**I. Spatial Composition & Architectural Volume** This is a pre-war Manhattan dining room whose proportions have been surgically clarified rather than reinvented. The room reads as a compressed rectilinear volume, its ceiling plane articulated by a shallow dropped soffit and a single exposed transverse beam — a candid acknowledgment of the building's structural grid, left legible rather than concealed behind a coved plaster surround. That beam performs a quiet spatial function: it registers the threshold between the dining zone and the adjoining passage at right, where a sliver of herringbone parquet and a second curtained aperture extend the sightline into a further room, relieving the enclosure and establishing a discreet enfilade. The composition is emphatically axial and symmetrical — chandelier, floral centerpiece, pedestal table and central window mullion align on a single spine — yet the symmetry is deliberately imperfect: the flanking chairs are turned inward on the diagonal, the sideboard weights the left wall, and the artwork on the right hangs off-axis. The result is a Beaux-Arts discipline softened by a decorator's asymmetry. Most consequential is the pelmet, a deep upholstered box valance carried nearly wall-to-wall, which annexes the window into a single monumental glazed field and visually raises the ceiling by drawing the eye above the actual head height of the sash. **II. Materiality, Color & Texture** The palette is a study in monochromatic warmth held within a narrow tonal band of buff, oatmeal, flax and champagne, with saturation kept deliberately low so that texture carries the burden of variety. Underfoot, a wall-to-wall seagrass or sisal matting with a coarse basketweave provides the room's tactile bass note — hard-wearing, faintly agricultural, and set in productive tension with the refined silk-and-linen sheen of the curtains and pelmet. The chairs are a masterstroke of dual upholstery: matte sand-toned fabric on the outside back and a subtle self-striped ottoman weave on the seat and inner face, a device that renders the seating both plush and graphic. Against this envelope of pale neutrals, two dark accents supply the necessary chromatic gravity: the deeply carved, pierced-apron rosewood or mahogany center table, almost Anglo-Indian in its fretwork and baluster pedestal, and the ebonized klismos-splayed chair legs that echo it. The left wall introduces a painted, dry-brushed Gustavian-style commode with lozenge-fretwork doors, its chalky grey-green a cool counterpoint, while gilt frames, a burnished picture light and the silvered chandelier thread a metallic warmth through the whole. **III. Lighting, Atmosphere & Style Profile** Daylight is the room's primary illuminant and it is handled with restraint: the curtains are dressed open but the roman-like sheer inner treatment diffuses the light into a milky, north-facing wash that flattens shadow and flatters the neutral surfaces. Artificial lighting is layered and entirely decorative in expression — the tall, attenuated candle-arm chandelier, hung low and generously scaled, functions as sculpture and as the room's compositional keystone, while two swing-arm brass picture lights provide directional accents that anchor the art as evening focal points. There is no visible downlighting or recessed apparatus; the mood is candlelit, hushed and faintly nocturnal even in daytime. Stylistically the room resolves into what might be termed **Refined Neutral Traditionalism** — an American-classical, Bilhuber-adjacent idiom that marries eighteenth-century Swedish and Anglo-colonial furniture archetypes with contemporary tailoring, tonal upholstery and humble natural-fiber flooring. Its sophistication lies precisely in that calibration: heirloom silhouettes stripped of pattern and color noise, so that carving, weave and gilding become the sole ornamental language.

