This round treehouse’s undulating roof mimics the flow of water

July 26, 2018 by  
Filed under Eco, Green

Comments Off on This round treehouse’s undulating roof mimics the flow of water

Nothing screams “serenity now” like an off-grid treehouse retreat that lets you wake up to the sounds of rustling leaves and a burbling brook. Thankfully, the architects at MONOARCHI have created a gorgeous round treehouse  that goes above and beyond the traditional fare, tucked away in a bamboo forest in China. Treewow O is about 26 feet off the ground, and it comes complete with an open-air deck shaded by an undulating round roof. Located in a remote village at the foot of the Siming Mountain range in Yuyao, Zhejiang Province, Treewow O was inspired by the incredible surrounding landscape. The house is approximately 26 feet high, a measurement chosen to blend the structure into the surrounding bamboo fields. Related: Microsoft unveils amazing treehouse office where employees can brainstorm in fresh air Built just a few steps away from a creek, the treehouse is divided into two levels and supported by steel beams, a design feature that was chosen to minimize the project’s impact on the landscape . The design consists of three non-concentric circles clad in wooden panels. A beautiful undulating roof covers the main structure and extends in certain places to shade the wraparound terrace. According to the architects, the constant movement of a nearby stream inspried the roof’s unique, wavy shape. To create the treehouse, the architect worked in collaboration with local craftsmen. According to the project description, the undulating form mirrors a local building practice used to protect interior spaces from harsh weather conditions. In addition to its protective qualities, the gradient movement of the design helps provide natural air circulation to the living space. The interior of the round structure houses a bathroom and living space on the first floor, with a spiral staircase leading up to the large bedroom on the second floor. The bold circular design helps to define the private and public spaces in the structure. According to the design team, “When the guest enters the terrace on the first floor, they will start to experience the circular sequence of spaces from the eave along the terrace to the connected interior: from the living room to the huge window, to the terrace of large depth and to the unwrapping roof to enjoy the view to the creek and the landscape of the mountain of bamboos; from the bedroom to the low window, to the falling roof to capture a good view.” + MONOARCHI Via Archdaily Images via MONOARCHI

See the original post here:
This round treehouse’s undulating roof mimics the flow of water

Green foods could clean up the construction industry

July 23, 2018 by  
Filed under Eco, Green

Comments Off on Green foods could clean up the construction industry

We’ve all heard of eating our vegetables, but what about building with them? A new study by Lancaster University ‘s B-SMART program will examine the effects of incorporating root vegetables – yes, vegetables – into cement production for a stronger and more sustainable way of building. The project, funded by the European Union, has brought academic and industrial stakeholders together in order to identify “biomaterials derived from food waste as a green route for the design of ecofriendly, smart and high performance cementious composites.” The program has proved successful insofar as creating a much more durable concrete mixture, with far fewer CO2 emissions from the process – all by adding some nutritious beets and carrots. Professor Mohamed Saafi, lead researcher at Lancaster University, reveals the cement is “made by combining ordinary Portland cement with nano platelets extracted from waste root vegetables taken from the food industry… this significantly reduces both the energy consumption and CO2 emissions associated with cement manufacturing.” This news comes none too soon for developers in urban areas contending with new green regulations enforced by governments both nationally and internationally. If recent trends continue, concrete production – which accounts for approximately 8% of CO2 emissions worldwide – will double in the next 30 years. Related: UN Environment and Yale present a sustainable tiny home in NYC According to Saafi, when root vegetable nano-platelets, such as those found in beets and carrots, are introduced into concrete, “the composites are not only superior to current cement products in terms of mechanical and micro-structure properties but also use smaller amounts of cement.” The initial tests have attributed this to an increase in calcium silicate hydrate, the compound which reinforces the cement, thanks to the vegetable extracts. The new concrete mixture also boasts a longer-lasting, less corrosive body and denser micro-structure, also attributed to its green food invigoration. So next time you don’t feel like eating your vegetables, just remember – they could make you stronger, too. Via Phys.org Images via Shutterstock

