM: RESIDENTIAL LOCATION: DUNKIRK ESTATE, SALT ROCK, SOUTH AFRICA SIZE: 350m² Located within Dunkirk Estate, this design maximises the potential of the small site. It minimises impact on the surrounding environment by reducing cut and fill. The building opens up to the north and south to maximise natural light and reduce solar heat gain. All windows on the upper ground floor slide away to promote cross ventilation and promote indoor/outdoor living. The large expanse of Low-E glass captures views into the forest from both levels, whilst maintaining a good thermal performance The rainwater collected from the 15000 litre harvesting system will be used to flush toilets and irrigate the landscaping. The indigenous green roof not only reduces heat gain in summer and heat loss in winter, it also serves to visually integrate the built environment with the natural surrounding vegetation. The interiors were designed by Moos Interior Architects.

Using innovation the designer retrofitted this antique lab sink by turning it sideways and undermounting it into a cambria quartz counter-top
Transitional white tile and mosaic tile bathroom photo in Toronto with a drop-in sink, flat-panel cabinets, white cabinets, quartz countertops and a one-piece toilet

Living room - mid-sized transitional formal and enclosed dark wood floor living room idea in Orange County with yellow walls, no fireplace and no tv