The owner of this recently purchased property in the Berkshire village of Twyford had inherited a Jerusalem limestone floor that had been installed throughout the ground floor including the Kitchen. The previous owner hadn’t maintained the stone floor very well and as a result it had become dull, patchy and the new owner was finding it impossible to keep clean. The floor was becoming a problem for them and they had been considering ripping it all up and getting it replaced. However due to the size of the floor and potential cost of replacing it they searched for other solutions and contacted Tile Doctor to see if it could be renovated. I scheduled an appointment with the owners to survey the floor and it wasn’t long before I realised that we could achieve a great result by polishing the Limestone using a set of diamond burnishing pads. To prove how well I thought the floor would clean up I offered to complete a demo within the small utility room. This was arranged and completed a week later, as I expected once I had finished the demo the floor looked fantastic, more importantly the client was ecstatic with the results and couldn’t wait to book us in to complete the rest of the house. It was a large floor so I estimated the process would take 4-5 days to complete and would need to work in sections starting with the kitchen then progressing into the study and cloakroom, dining room and finishing off with the entrance hall. Thankfully I had an empty house to work in which helped as I could start sealing the area I worked on the prior day. The limestone had become quite pitted in the high traffic area, these pits had filled up with soil and become unsightly. My first task was to deep clean the dirt filled pits and grout, to do this I used a strong dilution of Tile Doctor Pro Clean and a stiff nylon brush making sure I could get into the pits releasing the dirt, then vacuuming up all the chemical slurry as I went along. The next task was to fill these pits I used a two-part epoxy filler that matched the colour of the stone. Once the filler had dried, I worked through the hand burnishing blocks from 100 grit to 400 and I smoothed out the areas that had been filled. Now the holes/pits had been filled I continued with the restoration of the floor by moving onto the burnishing process using diamond encrusted floor burnishing pads. This involves honing the Limestone with a set of burnishing pads starting at 400-grit. The pads are applied to the floor with a heavy floor buffing machine using water to lubricate the process. The pad is run over each tile around three times and the fine slurry this process generates is rinsed off afterwards with water and then extracted with a wet vacuum. You then move onto the 800-grit and then 1500-grit slowly building back the appearance of the stone. As I had worked in sections/rooms at a time I was able to allow a full day drying time before sealing. Happy with the depth of colour from the pad system I opted to seal the floor with two coats of Tile Doctor Ultra-Seal. I had a range of sealers to choose from an in this case I felt Ultra-Seal would be most suited as it doesn’t change the natural appearance of the Limestone yet will provide years of protection and make it much easier to keep clean. The owners were over the moon with how the limestone now looked and relieved that their problem floor had been restored. For aftercare cleaning I recommended Tile Doctor Stone Soap which is designed for maintaining the patina on polished stone floors. Dennis Buckland Berkshire Tile Doctor

Rodwin Architecture & Skycastle Homes Location: Boulder, Colorado, USA Interior design, space planning and architectural details converge thoughtfully in this transformative project. A 15-year old, 9,000 sf. home with generic interior finishes and odd layout needed bold, modern, fun and highly functional transformation for a large bustling family. To redefine the soul of this home, texture and light were given primary consideration. Elegant contemporary finishes, a warm color palette and dramatic lighting defined modern style throughout. A cascading chandelier by Stone Lighting in the entry makes a strong entry statement. Walls were removed to allow the kitchen/great/dining room to become a vibrant social center. A minimalist design approach is the perfect backdrop for the diverse art collection. Yet, the home is still highly functional for the entire family. We added windows, fireplaces, water features, and extended the home out to an expansive patio and yard. The cavernous beige basement became an entertaining mecca, with a glowing modern wine-room, full bar, media room, arcade, billiards room and professional gym. Bathrooms were all designed with personality and craftsmanship, featuring unique tiles, floating wood vanities and striking lighting. This project was a 50/50 collaboration between Rodwin Architecture and Kimball Modern

