Artist David Mach designs sculptural building out of repurposed shipping containers

July 12, 2019 by  
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UK-artist and self-proclaimed “accidental architect” David Mach has just unveiled an amazing design for his first ever building. Slated for a new development just west of Edinburgh, Mach 1 is a massive, sculptural building built out of over 30 shipping containers . The building is a collaboration between the developers of Edinburgh Park, Parabola and Stirling Prize-nominated architects, Dixon Jones , who created the project’s master plan. The complex, which is just in the planning stages, is slated for a large 43-acre lot just west of the Scottish capital. The development plan envisions a vibrant community made up of office space, a new public square, sports and leisure facilities, a health center, along with various retail shops and restaurants. Related: David Mach Creates Enormous Sculptures from Coat Hangers and Matches During the planning stages, the decision was made to commission a landmark for the new development, something that would be eye-catching, but also multi-functional. Enter, UK artist, David Mach , who is known for creating immense, dynamic art installations using a wide range of materials. Mach’s vision for the project is what has been named “Mach 1”. The formidable concepts envisions a large building made out of more than 30 shipping containers stacked at various angles. Slated to hold court in the middle of the development, Mach 1 will stand out not only for its large stature, but also its use of repurposed materials . The artist explains that the building is an homage to the way that urban developments can put sustainability at the forefront of new projects, “What we are planning to build, is a substantial building, made from around 30 sea containers. There is quite a dramatic shape to the building, not a regular piece of architecture. It will be something that you really notice. It is a building that really makes a statement about itself.” The shipping container building will house the development’s marketing offices to start, including a display area that will feature a full site model and information about the construction of Edinburgh Park. Mach 1 will also include a large gallery space for exhibitions and a cafe. The interior will be outfitted with various flexible elements in order to be able to host small and large events throughout the year. + David Mach Via Archdaily Images via David Mach , Dixon Jones  and Assembly Studios

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Artist David Mach designs sculptural building out of repurposed shipping containers

Is cargotecture the future of construction? What you need to know for your next project

March 11, 2019 by  
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As the construction industry continues to evolve and adapt to innovations like green buildings, the push for more sustainable materials  and the efforts to reduce waste, there is one trend that is pushing the limits of design — cargotecture. Steel shipping containers have been a key component of global trade for the past 50 years, and now these steel boxes that are 8 feet wide by 8-and-a-half feet high — and either 20 or 40 feet long — are becoming a recycled building material that you can use to build your own home. There are millions of shipping containers all over the world just sitting in various ports, as returning empty containers to their original location is extremely costly. But now, these shipping containers are being used to build everything from low-cost housing to fabulous vacation homes instead of being scrapped. However, could cargotecture be too good to be true when it comes to building a home? Here are the pros and cons of using shipping containers for your next construction project. Related: Massive shipping container shopping center to pop up in Warsaw Pros Cost-effective The shape of shipping containers makes them ideal for repurposing into buildings . Compared to building a similar structure with brick and mortar, on average, a cargotecture can be 30 percent cheaper. However, the savings will depend on the location and what type of home you are building. Another thing to keep in mind is that a cargotecture home won’t be the same as what you are used to in a traditionally-built home— if cost is a top priority. The look and function will be different, and you will have to make compromises.  You can upgrade to get the features you want with a little more money. Ultimately, you can definitely cut costs when using cargotecture. Structural stability Since steel containers are designed to carry tons of merchandise across rough ocean  tides, they are “virtually indestructible.” Earthquakes and hurricanes are no match for cargotecture, which make containers an excellent choice for building a home in areas prone to natural disasters. Construction speed A traditional housing structure can take months to build, but with cargotecture, all you need is about two to three weeks since they are basically prefabricated. Not to mention, modifications can be made quickly off-site. Or, if you are a hardcore DIYer , you can build a home out of a shipping container much easier than you could with lumber, a hammer and nails. You can also customize a layout by stacking the containers for multiple floors and splicing them together for a larger space. However, there is a lot of modification required when you use cargotecture. Depending on the design, you may need to add steel reinforcement. Heating and cooling can also be a major issue, so you definitely need to have a temperature control strategy in mind. Recycling materials When recycled shipping containers are used in cargotecture, it can be extremely eco-friendly . Repurposing the containers instead of scrapping and melting them can save a lot of energy and carbon emissions while preventing the use of traditional materials. Safety Good luck breaking into a cargotecture structure. Unless thieves have some dynamite or a blow torch, they are not getting inside. This makes cargotecture a perfect choice for building in rural and remote areas. Related: Stacked shipping containers transform into a thriving arts space in Venezuela Cons The green myth The downside with cargotecture is that sometimes it’s not as green as you would believe. Some people are using brand new containers instead of recycling old ones, and this completely defeats the purpose of cargotecture. And, to make a container habitable, there is a lot of energy required because of the modifications like sandblasting and cutting openings. Plus, the amount of fossil fuels needed to move the building makes cargotecture’s ecological footprint larger than you might think. Health hazards Obviously, when shipping containers are made, human habitation was not a factor in their design or construction. Many shipping containers have lead-based paints on the walls and chemicals like arsenic in the floors. You must deal with these issues before moving into a cargotecture home. Temperature control We mentioned earlier that modifications need to be made when you use cargotecture, and one of the biggest concerns is insulation and heat control. Large steel boxes are really good at absorbing and transmitting heat and cold. This ultimately means controlling the temperature inside your cargotecture home can be a challenge. You don’t want to be living inside an oven or a freezer, right? Building codes With cargotecture still being relatively new, it has caused some issues with local building codes. When you build small structures and don’t use traditional building materials , you should always check to see if they meet local regulations. Images via Julius Taminiau Architects, Mattelkan Architect, Whitaker Studio

