The Arcadia Louvered Roof enhances the beauty of any style home and provides the flexibility of having an open roof when the weather is good or a solid roof to keep the rain off your patio when the weather turns bad. Eco-friendly Construction The Arcadia system is made up of recycled aluminum making it an extremely Green product. It is also eco-friendly, helping consumers save on passive solar heating and cooling. We Think Green Arcadia is proud to continue the company's tradition with its approach to Environmental Innovation. From the choice of lightweight materials and lean production methods to the efficiency of its drive system and designs, Arcadia is committed to operating as a more sustainable business and reducing its overall environmental impact. High-quality Building Materials Each Arcadia system is a work of art, constructed with care and attention to every little detail. Our system is powered coated, extruded aluminum with stainless steel components giving us the most durable louvered roof on the market today. From our superior drive system, which is UL & CE certified, down to the stainless steel tex screws that secures the system together. Nothing but the best! Our low-maintenance components eliminate painting, staining, and waterproofing of traditional shading structures. Using powder-coated aluminum construction prevents warping, cracking, and corrosion.

The Arcadia Louvered Roof enhances the beauty of any style home and provides the flexibility of having an open roof when the weather is good or a solid roof to keep the rain off your patio when the weather turns bad. Eco-friendly Construction The Arcadia system is made up of recycled aluminum making it an extremely Green product. It is also eco-friendly, helping consumers save on passive solar heating and cooling. We Think Green Arcadia is proud to continue the company's tradition with its approach to Environmental Innovation. From the choice of lightweight materials and lean production methods to the efficiency of its drive system and designs, Arcadia is committed to operating as a more sustainable business and reducing its overall environmental impact. High-quality Building Materials Each Arcadia system is a work of art, constructed with care and attention to every little detail. Our system is powered coated, extruded aluminum with stainless steel components giving us the most durable louvered roof on the market today. From our superior drive system, which is UL & CE certified, down to the stainless steel tex screws that secures the system together. Nothing but the best! Our low-maintenance components eliminate painting, staining, and waterproofing of traditional shading structures. Using powder-coated aluminum construction prevents warping, cracking, and corrosion.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

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

The Arcadia Louvered Roof enhances the beauty of any style home and provides the flexibility of having an open roof when the weather is good or a solid roof to keep the rain off your patio when the weather turns bad. Eco-friendly Construction The Arcadia system is made up of recycled aluminum making it an extremely Green product. It is also eco-friendly, helping consumers save on passive solar heating and cooling. We Think Green Arcadia is proud to continue the company's tradition with its approach to Environmental Innovation. From the choice of lightweight materials and lean production methods to the efficiency of its drive system and designs, Arcadia is committed to operating as a more sustainable business and reducing its overall environmental impact. High-quality Building Materials Each Arcadia system is a work of art, constructed with care and attention to every little detail. Our system is powered coated, extruded aluminum with stainless steel components giving us the most durable louvered roof on the market today. From our superior drive system, which is UL & CE certified, down to the stainless steel tex screws that secures the system together. Nothing but the best! Our low-maintenance components eliminate painting, staining, and waterproofing of traditional shading structures. Using powder-coated aluminum construction prevents warping, cracking, and corrosion. Photographed by: Roger Chafin

The Arcadia Louvered Roof enhances the beauty of any style home and provides the flexibility of having an open roof when the weather is good or a solid roof to keep the rain off your patio when the weather turns bad. Eco-friendly Construction The Arcadia system is made up of recycled aluminum making it an extremely Green product. It is also eco-friendly, helping consumers save on passive solar heating and cooling. We Think Green Arcadia is proud to continue the company's tradition with its approach to Environmental Innovation. From the choice of lightweight materials and lean production methods to the efficiency of its drive system and designs, Arcadia is committed to operating as a more sustainable business and reducing its overall environmental impact. High-quality Building Materials Each Arcadia system is a work of art, constructed with care and attention to every little detail. Our system is powered coated, extruded aluminum with stainless steel components giving us the most durable louvered roof on the market today. From our superior drive system, which is UL & CE certified, down to the stainless steel tex screws that secures the system together. Nothing but the best! Our low-maintenance components eliminate painting, staining, and waterproofing of traditional shading structures. Using powder-coated aluminum construction prevents warping, cracking, and corrosion.