AirField installed an AirPave grass fire lane for their porous flexible paving at Baptist Trinity Residential Hospice, creating a beautiful, functional, ecological friendly solution to facility access. An installation of an AirField Systems grass fire lane at Baptist Trinity Residential Hospice brings green building benefits and incredible strength to a beautiful new facility. A time lapse photo series highlight the installation process of the 6,747 PSI sand filled 100% recycled geocell technology, providing the strength of asphalt and concrete while relieving some of the burden of costly storm sewers and drainage. This new installation highlights the benefits of paving with grass, as well as the comparative ease of installation. Concrete and asphalt surfaces occupy twice the area of buildings and are the most detrimental to clean water. Concrete and asphalt surfaces dominate the landscape of our urban environments and prevent rainwater from being filtered naturally. They send harmful polluted water straight into our streams, rivers and lakes. In urban America, concrete and asphalt pavements produce two thirds of our excess water runoff. They are responsible for significant hydrocarbon pollutants on our ground and in our water, causing ground water decline, and resulting in local water shortages. These concrete and asphalt surfaces also create huge increases in temperature known as the urban “heat island effect”. The pollution caused by impervious surfaces deteriorate the quality of our storm water runoff and create large overflows that our storm sewer systems cannot handle. It is also important to realize that the urban forest force is drastically diminishing, causing CO2 levels to rise, which in turn causes global warming. With all the negative influences of impervious pavements now is the time to turn our attention to alternatives for the benefit of the environment. From fire lanes, overflow, and event parking, to temporary and stadium parking, reinforced grass parking systems deliver the same strength and durability of asphalt and concrete without the negative affects mentioned above. These incredibly strong geocells reinforce grass parking, prevent rutting from traffic, protect turf roots, and promote beautiful grass. Reinforced grass parking structures, also know as grass pavements, enhance the environment by naturally filtering auto and truck liquids such as oil drippings, antifreeze overflows and many other leaks and spills. They also help with air pollutants after they have been knocked to the ground by rainwater and greatly reduce hot surface temperatures thus fighting global warming and the “heat island effect”. Grass pavements allow our groundwater to be naturally replenished, the roots of trees to breathe, and they help our streams and rivers flow cleanly in dry hot summers. A large part of the solution to urban environmental problems is under our feet. By paying appropriate attention to the everyday materials on which we walk and drive, we can replenish renewable resources, restore the natural regenerative processes, and produce a cleaner, healthier, safer, more sustainable world in which we must live. Porous pavements are potentially the most important development in urban watersheds since the invention of storm sewers. By routing rainwater directly into the earth as nature intended, the need for costly storm water structures can be drastically reduced. Reinforced grass parking has built in permeable spaces through which water and air can pass. Although some porous paving materials are nearly indistinguishable from nonporous materials in construction and superficial appearance, their environmental effects are qualitatively exponential. They allow air, water and heat to dissipate into the environment naturally helping to save the planet. AirField reinforced grass parking provides beauty and comfort, and with the unbeatable price and performance of AirDrain you can’t go wrong. AirDrain is the reinforced grass pave system the industry has trusted for years !!! Airfield Systems, LLC 8028 North May Avenue Oklahoma City, OK 73120 405-359-3775 Installer – GREENPRO Landscapes Kevin James 9847 Stewart Rd Arlington, TN 38002