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Is cargotecture the future of construction? What you need to know for your next project

Shipping container food halls slated to revitalize Southern California neighborhoods

December 10, 2018 by  
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Californian firm  Studio One Eleven has unveiled a massive new project that includes using various shipping containers to install modern versions of traditional food halls throughout various neighborhoods in Southern California. The food hall project will see a number of shipping containers being converted into vibrant social areas, where locals can enjoy a variety of small-scale food venues, breweries, organic gardens, playgrounds and entertainment spaces. In Orange County, Studio One Eleven — in collaboration with developer Howard CDM — is just about to complete the SteelCraft Garden Grove. Slated to open in 2019, the Garden Grove will be a multi-use complex built out of 10 shipping containers that will house various food and beverage options with ample seating located on a second level. Within the 20,000-square-foot space, a working organic farm will provide fresh produce for the chefs on site. Related: A sustainable campus is built from 22 recycled shipping containers Another project, Leisuretown, is also slated to open next year in Anaheim. In collaboration with developer LAB Holding, the architects are currently building a 32,000-square-foot complex comprised of two levels of shipping containers that will house a Modern Times craft brewery, a coffee roaster and a vegan Mexican food restaurant. LAB Holding Founder Shaheen Sadeghi explained that one of the project’s main goals is to preserve local structures while breathing new life through community-driven urban design . “When communities tear down history and build all new products, it takes away the soul and the heartbeat of the city,” Sadeghi said. “By preserving as many of these buildings as possible and blending with new products built in the area, we hope to create an even better-balanced neighborhood.” Last but not least, downtown Santa Ana will also be getting a vibrant new community area. The Roost is an existing complex made up of several renovated pre-war buildings. By adding shipping containers to the development, the Roost will have a new central beer garden and outdoor dining space. As one of Orange County’s first shipping container complexes, the food hall will serve as a new social center for the area. + Studio One Eleven Images via Studio One Eleven

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LOT-EK upcycles 140 shipping containers into an apartment complex in South Africa

