Cool Paint is a paint roof cover that absorbs the warmth of the sun to keep the roof and the surrounding area cooler. The roof lasts longer and the temperature in the interior is more comfortable. Once the service is implemented, it starts to pay for itself. Cool Paint is weather-resistant and non-dissolvent. The cooling effect has a value (measured according to ASTM E1980) of SRI (Solar Reflectance Index). The SRI value of Cool Paint is 89. Therefore, a Cool Paint covering is 72% of sunlight and returns 87% of the heat to the atmosphere rather than the underlying air. Most solar heat reduces the difference in the roof temperature between day and night, summer and winter. The roof's lifetime is extended by constantly lower temperatures.

This backyard garden, showcased one year into its spring growth, features a rain garden and dry creek bed. The lawn conversion enhances interest for both wildlife and people while effectively utilizing rainwater. With the use of drought-tolerant native plants, the garden also significantly reduces the water bill.

Introducing "LA Biomoph," a groundbreaking and eco-sustainable architectural vision that reimagines the luxury homes of Los Angeles. Meticulously crafted to align with the region's climate, LA Biomoph embraces nature-inspired solutions, delivering a harmonious living experience while addressing environmental challenges. At the core of LA Biomoph is a profound dedication to energy efficiency. Smartly utilizing natural elements, the architecture optimizes energy consumption with advanced insulation, reflective roofing, and passive cooling strategies like cross-ventilation and natural shading. Renewable energy integration is key, utilizing solar coatings on cladding and glazing to harness the abundant Californian sunshine and significantly reduce the development's carbon footprint. Water conservation takes center stage with rainwater harvesting systems and low-flow fixtures, responsibly managing the region's scarce water resources. LA Biomoph's impact extends beyond the buildings themselves, as native and drought-resistant plantings support local ecosystems and reduce water demand for landscaping. With a focus on sustainable construction practices, the use of recycled and locally sourced materials minimizes environmental impact. Committed to sustainability, LA Biomoph emphasizes waste reduction and recycling during construction. Natural ventilation through operable windows complements the design, providing fresh air and mild weather cooling, thereby reducing the need for artificial cooling. With cool roofing materials that reflect sunlight, LA Biomoph ensures indoor comfort while mitigating the urban heat island effect. The architecture maximizes natural daylight, enhancing energy efficiency and reducing reliance on artificial lighting. LA Biomoph's adaptive design ensures longevity, accommodating evolving needs and future sustainable technologies. © 2023 by Esra Karagoz | All Rights Reserved.

Introducing "LA Biomoph," a groundbreaking and eco-sustainable architectural vision that reimagines the luxury homes of Los Angeles. Meticulously crafted to align with the region's climate, LA Biomoph embraces nature-inspired solutions, delivering a harmonious living experience while addressing environmental challenges. At the core of LA Biomoph is a profound dedication to energy efficiency. Smartly utilizing natural elements, the architecture optimizes energy consumption with advanced insulation, reflective roofing, and passive cooling strategies like cross-ventilation and natural shading. Renewable energy integration is key, utilizing solar coatings on cladding and glazing to harness the abundant Californian sunshine and significantly reduce the development's carbon footprint. Water conservation takes center stage with rainwater harvesting systems and low-flow fixtures, responsibly managing the region's scarce water resources. LA Biomoph's impact extends beyond the buildings themselves, as native and drought-resistant plantings support local ecosystems and reduce water demand for landscaping. With a focus on sustainable construction practices, the use of recycled and locally sourced materials minimizes environmental impact. Committed to sustainability, LA Biomoph emphasizes waste reduction and recycling during construction. Natural ventilation through operable windows complements the design, providing fresh air and mild weather cooling, thereby reducing the need for artificial cooling. With cool roofing materials that reflect sunlight, LA Biomoph ensures indoor comfort while mitigating the urban heat island effect. The architecture maximizes natural daylight, enhancing energy efficiency and reducing reliance on artificial lighting. LA Biomoph's adaptive design ensures longevity, accommodating evolving needs and future sustainable technologies.

Introducing "LA Biomoph," a groundbreaking and eco-sustainable architectural vision that reimagines the luxury homes of Los Angeles. Meticulously crafted to align with the region's climate, LA Biomoph embraces nature-inspired solutions, delivering a harmonious living experience while addressing environmental challenges. At the core of LA Biomoph is a profound dedication to energy efficiency. Smartly utilizing natural elements, the architecture optimizes energy consumption with advanced insulation, reflective roofing, and passive cooling strategies like cross-ventilation and natural shading. Renewable energy integration is key, utilizing solar coatings on cladding and glazing to harness the abundant Californian sunshine and significantly reduce the development's carbon footprint. Water conservation takes center stage with rainwater harvesting systems and low-flow fixtures, responsibly managing the region's scarce water resources. LA Biomoph's impact extends beyond the buildings themselves, as native and drought-resistant plantings support local ecosystems and reduce water demand for landscaping. With a focus on sustainable construction practices, the use of recycled and locally sourced materials minimizes environmental impact. Committed to sustainability, LA Biomoph emphasizes waste reduction and recycling during construction. Natural ventilation through operable windows complements the design, providing fresh air and mild weather cooling, thereby reducing the need for artificial cooling. With cool roofing materials that reflect sunlight, LA Biomoph ensures indoor comfort while mitigating the urban heat island effect. The architecture maximizes natural daylight, enhancing energy efficiency and reducing reliance on artificial lighting. LA Biomoph's adaptive design ensures longevity, accommodating evolving needs and future sustainable technologies.