This dining room operates as a processional volume, choreographed along a deep axial sightline that terminates not in a wall but in a garden — an ivy-clad plane of green glimpsed through full-height glazing. The architecture is fundamentally additive rather than decorative: a coffered, stepped ceiling plane with recessed reveal channels floats above the seating zone, its subtle datum lines describing a rectangular "room within a room" that anchors the table without recourse to enclosing partitions. Flanking this central passage, two millwork pylons — one clad in pale limed oak on the right, one in a fine bone-toned wallcovering on the left — function as vestigial pilasters, compressing the entry threshold before releasing into the loftier dining volume. The floor reinforces this directionality through a wide-plank chevron parquet laid on the primary axis, its herringbone rhythm accelerating the eye toward the terrace. The furniture plan is deliberately non-orthogonal: an elongated oval table on twin cylindrical pedestals softens the room's rectilinear discipline, while the loosely arrayed chairs break parade-ground symmetry in favor of a more inhabited, gestural composition. Deep-set corner windows and a low banquette-height sill with integrated casework at left introduce a secondary spatial episode, a quieter alcove that relieves the room's axial insistence. ## II. Materiality, Color & Texture The palette is a study in warm neutrality calibrated across a narrow tonal band, with contrast delivered through texture rather than hue. The foundational register is greige-to-oatmeal: floor-to-ceiling drapery in a heavy, densely gathered linen falls in pin-sharp cartridge pleats, its matte drape absorbing light and softening the glass wall's hard geometry. Against this, the dining chairs are upholstered in a slubbed, striated fabric — likely a raw silk or abaca-like bast fiber — whose horizontal grain reads almost as bark, and which is set in taut opposition to the ebonized, tapered hardwood frames in the Italian mid-century idiom of Gio Ponti or Ico Parisi. The tabletop, a mottled verdigris-and-bronze stone or fossilized surface, introduces the room's only earth-toned saturation, echoed by the burl-and-walnut plinth supporting a slender fluted bronze sculpture. The oak millwork is limed and open-grained, deliberately dry and tactile beside the high-polish patinated brass of the pendant. Underfoot, a hand-knotted silk rug in cloud-grey with charcoal ombré edges introduces atmospheric perspective — a painterly gradient that dematerializes the floor plane. Chromatic release arrives entirely from two sources: the framed abstract expressionist canvas at right, with its viridian, cobalt and violet gestural detonations, and the living wall of ivy beyond the glass. Both function as color events, not color schemes. ## III. Lighting, Atmosphere & Style Profile Daylight is the primary luminaire here, entering as a broad, north-soft wash through the terrace glazing and diffused further by the ivy screen, which acts as a natural lambrequin filtering glare into a cool, even green-tinted light. Artificial sources are deployed sculpturally rather than functionally: the pendant — a folded, petal-form composition of smoked glass and patinated metal — reads as a suspended object of art, throwing a warm downward pool onto the table while its dark bronze silhouette provides essential visual weight against the white ceiling. Wall-mounted alabaster sconces bracket the room at both thresholds, their translucent stone glowing with a low-lumen, candle-adjacent warmth that establishes perimeter intimacy after dusk. The resulting atmosphere is serene, curated and quietly patrician — a room engineered for extended conversation rather than display. Stylistically, the project synthesizes a **contemporary Soft Minimalism** with a strongly collected **Mid-Century Italian** sensibility: the restraint of the architectural envelope and monochromatic textile program provides a gallery-like neutral ground, upon which a small number of high-character objects — the sculptural pendant, the Ponti-esque seating, the abstract canvas, the exterior stone sculpture — perform as museum-grade punctuation. It is an interior that achieves luxury through material integrity and negative space rather than ornament.