November 27, 2018 by  
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A massive, modular residential building has risen in Johannesburg , South Africa with aims of revitalizing Maboneng Precinct, an area that’s recently undergone a dramatic transformation from a site of urban decay to a thriving enclave for creatives. Having extensive experience in cargotecture, New York- and Naples-based architectural design studio LOT-EK was tapped to design the mixed-use building, which was completed last year. Dubbed Drivelines Studio, the building comprises a total of 140 shipping containers and includes affordable housing as well as ground-floor retail. Located on a triangular site atop an existing single-story structure that used to house a car repair shop, Drivelines Studio includes seven floors with the top six levels comprising residential units, all of which are open-plan studios ranging in size from 300 square feet to 600 square feet and equipped with outdoor terraces with views of greenery below. The ground floor consists of retail along Albertina Sisulu Road, additional residential units in the rear and a private courtyard for residents with gardens and a pool. “Embracing the triangular geometry of the site, the building is conceived as a billboard where two separate volumes of residential units are hinged at the narrow east end of the lot, framing the social space of the open interior courtyard ,”  the firm explained in a project statement. “As in a billboard, the building outer facades are straight and flush with the lot line while the facades in the inner courtyard are articulated by the staircases, the elevator tower and the bridges connecting all levels, and by the open circulation paths activated by the units spillover onto their outdoor space.” Related: Repurposed shipping containers inject funky and unexpected color to a historic home renovation The upcycled shipping containers retain their original color and corrugated siding to reference their industrial past and to allude to the city’s reputation as the largest inland port in the world. The containers were stacked and cut on site with large diagonal cutouts for windows that give the building its distinctive, zigzagging facade pattern. + LOT-EK Photography by Dave Southwood via LOT-EK

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LOT-EK upcycles 140 shipping containers into an apartment complex in South Africa

Denver firefighter uses 9 shipping containers to build a stunning family home

November 13, 2018 by  
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Denver-based firefighter Regan Foster used to spend his days putting out fires, but while recovering from a work-related injury, Foster decided to try his hand at building his dream home. The results are breathtaking. Using his own designs, Foster converted nine repurposed shipping containers into a massive 3,840-square-foot home with sophistication that rivals that of any professional architect’s work. Working with architect Joe Simmons of BlueSky Studio , Foster created the design and worked as the principal contractor on the project. To build out the frame of the home, four shipping containers were placed on the ground in pairs set 24 feet apart. Another four containers were then stacked on top of the first level, with a few pushed forward so that they cantilever over the ground floor. The ninth container was placed perpendicular to the back of the second level. Related: Starburst shipping container home to rise in the California desert The team topped the sections of the home with a series of flat roofs, and they covered the front facade in wood panels, contrasting nicely with the corrugated metal. An abundance of large windows were cut out of the containers in order to provide the interior with natural light . Although the exterior of the home is outstanding, the interior of the seven-bedroom, five-bathroom home is just as impressive. Walking into the great room, visitors are greeted with soaring 25-foot ceilings and an open floor plan that leads out to a large patio. As part of the master plan, Foster was determined to maintain the inherent industrial aesthetic of the shipping containers . The inside of the exterior walls were insulated and covered in drywall, but the interior walls and ceilings throughout the living space were left intact so that the corrugated metal would be visible. Foster, who has a passion for furniture making, used reclaimed wood in many of the home’s custom furnishings and design elements. For example, the flooring throughout the home is made with reclaimed barn wood and boards from a felled tree. Foster even refashioned an old walnut slab into a sliding door and used some waste lumber to create a cantilevered walkway that runs the length the second floor. Needless to say, the process of building his own home sparked a new professional path for Foster and his family. After completing the project, Foster retired from the fire department and started his own design and construction company, Foster Design . The family also rents out their home on Airbnb. + Foster Design + BlueSky Studio Via Dwell Photography by Regan Foster and Chris Boylen via Foster Design

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Denver firefighter uses 9 shipping containers to build a stunning family home

Modern, self-sustaining home blends into a rocky landscape

November 13, 2018 by  
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Zagreb-based architectural office PROARH completed Issa Megaron, a family retreat in Croatia that’s disguised inside a rocky hillside with a zigzagging road. Due to its remote location and lack of surrounding infrastructure, the modern home operates off the grid by necessity and includes self-sustaining technologies from rainwater collection tanks to solar photovoltaic panels. Going off grid, however, hasn’t compromised the architect’s pursuit of luxurious living, made evident by the contemporary interior design, large pool and spacious footprint of 420 square meters. Completed in 2016, Issa Megaron began with the conceptual combination of a cave, a megaron (a great hall in ancient Greek palaces) and stone dry walls. “The house is envisioned as a dug in volume, a residential pocket between the stretches of space forming walls, an artificial grotto, a memory of a primitive shelter,” explained the architects, who split the house into two floors. The upper floor contains six bedrooms and bathrooms organized around a central living room and book-ended by two offices. The master bedroom and bath, the  open-plan dining room, lounge and kitchen, the game room, the gym and storage are located on the lower floor, which opens up to the pool and outdoor terrace. The traditional stone dry walls have been reinterpreted as reinforced concrete retaining walls topped with rocky green roofs . When viewed from above, Issa Megaron appears to blend into the steep terrain. “The design that emerges from such conditions is subtle, creates a symbiosis with the new/old stonewall topography,” the firm noted. “The newly built structure is man-made but unobtrusive in intent, material and ultimate appearance.” Related: Croatian freshwater aquarium by 3LHD is built right into the hillside In addition to green roofs and solar panels, the house minimizes its energy footprint by following passive solar design principles that promote natural cooling. A concentrating solar power system is used for heating, while harvested rainwater is filtered and reused in the house and for the pool. + PROARH Via ArchDaily Photography by Damir Fabijani? and Miljenko Bernfest via PROARH