See the original post:
Green foods could clean up the construction industry

A 1950s house receives a bioclimatic renovation in Mexico

July 23, 2018 by  
Filed under Eco, Green, Recycle

Comments Off on A 1950s house receives a bioclimatic renovation in Mexico

When Mexican architecture practice Hector Delmar Arquitectura was tapped to renovate a dark and dated 1950s house in the city of Naucalpan, it did more than just update the dwelling to modern standards. The architects dramatically opened the existing structure up to light and the outdoors, expanded the footprint to a site area of 8,288 square feet and applied bioclimatic and sustainable strategies such as radiant floors and solar photovoltaic panels. The breezy home — called the C260 House — erases boundaries between the light-filled interiors and the lushly-planted landscape. Set on an old garden with large trees, the original 1950s flat-roofed house suffered from a lack of ventilation . In renovating the building, the architects began by tearing back layers of materials applied to the building after numerous alterations to reveal 21-centimeter-thick brick walls and concrete slabs that the architects retained as their starting point. The team also knocked down some walls to expose the home to cross breezes and installed thin protruding roofs to offer shelter from the elements and to give the residence an airy  pavilion -like feel throughout. The team also focused on using reclaimed and recycled materials in renovating the old home. “Carpentry and wooden features were reclaimed from demolition, also timber beams were reclaimed from a demolished restaurant nearby and used for shading the terrace and other additions,” the architects said. Related: This sustainable bioclimatic home is made of volcanic ash and prickly pear fibers The primary rooms of the home were moved to the new addition, while the old structure is now used for secondary functions including a gymnasium, three bathrooms, a dressing room, pool and service areas. Outdoor areas were carved from the garden to further emphasize the home’s connection with the landscape, and the concrete slab slopes were modified to capture storm water and to optimize thermal mass. The house is also equipped with solar hot water heaters, water pumps, radiant floors and a solar array. + Hector Delmar Arquitectura Via ArchDaily Images via Luis Gordoa

See the original post here: 
A 1950s house receives a bioclimatic renovation in Mexico

This rammed-earth home features a beautiful, spiraling rooftop garden

July 11, 2018 by  
Filed under Eco, Green

Comments Off on This rammed-earth home features a beautiful, spiraling rooftop garden

Japanese firm Ryuichi Ashizawa Architects has unveiled a beautiful round home that is wrapped in a spiraling rooftop garden. The family home, which is located on a remote Japanese island, was built out of woven bamboo lattice and clad with earthen walls . To create a strong connection between the home and nature, a spiraling garden that rises from the ground level provides optimal growing conditions for fresh vegetables and herbs that the family can enjoy year-round. Located on the remote island of Awaji, the home was built for a family of four. The architects designed it with an eye to withstandi the temperate climate on the island, but they also drew inspiration from the family’s nature-conscious lifestyle. Their first objective was to create a fertile area that could help feed the family year-round. Secondly, the master plan called for creating a closed-cycle landscape to make the home self-sufficient , enabling the family to live in harmony with the environment for years to come. Related: This striking concrete home uses mesh walls to connect with nature The architects began by creating a large circular frame out of woven bamboo lattice. They then clad the round form with Sanwa Earth finish. On the interior, they used a technique called Tataki to create a  hard-packed earthen floor  out of dirt, lime and water. The walls were also made out of packed earth . The combination of earthen walls and flooring provides a tight thermal envelope for the home. In winter, the walls and floors absorb heat, which is released at night, keeping the living space warm. In the hot summer months, the home’s stack effect layout (a height difference between the central space and the rest of the home) enables optimal air circulation to cool the interior. Inspired by the family’s eco-conscious lifestyle, the architects wanted to incorporate greenery into the already eco-friendly home design. Accordingly, the roof was turned into a spiral garden whose shape provides optimal growing conditions. Rising up from the ground level, the rooftop garden wraps around the home, providing a perfect blend of sun exposure and humidity to grow a variety of plants and vegetables. Rainwater soaks the top part of the garden, then flows downwards to a series of retaining ponds filled with aquatic plants. + Ryuichi Ashizawa Architects Photography by Kaori Ichikawa via Ryuichi Ashizawa Architects