AirField installed an AirPave grass fire lane for their porous flexible paving at Baptist Trinity Residential Hospice, creating a beautiful, functional, ecological friendly solution to facility access. An installation of an AirField Systems grass fire lane at Baptist Trinity Residential Hospice brings green building benefits and incredible strength to a beautiful new facility. A time lapse photo series highlight the installation process of the 6,747 PSI sand filled 100% recycled geocell technology, providing the strength of asphalt and concrete while relieving some of the burden of costly storm sewers and drainage. This new installation highlights the benefits of paving with grass, as well as the comparative ease of installation. Concrete and asphalt surfaces occupy twice the area of buildings and are the most detrimental to clean water. Concrete and asphalt surfaces dominate the landscape of our urban environments and prevent rainwater from being filtered naturally. They send harmful polluted water straight into our streams, rivers and lakes. In urban America, concrete and asphalt pavements produce two thirds of our excess water runoff. They are responsible for significant hydrocarbon pollutants on our ground and in our water, causing ground water decline, and resulting in local water shortages. These concrete and asphalt surfaces also create huge increases in temperature known as the urban “heat island effect”. The pollution caused by impervious surfaces deteriorate the quality of our storm water runoff and create large overflows that our storm sewer systems cannot handle. It is also important to realize that the urban forest force is drastically diminishing, causing CO2 levels to rise, which in turn causes global warming. With all the negative influences of impervious pavements now is the time to turn our attention to alternatives for the benefit of the environment. From fire lanes, overflow, and event parking, to temporary and stadium parking, reinforced grass parking systems deliver the same strength and durability of asphalt and concrete without the negative affects mentioned above. These incredibly strong geocells reinforce grass parking, prevent rutting from traffic, protect turf roots, and promote beautiful grass. Reinforced grass parking structures, also know as grass pavements, enhance the environment by naturally filtering auto and truck liquids such as oil drippings, antifreeze overflows and many other leaks and spills. They also help with air pollutants after they have been knocked to the ground by rainwater and greatly reduce hot surface temperatures thus fighting global warming and the “heat island effect”. Grass pavements allow our groundwater to be naturally replenished, the roots of trees to breathe, and they help our streams and rivers flow cleanly in dry hot summers. A large part of the solution to urban environmental problems is under our feet. By paying appropriate attention to the everyday materials on which we walk and drive, we can replenish renewable resources, restore the natural regenerative processes, and produce a cleaner, healthier, safer, more sustainable world in which we must live. Porous pavements are potentially the most important development in urban watersheds since the invention of storm sewers. By routing rainwater directly into the earth as nature intended, the need for costly storm water structures can be drastically reduced. Reinforced grass parking has built in permeable spaces through which water and air can pass. Although some porous paving materials are nearly indistinguishable from nonporous materials in construction and superficial appearance, their environmental effects are qualitatively exponential. They allow air, water and heat to dissipate into the environment naturally helping to save the planet. AirField reinforced grass parking provides beauty and comfort, and with the unbeatable price and performance of AirDrain you can’t go wrong. AirDrain is the reinforced grass pave system the industry has trusted for years !!! Airfield Systems, LLC 8028 North May Avenue Oklahoma City, OK 73120 405-359-3775 Installer – GREENPRO Landscapes Kevin James 9847 Stewart Rd Arlington, TN 38002

AirField installed an AirPave grass fire lane for their porous flexible paving at Baptist Trinity Residential Hospice, creating a beautiful, functional, ecological friendly solution to facility access. An installation of an AirField Systems grass fire lane at Baptist Trinity Residential Hospice brings green building benefits and incredible strength to a beautiful new facility. A time lapse photo series highlight the installation process of the 6,747 PSI sand filled 100% recycled geocell technology, providing the strength of asphalt and concrete while relieving some of the burden of costly storm sewers and drainage. This new installation highlights the benefits of paving with grass, as well as the comparative ease of installation. Concrete and asphalt surfaces occupy twice the area of buildings and are the most detrimental to clean water. Concrete and asphalt surfaces dominate the landscape of our urban environments and prevent rainwater from being filtered naturally. They send harmful polluted water straight into our streams, rivers and lakes. In urban America, concrete and asphalt pavements produce two thirds of our excess water runoff. They are responsible for significant hydrocarbon pollutants on our ground and in our water, causing ground water decline, and resulting in local water shortages. These concrete and asphalt surfaces also create huge increases in temperature known as the urban “heat island effect”. The pollution caused by impervious surfaces deteriorate the quality of our storm water runoff and create large overflows that our storm sewer systems cannot handle. It is also important to realize that the urban forest force is drastically diminishing, causing CO2 levels to rise, which in turn causes global warming. With all the negative influences of impervious pavements now is the time to turn our attention to alternatives for the benefit of the environment. From fire lanes, overflow, and event parking, to temporary and stadium parking, reinforced grass parking systems deliver the same strength and durability of asphalt and concrete without the negative affects mentioned above. These incredibly strong geocells reinforce grass parking, prevent rutting from traffic, protect turf roots, and promote beautiful grass. Reinforced grass parking structures, also know as grass pavements, enhance the environment by naturally filtering auto and truck liquids such as oil drippings, antifreeze overflows and many other leaks and spills. They also help with air pollutants after they have been knocked to the ground by rainwater and greatly reduce hot surface temperatures thus fighting global warming and the “heat island effect”. Grass pavements allow our groundwater to be naturally replenished, the roots of trees to breathe, and they help our streams and rivers flow cleanly in dry hot summers. A large part of the solution to urban environmental problems is under our feet. By paying appropriate attention to the everyday materials on which we walk and drive, we can replenish renewable resources, restore the natural regenerative processes, and produce a cleaner, healthier, safer, more sustainable world in which we must live. Porous pavements are potentially the most important development in urban watersheds since the invention of storm sewers. By routing rainwater directly into the earth as nature intended, the need for costly storm water structures can be drastically reduced. Reinforced grass parking has built in permeable spaces through which water and air can pass. Although some porous paving materials are nearly indistinguishable from nonporous materials in construction and superficial appearance, their environmental effects are qualitatively exponential. They allow air, water and heat to dissipate into the environment naturally helping to save the planet. AirField reinforced grass parking provides beauty and comfort, and with the unbeatable price and performance of AirDrain you can’t go wrong. AirDrain is the reinforced grass pave system the industry has trusted for years !!! Airfield Systems, LLC 8028 North May Avenue Oklahoma City, OK 73120 405-359-3775 Installer – GREENPRO Landscapes Kevin James 9847 Stewart Rd Arlington, TN 38002