Introducing "LA Biomoph," a groundbreaking and eco-sustainable architectural vision that reimagines the luxury homes of Los Angeles. Meticulously crafted to align with the region's climate, LA Biomoph embraces nature-inspired solutions, delivering a harmonious living experience while addressing environmental challenges. At the core of LA Biomoph is a profound dedication to energy efficiency. Smartly utilizing natural elements, the architecture optimizes energy consumption with advanced insulation, reflective roofing, and passive cooling strategies like cross-ventilation and natural shading. Renewable energy integration is key, utilizing solar coatings on cladding and glazing to harness the abundant Californian sunshine and significantly reduce the development's carbon footprint. Water conservation takes center stage with rainwater harvesting systems and low-flow fixtures, responsibly managing the region's scarce water resources. LA Biomoph's impact extends beyond the buildings themselves, as native and drought-resistant plantings support local ecosystems and reduce water demand for landscaping. With a focus on sustainable construction practices, the use of recycled and locally sourced materials minimizes environmental impact. Committed to sustainability, LA Biomoph emphasizes waste reduction and recycling during construction. Natural ventilation through operable windows complements the design, providing fresh air and mild weather cooling, thereby reducing the need for artificial cooling. With cool roofing materials that reflect sunlight, LA Biomoph ensures indoor comfort while mitigating the urban heat island effect. The architecture maximizes natural daylight, enhancing energy efficiency and reducing reliance on artificial lighting. LA Biomoph's adaptive design ensures longevity, accommodating evolving needs and future sustainable technologies. © 2023 by Esra Karagoz | All Rights Reserved.

Introducing "LA Biomoph," a groundbreaking and eco-sustainable architectural vision that reimagines the luxury homes of Los Angeles. Meticulously crafted to align with the region's climate, LA Biomoph embraces nature-inspired solutions, delivering a harmonious living experience while addressing environmental challenges. At the core of LA Biomoph is a profound dedication to energy efficiency. Smartly utilizing natural elements, the architecture optimizes energy consumption with advanced insulation, reflective roofing, and passive cooling strategies like cross-ventilation and natural shading. Renewable energy integration is key, utilizing solar coatings on cladding and glazing to harness the abundant Californian sunshine and significantly reduce the development's carbon footprint. Water conservation takes center stage with rainwater harvesting systems and low-flow fixtures, responsibly managing the region's scarce water resources. LA Biomoph's impact extends beyond the buildings themselves, as native and drought-resistant plantings support local ecosystems and reduce water demand for landscaping. With a focus on sustainable construction practices, the use of recycled and locally sourced materials minimizes environmental impact. Committed to sustainability, LA Biomoph emphasizes waste reduction and recycling during construction. Natural ventilation through operable windows complements the design, providing fresh air and mild weather cooling, thereby reducing the need for artificial cooling. With cool roofing materials that reflect sunlight, LA Biomoph ensures indoor comfort while mitigating the urban heat island effect. The architecture maximizes natural daylight, enhancing energy efficiency and reducing reliance on artificial lighting. LA Biomoph's adaptive design ensures longevity, accommodating evolving needs and future sustainable technologies.

Inspiration for a contemporary hallway remodel in Ahmedabad

Beach style open concept dark wood floor living room photo in Charleston with white walls, a standard fireplace and a stone fireplace

In an attempt to diminish irrigation and maintenance cost we greatly reduced the lawn and added drought tolerant plants that would be easy for the homeowner to maintain. By placing plants in a pseudo-agricultural rows we were able to give the landscape a contemporary feel without working against the more traditional lines of the home. Bright colors, interesting textures and seasonal changes keep the landscape from becoming stale. A new gathering space complete with bistro lights in the existing pine were incorporated to accommodate both large and intimate affairs. Through creative and cost effective measures this property now offers a contemporary setting without conflicting with the homes original design.

In an attempt to diminish irrigation and maintenance cost we greatly reduced the lawn and added drought tolerant plants that would be easy for the homeowner to maintain. By placing plants in a pseudo-agricultural rows we were able to give the landscape a contemporary feel without working against the more traditional lines of the home. Bright colors, interesting textures and seasonal changes keep the landscape from becoming stale. A new gathering space complete with bistro lights in the existing pine were incorporated to accommodate both large and intimate affairs. Through creative and cost effective measures this property now offers a contemporary setting without conflicting with the homes original design.

Clear mountain streams, bright blue skies, and lush forests are visible from the floor to ceiling glass. The railing by Keuka Studios ensures the visibility of the view.