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Modern, self-sustaining home blends into a rocky landscape

A sustainable campus is built from 22 recycled shipping containers

September 20, 2018 by  
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The International Sustainable Development Studies Institute in Thailand is taking its own teachings to heart with the an eco-friendly campus crafted from 22 recycled shipping containers. Now, the institute has a clear example when teaching students about the importance of upcycling and sustainability, plus plenty of space for educating on tree conservation, urban farming, waste management and more. As an institution aimed at teaching others about sustainability, the ISDSI made every effort to minimize any impact throughout the building process. Starting with a bare lot full of trees , the final design saved all but two of the acacia wood grove by using a skilled crane operator to maneuver the shipping containers into place around the existing landscape. They also scrutinized the amount of concrete that was necessary and took steps to avoid greenhouse gas emissions. Related: 13 shipping containers are reborn as a new restaurant on Treasure Island The  shipping containers were hand-selected with the end design in mind, so when each showed up on site, it had a specific purpose. Once the containers were properly stacked, builders began to cut out portions of the massive metal boxes in order to create windows, doors, decks and connecting open-air walkways. To take the sustainable design one step further, none of the cut metal went to waste, as it was turned into interior walls, doors, sinks, bathroom stalls and a kiosk and welcome counter in the cafe and gym. The complex also includes classrooms, conference rooms, a kitchen and plenty of outdoor spaces. The entire project took about nine months to complete. In addition to reusing containers slotted for melt-down recycling on the front end of the project, careful thought went into long-term energy savings from daily operations. For example, the entire campus uses low-energy LED lighting for areas not already lit through copious natural lighting. Proper insulation keeps the campus temperate, but when air conditioning is necessary, each pod has its own unit for efficiency, and most of the units were recycled from old buildings. Outside areas also received a sustainability upgrade with the use of composting , an on-campus garden, plants and green spaces, all intended to help support the soil and provide fresh air. + The International Sustainable Development Studies Institute Images via ISDSI

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A sustainable campus is built from 22 recycled shipping containers

Worlds largest Victorian glasshouse receives a glorious restoration

September 20, 2018 by  
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After five years of restoration work, the iconic Temperate House recently reopened to the public, bringing with it an astounding 10,000 plants — many of which are rare and threatened. Designed by Decimus Burton and completed in 1899, the Temperate House is the world’s largest Victorian glasshouse and the iconic landmark of the Royal Botanical Gardens, Kew . To restore the building back to its full glory, Donald Insall Associates was called upon to sensitively renovate the greenhouse and insert modern technology for improved plant cultivation and care. Appointed as the conservation architects in 2012, Donald Insall Associates was tasked with improving the Temperate House for the enjoyment of the public and creating the “best possible conditions for plants.” This included optimizing air flow standards and lighting levels. During the renovation process — the largest in Kew’s history — all botanical specimens were removed save for nine trees considered too significant to risk moving. The structure was then thoroughly cleaned and then fastidiously repainted, while advancements such as new glazing and mechanical ventilation systems were put in place. The Temperate House reopened to the public on May 5, 2018. The massive greenhouse consists of 1,500 species spanning different temperate regions around the world from the Mediterranean and Africa to Asia and island floras. Meanwhile, both the internal and external landscaping have been improved with interpretation facilities and a new dedicated education space on site. Related: Wolfgang Buttress’ Hive is brought back to life in the Royal Botanic Gardens at Kew “The restoration of the Temperate House has been a complex and immensely rewarding project, recalibrating contemporary understanding of Victorian architecture and the development of past innovations,” said Aimée Felton, lead architect on the project. “New glazing, mechanical ventilation systems, path and bedding arrangements all took their founding principles from Decimus Burton’s own drawings, held within Kew’s archives.” + Donald Insall Associates Via ArchDaily Images by Gareth Gardner, Thomas Erskine