AirField installed an AirPave grass fire lane for their porous flexible paving at Baptist Trinity Residential Hospice, creating a beautiful, functional, ecological friendly solution to facility access. An installation of an AirField Systems grass fire lane at Baptist Trinity Residential Hospice brings green building benefits and incredible strength to a beautiful new facility. A time lapse photo series highlight the installation process of the 6,747 PSI sand filled 100% recycled geocell technology, providing the strength of asphalt and concrete while relieving some of the burden of costly storm sewers and drainage. This new installation highlights the benefits of paving with grass, as well as the comparative ease of installation. Concrete and asphalt surfaces occupy twice the area of buildings and are the most detrimental to clean water. Concrete and asphalt surfaces dominate the landscape of our urban environments and prevent rainwater from being filtered naturally. They send harmful polluted water straight into our streams, rivers and lakes. In urban America, concrete and asphalt pavements produce two thirds of our excess water runoff. They are responsible for significant hydrocarbon pollutants on our ground and in our water, causing ground water decline, and resulting in local water shortages. These concrete and asphalt surfaces also create huge increases in temperature known as the urban “heat island effect”. The pollution caused by impervious surfaces deteriorate the quality of our storm water runoff and create large overflows that our storm sewer systems cannot handle. It is also important to realize that the urban forest force is drastically diminishing, causing CO2 levels to rise, which in turn causes global warming. With all the negative influences of impervious pavements now is the time to turn our attention to alternatives for the benefit of the environment. From fire lanes, overflow, and event parking, to temporary and stadium parking, reinforced grass parking systems deliver the same strength and durability of asphalt and concrete without the negative affects mentioned above. These incredibly strong geocells reinforce grass parking, prevent rutting from traffic, protect turf roots, and promote beautiful grass. Reinforced grass parking structures, also know as grass pavements, enhance the environment by naturally filtering auto and truck liquids such as oil drippings, antifreeze overflows and many other leaks and spills. They also help with air pollutants after they have been knocked to the ground by rainwater and greatly reduce hot surface temperatures thus fighting global warming and the “heat island effect”. Grass pavements allow our groundwater to be naturally replenished, the roots of trees to breathe, and they help our streams and rivers flow cleanly in dry hot summers. A large part of the solution to urban environmental problems is under our feet. By paying appropriate attention to the everyday materials on which we walk and drive, we can replenish renewable resources, restore the natural regenerative processes, and produce a cleaner, healthier, safer, more sustainable world in which we must live. Porous pavements are potentially the most important development in urban watersheds since the invention of storm sewers. By routing rainwater directly into the earth as nature intended, the need for costly storm water structures can be drastically reduced. Reinforced grass parking has built in permeable spaces through which water and air can pass. Although some porous paving materials are nearly indistinguishable from nonporous materials in construction and superficial appearance, their environmental effects are qualitatively exponential. They allow air, water and heat to dissipate into the environment naturally helping to save the planet. AirField reinforced grass parking provides beauty and comfort, and with the unbeatable price and performance of AirDrain you can’t go wrong. AirDrain is the reinforced grass pave system the industry has trusted for years !!! Airfield Systems, LLC 8028 North May Avenue Oklahoma City, OK 73120 405-359-3775 Installer – GREENPRO Landscapes Kevin James 9847 Stewart Rd Arlington, TN 38002