The home, designed for an avid sailor, seeks to be compact and efficient like a well-crafted sailboat. It is organized around the idea of a “light box.” This is expressed by a clerestory and light well that expand the spatial volume, engage the sky, and bring landscape into the center of the home. As one light box pushes up the other pushes down to create a dynamic exchange of interior and exterior environments that fill the primary living spaces with daylight and intimacy. Through special opportunities in the zoning code, the clerestory breaks the boundaries of the reduced height limit to introduce spatial variation.

Our overall design concept for the renovation of this space was to optimize the functional space for a family of five and accentuate the existing window. In the renovation, we eliminated a huge centrally located kitchen island which acted as an obstacle to the feeling of the space and focused on creating an elegant and balanced plan promoting movement, simplicity and precisely executed details. We held strong to having the kitchen cabinets, wherever possible, float off the floor to give the subtle impression of lightness avoiding a bottom heavy look. The cabinets were painted a pale tinted green to reduce the empty effect of light flooding a white kitchen leaving a softness and complementing the gray tiles. To integrate the existing dining room with the kitchen, we simply added some classic dining chairs and a dynamic light fixture, juxtaposing the geometry of the boxy kitchen with organic curves and triangular lights to balance the clean design with an inviting warmth.

In an attempt to diminish irrigation and maintenance cost we greatly reduced the lawn and added drought tolerant plants that would be easy for the homeowner to maintain. By placing plants in a pseudo-agricultural rows we were able to give the landscape a contemporary feel without working against the more traditional lines of the home. Bright colors, interesting textures and seasonal changes keep the landscape from becoming stale. A new gathering space complete with bistro lights in the existing pine were incorporated to accommodate both large and intimate affairs. Through creative and cost effective measures this property now offers a contemporary setting without conflicting with the homes original design.

View of the fabric in the projected position: The patio at this private residence in Mahwah NJ faces west, and during the summer months, the heat and glare from the sun is overwhelming; making this beautiful outdoor retreat unbearable. Motorized exterior solar shades were installed on the fascia of the overhang to reduce the harmful effects of the sun. The goals were to create a comfortable living space, reduce the glare, heat and UV, and reduce flying insects and inclement weather when in use. A Charcoal colored fabric was chosen for this roller shade as retaining the view was one of the priorities. The shade cloth selected blocks 95% of glare, but still allows the an unobstructed view of the pool for safety, and keeps the views of the Ramapo River and beautifully landscaped property. The amount of coverage and openness of the fabric drastically reduces insects and inclement weather, and cable guide rails were chosen to keep the shade fabric from billowing in the wind. Due to their small footprint, cable guides are more aesthetically pleasing versus aluminum rails, zip rails or concealed edge options which were available, but not selected for this application. The Somfy motorization allows for push-button operation, and was also tied into an existing smart-home automation system which allows the client to control the product remotely. An added benefit of this automation feature allows the client to save on cooling related air conditioning costs. The combination of 95% UV blockage and dark colored fabric gives these exterior solar shades an 87% Solar Heat Gain Coefficient, meaning that these solar screen shades will dramatically reduce the amount of UV and heat penetrating the windows of the home. Fabric Specifications: Mermet Satine Charcoal/Charcoal, Pattern 30.30 7% Solar Transmittance (Ts) 5% Solar Reflectance (Rs) 88% Solar Absorptance (As) 7% Visible Light Transmission VLT (Tv)

View of the color-matched cassette hardware which conceals the shade fabric: The patio at this private residence in Mahwah NJ faces west, and during the summer months, the heat and glare from the sun is overwhelming; making this beautiful outdoor retreat unbearable. Motorized exterior solar shades were installed on the fascia of the overhang to reduce the harmful effects of the sun. The goals were to create a comfortable living space, reduce the glare, heat and UV, and reduce flying insects and inclement weather when in use. A Charcoal colored fabric was chosen for this roller shade as retaining the view was one of the priorities. The shade cloth selected blocks 95% of glare, but still allows the an unobstructed view of the pool for safety, and keeps the views of the Ramapo River and beautifully landscaped property. The amount of coverage and openness of the fabric drastically reduces insects and inclement weather, and cable guide rails were chosen to keep the shade fabric from billowing in the wind. Due to their small footprint, cable guides are more aesthetically pleasing versus aluminum rails, zip rails or concealed edge options which were available, but not selected for this application. The Somfy motorization allows for push-button operation, and was also tied into an existing smart-home automation system which allows the client to control the product remotely. An added benefit of this automation feature allows the client to save on cooling related air conditioning costs. The combination of 95% UV blockage and dark colored fabric gives these exterior solar shades an 87% Solar Heat Gain Coefficient, meaning that these solar screen shades will dramatically reduce the amount of UV and heat penetrating the windows of the home. Fabric Specifications: Mermet Satine Charcoal/Charcoal, Pattern 30.30 7% Solar Transmittance (Ts) 5% Solar Reflectance (Rs) 88% Solar Absorptance (As) 7% Visible Light Transmission VLT (Tv)