See original here:
This rammed-earth home features a beautiful, spiraling rooftop garden

Gleaming, recyclable facade clads a solar-powered Dutch house

July 9, 2018 by  
Filed under Eco, Green

Comments Off on Gleaming, recyclable facade clads a solar-powered Dutch house

Move over, brick and mortar — a new house in Amsterdam is eschewing the traditional facade for a striking alternative that gleams golden in the sun. Local architecture practice MOPET architecten designed the contemporary home, named the Brass House Amsterdam, for a family who sought sustainable features. In addition to its fully recyclable facade, the house is equipped with solar panels, LED lighting and triple-insulated glazing. Sandwiched between two brick buildings in the city’s IJburg district, the Brass House Amsterdam catches the eye with its shiny, multifaceted facade that clads the front and rear of the property. Triple-glazed aluminum sliding doors punctuate the angled exterior on both sides and open up to a series of balconies. The fully recyclable facade changes color from brown to gold in the sunlight. The 2,260-square-foot house is split into three levels and includes a green roof . The modern interior is dressed in a basic palette comprising oak , concrete, black steel and white stucco, which establishes a spacious feel. An open-plan kitchen, dining room and living area are located on the first floor and open up to a garden in the rear. A flight of stairs on the south side of the home leads up to two bedrooms, a shared bathroom, a service room and storage space. The second floor houses an en suite bedroom with a walk-in closet and a spacious lounge. Related: Sustainable ‘circular economy’ principles inform Amsterdam’s flexible Circl pavilion “Integrated solutions are designed for maximum openness in the house: The entrance hall, toilet, staircase, doors and kitchen are combined in a long wall cabinet that runs from the front to the rear,” the architects explained. “It narrows and widens, creating places with a variation in atmosphere and perspective. A split-level offers overview from the kitchen. At the same time, it creates an intimate seat pit with a fireplace in the backyard.” + MOPET architecten Via ArchDaily Images by Stijn Poelstra

More: 
Gleaming, recyclable facade clads a solar-powered Dutch house

These beautiful desert biodomes will be 100% self-sustaining

July 9, 2018 by  
Filed under Eco, Green, Recycle

Comments Off on These beautiful desert biodomes will be 100% self-sustaining

In an effort to encourage ecotourism for the millions that visit the United Arab Emirates each year, the country has officially launched the Biodomes project, which will feature beautiful biodomes designed by Baharash Architecture . Located in the mountainous eastern region of the UAE, the biodomes will be self-sustaining, use 100 percent renewable energy and have a minimal impact on the surrounding environment. Ultimately, the UAE hopes that the biodomes will promote awareness of and interest in the variety of wildlife in the mountain region. Baharash Architecture’s biodomes will provide a controlled environment, similar to that of a greenhouse, that closely mimics the surrounding natural area. In this case, the biodomes will be located in the Al Hajar Mountains, a stunning region that is home to rare species of Arabian wildlife . The project seeks to raise awareness of mountain biodiversity, and its facilities will include a wildlife conservation center and an adventure-based wilderness retreat. Related: Solar-powered biodome sustains all four seasons at the same time, under one roof The self-sustaining structures are crafted from prefabricated components, which will help to reduce site disruption and allow for the biodomes’ quick assembly. Semi-subterranean typology will provide passive cooling benefits, and the biodomes will rely on 100 percent  renewable energy and use recycled wastewater for irrigation and waste management on site. Visitors to the biodomes can experience a restaurant that offers both organic local cuisine and breathtaking views of the surrounding landscape. Additionally, according to Baharash Bagherian, the Director and Founder of Baharash Architecture, the biodomes’ “bioclimatic indoor environments will provide visitors with thermal comfort, restorative and therapeutic benefits.” Visitors can also participate in several nature-based ecotourism activities, including ziplining, horse riding, hiking, camel excursions, mountain biking, paragliding and much more. + Baharash Architecture Images courtesy of Baharash Architecture