AirField installed an AirPave grass fire lane for their porous flexible paving at Baptist Trinity Residential Hospice, creating a beautiful, functional, ecological friendly solution to facility access. An installation of an AirField Systems grass fire lane at Baptist Trinity Residential Hospice brings green building benefits and incredible strength to a beautiful new facility. A time lapse photo series highlight the installation process of the 6,747 PSI sand filled 100% recycled geocell technology, providing the strength of asphalt and concrete while relieving some of the burden of costly storm sewers and drainage. This new installation highlights the benefits of paving with grass, as well as the comparative ease of installation. Concrete and asphalt surfaces occupy twice the area of buildings and are the most detrimental to clean water. Concrete and asphalt surfaces dominate the landscape of our urban environments and prevent rainwater from being filtered naturally. They send harmful polluted water straight into our streams, rivers and lakes. In urban America, concrete and asphalt pavements produce two thirds of our excess water runoff. They are responsible for significant hydrocarbon pollutants on our ground and in our water, causing ground water decline, and resulting in local water shortages. These concrete and asphalt surfaces also create huge increases in temperature known as the urban “heat island effect”. The pollution caused by impervious surfaces deteriorate the quality of our storm water runoff and create large overflows that our storm sewer systems cannot handle. It is also important to realize that the urban forest force is drastically diminishing, causing CO2 levels to rise, which in turn causes global warming. With all the negative influences of impervious pavements now is the time to turn our attention to alternatives for the benefit of the environment. From fire lanes, overflow, and event parking, to temporary and stadium parking, reinforced grass parking systems deliver the same strength and durability of asphalt and concrete without the negative affects mentioned above. These incredibly strong geocells reinforce grass parking, prevent rutting from traffic, protect turf roots, and promote beautiful grass. Reinforced grass parking structures, also know as grass pavements, enhance the environment by naturally filtering auto and truck liquids such as oil drippings, antifreeze overflows and many other leaks and spills. They also help with air pollutants after they have been knocked to the ground by rainwater and greatly reduce hot surface temperatures thus fighting global warming and the “heat island effect”. Grass pavements allow our groundwater to be naturally replenished, the roots of trees to breathe, and they help our streams and rivers flow cleanly in dry hot summers. A large part of the solution to urban environmental problems is under our feet. By paying appropriate attention to the everyday materials on which we walk and drive, we can replenish renewable resources, restore the natural regenerative processes, and produce a cleaner, healthier, safer, more sustainable world in which we must live. Porous pavements are potentially the most important development in urban watersheds since the invention of storm sewers. By routing rainwater directly into the earth as nature intended, the need for costly storm water structures can be drastically reduced. Reinforced grass parking has built in permeable spaces through which water and air can pass. Although some porous paving materials are nearly indistinguishable from nonporous materials in construction and superficial appearance, their environmental effects are qualitatively exponential. They allow air, water and heat to dissipate into the environment naturally helping to save the planet. AirField reinforced grass parking provides beauty and comfort, and with the unbeatable price and performance of AirDrain you can’t go wrong. AirDrain is the reinforced grass pave system the industry has trusted for years !!! Airfield Systems, LLC 8028 North May Avenue Oklahoma City, OK 73120 405-359-3775 Installer – GREENPRO Landscapes Kevin James 9847 Stewart Rd Arlington, TN 38002