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Harvest your own produce at this solar-powered wellness retreat

September 20, 2018 by  
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The Inn at Moonlight Beach, located near San Diego, puts a fresh spin on wellness retreats . The inn was built with the WELL Building Standards in mind, a practice that focuses on improving the well-being of guests. Here’s a look at how the inn, redesigned and renovated by architect Shangwen Kennedy and husband Mike, is the perfect destination for your next vacation. The Inn at Moonlight Beach was constructed from reclaimed lumber and other recycled building materials. The inn is powered by solar panels , which output 90 percent of the building’s electricity. The owners also installed high-quality air and water filtration systems, as well as other environmentally conscious features, without sacrificing the comfort and well-being of guests. Related: Truly get away from it all at this gorgeous eco-resort and yoga retreat The inn has a few gorgeous shared spaces located in the main building. This includes a common room that features a book wall and dining area. Guests can enjoy bountiful fruits and vegetables in the common room, as well as ready-made breakfast baskets. After enjoying a fresh meal, guests can spend some time at the inn’s yoga studio, which offers lush garden views. Of course, they can also take a short walk to the nearby beach or explore the shops and cafes in the local town of Encinitas. The guestrooms are just as bright and inviting as the common areas. Each room features open spaces with fresh-cut flowers to make every guest feel at home. The rooms are also equipped with sitting areas, baths, modern amenities and decks that overlook the gardens below. The biodynamic gardens do more than just grace the perimeter of the inn. In addition to lending a vibrant area to view the ocean , the garden’s plants provide fresh herbs, fruits and vegetables for the establishment. The flowers are used to welcome guests in every room. The herbs are used for hot teas, and guests have full access to fruits and veggies whenever they need nourishment. + Inn at Moonlight Beach Images via Inn at Moonlight Beach

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Harvest your own produce at this solar-powered wellness retreat

Shipping containers become a spectacular plant-covered gallery

September 14, 2018 by  
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São Paulo-based architecture studio SuperLimão and architect Gabriela Coelho recently completed GSC, a massive multi-use collector’s gallery built from shipping containers and other metal materials. Located in a lush area of São Paulo, the spacious complex also contains an office, a gym, a small workshop, a kennel and additional gallery space for the client’s other prized items. The industrial character of the cargotecture project was softened with the addition of turf and potted plants, while passive solar techniques were employed to maximize energy efficiency. Covering an area of nearly 19,400 square feet, the GSC is a multilevel project that houses the garage on the ground floor and uses a series of reused shipping containers stacked on top to form the upper level. Rather than place all the containers side by side in a row, the architects strategically arranged the 10 containers to promote natural ventilation, lighting and sight lines between the different areas. The interstitial spaces between containers were converted into green space with seating and timber decking. The roofs of the containers were also landscaped with rows and rows of potted plants. “One characteristic that differentiates our project from the usual container projects that we are used to seeing is that this particular project is totally adapted to our climate while utilizing the maximum passive techniques of form to maximize energy efficiency and take advantage of reusable materials from the container itself,” the architects explained. “All of the spaces have windows on three different levels. They not only allow for ventilation , but they also perform at an optimal level on days without wind. The exterior walls are finished in a ceramic paint and work in conjunction with the roof covered in foliage to thermally regulate the internal environment thus reducing the use of air-conditioning equipment.” Air conditioning is only used during the hottest parts of summer. Related: 13 shipping containers are reborn as a new restaurant on Treasure Island The interiors of the containers were renovated to house a variety of rooms, yet the look of the original walls and doors was preserved to reference the building material’s history. Full-height glazing creates a sense of permeability that continues throughout the structure. Outside, rainwater is collected in a large cistern and reused. + SuperLimão Via ArchDaily Images by Maíra Acayaba

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