Original post: 
These beautiful desert biodomes will be 100% self-sustaining

Mode:lina upcycles construction materials into an industrial-chic eatery

July 9, 2018 by  
Filed under Eco, Green

Comments Off on Mode:lina upcycles construction materials into an industrial-chic eatery

This new eatery in Pozna? , Poland sports an unconventional interior that’s all about imaginative upcycling. Polish architectural interior design studio mode:lina outfitted the restaurant — called The Rusztowanie Grill and Bistro — with a suite of construction materials repurposed into decor, serving plates, lighting fixtures and more. Serving up comfort food like massive burgers and hearty soups, the eatery’s contemporary and industrial-chic design matches its Instagrammable food offerings. Located in ?azarz (St. Lazarus District), one of the oldest districts in Pozna?, Rusztowanie Grill and Bistro can be found in the basement of a historic townhouse that dates back more than 100 years. The space spans 538 square feet and was designed with products sourced from a building warehouse. The existing exposed brick walls were retained and, matched with the Edison bulbs, track lighting and exposed concrete ceiling, they give the space an industrial feel that’s emphasized in the decor. Timber sourced from the warehouse forms the bar front and booth seating. The timbers were deliberately misaligned to bring attention to their raw appearance. Galvanized metal pipes were reworked into sculptural lamps, table legs and wall partitions. Concrete lattice paving blocks were stacked in front of some of the exposed brick walls that are painted black. The burgers are even served on a shovel head repurposed as a plate. Related: Spiky sweets shop makes extraordinary use of the common traffic cone “[We] ensured that the interior design of a basement in an over 100-year old townhouse is consistent with the name and communication strategy of the restaurant,” explained mode:lina in a project statement. “All is done in line with the type of food available here – simple dishes served in an unusual way.” + mode:lina Images by Patryk Lewin?ski

View original post here:
Mode:lina upcycles construction materials into an industrial-chic eatery

This solar-powered school produces enough surplus energy to power 50 homes

June 27, 2018 by  
Filed under Green

Comments Off on This solar-powered school produces enough surplus energy to power 50 homes

This timber elementary school and kindergarten in Switzerland boasts more than just good looks — the School in Port, designed by Zürich-based architecture firm Skop , also gives back to the community through excess energy production. Located in a residential neighborhood, the energy-plus building and communal power station draws from a rooftop array with more than 1,100 solar panels that completely covers the school’s energy needs and powers 50 additional households. Moreover, the school is visually tied to its neighbors with a contemporary zigzagging roof that references the pitched roofs of the local vernacular. Skop won an international competition in 2013 to design School in Port, which is largely informed by sustainable principles. The building was prefabricated using timber sourced from sustainably-managed forests. Wood, which was chosen for its ability to sequester carbon , was also used throughout the interior and in the furnishings. All other construction materials were chosen for their non-toxic, recyclable and low-impact properties. The school covers an area of more than 180,000 square feet to cater to 280 children from kindergarten to elementary school. The light-filled interior is organized around a “central circulation zone,” a zigzagging east-west spine and open learning space that branches off to staggered classrooms and other enclosed spaces to the north and south. Flexibility is a major theme of the interior design — in addition to the multifunctional circulation zone, adjacent classrooms and group working spaces can be connected through large doors — that encourages a variety of teaching and learning methodologies. Related: This minimalist prefab hotel offers stunning views of the Swiss Alps “Placed on a gentle slope, the building takes advantage of the topography and links various outdoor spaces according to the different access routes of the school children,” Skop explained. “On the main level, all rooms benefit from the spatial qualities of the folded roof. Each classroom appears to be an independent little house, creating a cozy and homelike atmosphere for the children.” The School in Port has achieved a MINERGIE-A rating and is also connected to the district heating. + Skop Images via © Simon von Gunten and © Julien Lanoo; illustration via © Skop

Here is the original post:
This solar-powered school produces enough surplus energy to power 50 homes