AirField installed an AirPave grass fire lane for their porous flexible paving at Baptist Trinity Residential Hospice, creating a beautiful, functional, ecological friendly solution to facility access. An installation of an AirField Systems grass fire lane at Baptist Trinity Residential Hospice brings green building benefits and incredible strength to a beautiful new facility. A time lapse photo series highlight the installation process of the 6,747 PSI sand filled 100% recycled geocell technology, providing the strength of asphalt and concrete while relieving some of the burden of costly storm sewers and drainage. This new installation highlights the benefits of paving with grass, as well as the comparative ease of installation. Concrete and asphalt surfaces occupy twice the area of buildings and are the most detrimental to clean water. Concrete and asphalt surfaces dominate the landscape of our urban environments and prevent rainwater from being filtered naturally. They send harmful polluted water straight into our streams, rivers and lakes. In urban America, concrete and asphalt pavements produce two thirds of our excess water runoff. They are responsible for significant hydrocarbon pollutants on our ground and in our water, causing ground water decline, and resulting in local water shortages. These concrete and asphalt surfaces also create huge increases in temperature known as the urban “heat island effect”. The pollution caused by impervious surfaces deteriorate the quality of our storm water runoff and create large overflows that our storm sewer systems cannot handle. It is also important to realize that the urban forest force is drastically diminishing, causing CO2 levels to rise, which in turn causes global warming. With all the negative influences of impervious pavements now is the time to turn our attention to alternatives for the benefit of the environment. From fire lanes, overflow, and event parking, to temporary and stadium parking, reinforced grass parking systems deliver the same strength and durability of asphalt and concrete without the negative affects mentioned above. These incredibly strong geocells reinforce grass parking, prevent rutting from traffic, protect turf roots, and promote beautiful grass. Reinforced grass parking structures, also know as grass pavements, enhance the environment by naturally filtering auto and truck liquids such as oil drippings, antifreeze overflows and many other leaks and spills. They also help with air pollutants after they have been knocked to the ground by rainwater and greatly reduce hot surface temperatures thus fighting global warming and the “heat island effect”. Grass pavements allow our groundwater to be naturally replenished, the roots of trees to breathe, and they help our streams and rivers flow cleanly in dry hot summers. A large part of the solution to urban environmental problems is under our feet. By paying appropriate attention to the everyday materials on which we walk and drive, we can replenish renewable resources, restore the natural regenerative processes, and produce a cleaner, healthier, safer, more sustainable world in which we must live. Porous pavements are potentially the most important development in urban watersheds since the invention of storm sewers. By routing rainwater directly into the earth as nature intended, the need for costly storm water structures can be drastically reduced. Reinforced grass parking has built in permeable spaces through which water and air can pass. Although some porous paving materials are nearly indistinguishable from nonporous materials in construction and superficial appearance, their environmental effects are qualitatively exponential. They allow air, water and heat to dissipate into the environment naturally helping to save the planet. AirField reinforced grass parking provides beauty and comfort, and with the unbeatable price and performance of AirDrain you can’t go wrong. AirDrain is the reinforced grass pave system the industry has trusted for years !!! Airfield Systems, LLC 8028 North May Avenue Oklahoma City, OK 73120 405-359-3775 Installer – GREENPRO Landscapes Kevin James 9847 Stewart Rd Arlington, TN 38002

Minimalist dark wood floor kitchen photo in San Francisco

Kitchen - large country kitchen idea in Columbus

Hallway - modern hallway idea in Houston

Paul Hester
Example of a trendy staircase design in Austin

Custom Surface Solutions (www.css-tile.com) - Owner Craig Thompson (512) 430-1215. This project shows new 12 x 24 tile installed vertically with offset layout pattern on wall and floor. Includes shower box with linear glass accent tile back and vertical glass accent band. Tile edges are finished with Schluter Jolly satin aluminum profile edge trim.

Photo by Aquatic Creations

Corbin Henry
Example of a tuscan family room design in Sacramento

Hot tub - large southwestern backyard brick and rectangular lap hot tub idea in Phoenix