The Arcadia Louvered Roof enhances the beauty of any style home and provides the flexibility of having an open roof when the weather is good or a solid roof to keep the rain off your patio when the weather turns bad. Eco-friendly Construction The Arcadia system is made up of recycled aluminum making it an extremely Green product. It is also eco-friendly, helping consumers save on passive solar heating and cooling. We Think Green Arcadia is proud to continue the company's tradition with its approach to Environmental Innovation. From the choice of lightweight materials and lean production methods to the efficiency of its drive system and designs, Arcadia is committed to operating as a more sustainable business and reducing its overall environmental impact. High-quality Building Materials Each Arcadia system is a work of art, constructed with care and attention to every little detail. Our system is powered coated, extruded aluminum with stainless steel components giving us the most durable louvered roof on the market today. From our superior drive system, which is UL & CE certified, down to the stainless steel tex screws that secures the system together. Nothing but the best! Our low-maintenance components eliminate painting, staining, and waterproofing of traditional shading structures. Using powder-coated aluminum construction prevents warping, cracking, and corrosion.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

The Arcadia Louvered Roof enhances the beauty of any style home and provides the flexibility of having an open roof when the weather is good or a solid roof to keep the rain off your patio when the weather turns bad. Eco-friendly Construction The Arcadia system is made up of recycled aluminum making it an extremely Green product. It is also eco-friendly, helping consumers save on passive solar heating and cooling. We Think Green Arcadia is proud to continue the company's tradition with its approach to Environmental Innovation. From the choice of lightweight materials and lean production methods to the efficiency of its drive system and designs, Arcadia is committed to operating as a more sustainable business and reducing its overall environmental impact. High-quality Building Materials Each Arcadia system is a work of art, constructed with care and attention to every little detail. Our system is powered coated, extruded aluminum with stainless steel components giving us the most durable louvered roof on the market today. From our superior drive system, which is UL & CE certified, down to the stainless steel tex screws that secures the system together. Nothing but the best! Our low-maintenance components eliminate painting, staining, and waterproofing of traditional shading structures. Using powder-coated aluminum construction prevents warping, cracking, and corrosion. Photographed by: Roger Chafin

This panoramic outdoor sauna is handcrafted from solid Western Red Cedar and designed for long-term durability in outdoor environments. Western Red Cedar naturally resists moisture, mold, and decay, making it significantly more stable and reliable than many common wood species used in outdoor construction. Unlike standard softwoods, cedar handles temperature changes and humidity with minimal movement, helping the structure remain tight and stable over time. The panoramic window creates an open and relaxing atmosphere while maintaining efficient heat retention and even temperature distribution throughout the sauna. One of the main advantages of cedar construction is the simple and natural maintenance. The exterior can be protected with standard wood oils or sealers if desired, while the interior typically requires only basic cleaning and ventilation. Built using solid cedar components and traditional construction methods, this sauna is designed to perform reliably for 15–20+ years outdoors, providing a natural and durable alternative to mass-produced units.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.

Rivington Street Building is a multi-family residential building in New York City that was designed, developed and constructed from the ground up by Paul A. Castrucci, Architect. In order to successfully take on the roles of developer and contractor, Castrucci utilized his ability to balance budget, schedule and constructability. The building is a part of its community and its facade responds to the human and contextual scale. The base of the building utilizes brick, tying it into the surrounding neighborhood. The top floors of the building break from the contextual base in form and material. The corrugated metal saw tooth roofline is a response to the environment, bringing in soft, northern light while providing roof area for a Photovoltaic array of solar panels. The top floor is connected to a roof garden filled with native plants. The result is a light-filled, dynamic space that is shaped by its relationship to daylight and connections to the exterior. Constructed in 2003, Rivington Street Building is an example of the firm’s energy efficient design that utilizes sustainable methods such as a high-performance envelope, a solar Photovoltaic (PV) array and rainwater collection/grey water system.