Abandoned NYC warehouse is reinvented as LEED Gold-certified apartments

June 21, 2018 by  
Filed under Green, Recycle

Comments Off on Abandoned NYC warehouse is reinvented as LEED Gold-certified apartments

A new apartment complex infused with nature has taken root in New York City’s concrete jungle. Local design firm COOKFOX Architects completed 150 Charles Street, a residence that takes over the abandoned Whitehall warehouse on the Hudson River waterfront. Designed to blend in with the existing urban fabric, the modern building also boasts a low environmental footprint and LEED Gold certification. Located in the West Village, 150 Charles Street offers 91 residential units — including 10 individual three-story townhouses — on an approximately one-acre lot. Built to incorporate a pre-1960 warehouse , the building preserves the warehouse streetwall and the original material palette of concrete, brick and glass. Greenery is embedded throughout the building from the lush central courtyard to the cascading planted terraces and green rooftops that overlook waterfront views for a total of 30,000 square feet of landscaped space. Dirtworks, PC led 150 Charles Street’s landscape design. “Incorporating ideas of biophilia  — our inherent connection to the environment — access to nature throughout the building is related to themes of prospect (wide, open views) and refuge (safe and protected interior spaces),” COOKFOX Architects wrote. “150 Charles combines the best of the West Village townhouse garden view and the waterfront high-rise river view with cascading terraces designed as a ‘fifth façade.’” Related: Sneak a peek inside Pacific Park’s first greenery-enveloped residences in COOKFOX’s new video In addition to abundant greenery that features native and adaptive species, the apartment complex earned its LEED Gold certification with a variety of energy-efficient and resource-saving features. The team reduced construction waste and used locally sourced, recyclable and recycled building materials. The building is wrapped in a highly insulated envelope and fitted with smart building systems to optimize energy use. The units are equipped with Energy Star appliances. Rainwater is harvested and is reused as landscape irrigation. The outdoor air is also filtered for 95 percent particulates. + COOKFOX Architects Images by Frank Oudeman

The rest is here:
Abandoned NYC warehouse is reinvented as LEED Gold-certified apartments

A striking concrete home in Ontario targets minimal environment impact

June 21, 2018 by  
Filed under Green

Comments Off on A striking concrete home in Ontario targets minimal environment impact

Toronto-based Teeple Architects has paired a beautiful but unusual site in Ontario with the sculptural Port Hope House, an award-winning residence that boasts a wide array of sustainable features. Located east of Toronto , the single-family rural home takes inspiration from the client’s 75-acre property that consists of a woodlot, a fallow field, an abandoned Grand Trunk railway cut and a steep cliff that falls into Lake Ontario. Built with long concrete walls, the Port Hope House appears like a rock outcropping lifting upwards. Teeple Architects carefully sited the Port Hope House to reap the advantages of the property’s four distinctive site conditions — the quiet and dark woods to the north, the open fallow field, the rail cut that hints at man’s intervention and the dramatic lake embankment to the south. The project was rendered as a “tectonic expression” that rises from the earth as a single, curving volume and then splits into two framed volumes so natural light can penetrate deep inside the home. “As an architectural composition, the project offers a unique interpretation of the domestic space — a fundamental object of architectural inquiry — based on the particular experiences and opportunities of a site,” Teeple Architects explained. “Expressed as a small handful of sculptural but restrained moves, the project breaks the mold of contemporary home design in imagining the house as a natural form, an organic but certainly not pre-ordained result of creative exchange between architect, client and environment.” Related: Philip J. Currie Dinosaur Museum is sustainably built from CNC-milled beetle-kill timber To minimize its environmental footprint, the light-filled house features a high-performance envelope with heat-mirror film glazing and follows passive solar principles. The long concrete walls offer high thermal mass and are clad with charcoal zinc siding. Water and sewage are treated on site to reduce reliance on the grid. Rainwater is harvested for irrigation, and geothermal energy has been tapped for heating. + Teeple Architects Images by Scott Norsworthy

Read the original post:
A striking concrete home in Ontario targets minimal environment impact

« Previous PageNext Page »

Bad Behavior has blocked 1599 access attempts in the last 7 days.