Dezeen Debate features rural Belgian home that achieves “such a clean result”
CategoriesInterior Design

Dezeen Debate features rural Belgian home that achieves “such a clean result”

House in the Fields Stef Claes

The latest edition of our Dezeen Debate newsletter features House in the Fields, a rural home in the Belgian countryside. Subscribe to Dezeen Debate now.

Geneva-based architect Stef Claes looked to mid-century and local architecture to create the low-lying home in Belgium. The residence, named House in the Fields, features white-painted walls and black accents.

Readers discussed the project, with one commending the architects for achieving “such a clean result” and another agreeing, claiming that they “could quite happily live there”.

Architects using AI RIBA reportArchitects using AI RIBA report
“Forty-one per cent of architects now using AI” says RIBA report

Other stories in this week’s newsletter that fired up the comments section included the findings of a report by the Royal Insitute of British Architects which found that close to half of UK architects are now using AI for their projects, the announcement that Foster + Partners is designing a two-kilometre-high skyscraper in Saudi Arabia and an opinion piece by Catherine Slessor about architects working into their older years.

Dezeen Debate

Dezeen Debate is sent every Thursday and features a selection of the best reader comments and most talked-about stories. Read the latest edition of Dezeen Debate or subscribe here.

You can also subscribe to our other newsletters; Dezeen Agenda is sent every Tuesday containing a selection of the most important news highlights from the week, Dezeen Daily is our daily bulletin that contains every story published in the preceding 24 hours and Dezeen In Depth is sent on the last Friday of every month and delves deeper into the major stories shaping architecture and design.

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vincent callebaut’s biophilic hospital campus in belgium unfolds around flower-shaped atrium
CategoriesArchitecture

vincent callebaut’s biophilic hospital campus in belgium unfolds around flower-shaped atrium

Vincent Callebaut’s Hospital Campus in belgium

 

Vincent Callebaut has designed HOSPIWOOD, a biophilic hospital campus in Belgium with the aim of enhancing sustainability as well as patients’ experience and recovery. The project brings together local hospital networks on a 14-hectare campus designed to prioritize sustainability and offer high-quality healthcare. HOSPIWOOD serves as a link between the Buset and Longtain sites, situated along the Boulevard Urbain de l’Est, positioned to accommodate various functions within the cityscape, contributing to its overall vitality. At its core, HOSPIWOOD is committed to environmental responsibility and community well-being. The project’s masterplan promotes efficient resource management, incorporating features such as solar car parks, rainwater harvesting systems, and green spaces to mitigate environmental impact and enhance the local ecosystem.

vincent callebaut's biophilic hospital campus in belgium unfolds around flower-shaped atrium
all images by Vincent Callebaut 

 

 

a Modern and patient-friendly Hospital Infrastructure

 

The architects implemented a range of structures, such as The Building K, The Ponte Vecchio, The Vertical Forest, and The Medical Logipole, signaling a departure from traditional hospital design towards a more integrated and environmentally conscious approach. Building K connects to the core of the Tivoli Hospital’s Tripod, and its construction is now underway. The Ponte Vecchio acts as an inhabited bridge, linking various medical staff facilities like restaurants, meeting rooms, and administration offices, along with an amphitheater. Spanning Avenue Max Buset, it forms a direct link between the K building and the new Longtain hospital, featuring dynamic, spiral architecture symbolizing hospital partnership. The Vertical Forest embodies the new Longtain Hospital, featuring 600 rooms across 66,500 sqm within a mid-rise building. Its soft curves create a biophilic atmosphere promoting well-being and serenity. The circular base houses technical platforms around large patios, atriums, and gardens.

vincent callebaut's biophilic hospital campus in belgium unfolds around flower-shaped atrium
a biophilic hospital campus promoting sustainability and patient-centered care

 

 

On the ground floor, a flower-shaped atrium integrates the admissions hall and shops, while various medical services are distributed across the circular plane’s four petals. The first floor hosts intensive care, interventional platforms, and other specialized units, following a similar layout. The logistics basement, accessed via a peripheral circular moat, facilitates seamless flow management while minimizing visual and auditory disturbances. The Medical Logipole serves the logistical needs of the La Louvière site and other network locations. Situated on the northern roundabout side of Boulevard Urbain de l’Est, it offers direct road access and connects to the Longtain Hospital via a glass footbridge. The Campus consolidates complementary functions such as intergenerational housing, nursing homes, and recreational facilities within a masterplan promoting urban diversity and integration.

vincent callebaut's HOSPIWOOD is a biophilic hospital campus in belgium
promoting a nature-infused design

 

 

Green Infrastructure & Sustainable Solutions

 

HOSPIWOOD aims to develop a real eco-neighborhood where residents can enjoy living, working, and seeking medical care. The project focuses on efficient and balanced management of resources and flows, maximizing the site’s assets while preserving its environment. The project integrates elements of ecological and solidarity transition, such as urban greening, renewable energy use, and sustainable transportation. The masterplan adopts a radial and concentric layout, directing flows toward a central atrium, which serves as a public urban hub. The architecture blends harmoniously with the landscape, incorporating features like wind turbines and repurposed mining residues. Preserving the landscape involves combatting soil artificialization by transforming the Longtain site into a lush urban forest. This includes planting endemic trees, fostering native biodiversity, and implementing rainwater harvesting systems. A prominent feature is the tree-lined valley along the New Boulevard Urbain de l’Est, which serves as a rainwater filtration pond and provides a serene environment for residents. This holistic approach honors the industrial, cultural, and natural heritage of the region, enriching the identity of the community.

vincent callebaut's HOSPIWOOD is a biophilic hospital campus in belgium
an eco-neighborhood where residents can enjoy living, working, and seeking medical care

 

 

The solar car parks, equipped with photovoltaic canopies, are designated for staff, patients, visitors, and logistics. They are strategically located near the hospital in concentric bands, bordered by large hedgerows, with 50% of parking spaces covered with grass to promote soil drainage. Trees within the site are planted along these concentric hedges. Vertical landscaping is also prominent. Rooftop gardens, including a medicinal garden, adorn the eco-district, providing a shared space for caregivers and patients. These gardens are sheltered by solar canopies, generating electricity and hot water for patient rooms. Geothermal probes ensure year-round comfort, with additional solar canopies covering the logipole, totaling 7,350 m² of solar roofs for Longtain Hospital. Over 2.5 kilometers of planters line the care unit windows, offering hospitalized patients a soothing green environment. Rain chains connect these planters, guiding rainwater from the rooftop garden. The vertical forest hosts over 20,000 plants, capturing up to 120 tons of CO2 annually and aiding in bioclimatization, reducing temperatures by 3 to 5 degrees for patient comfort. This comprehensive approach reflects a commitment to citizen well-being and environmental stewardship.

vincent callebaut's biophilic hospital campus in belgium unfolds around flower-shaped atrium

Reference

Global innovation spotlight: Belgium - Springwise
CategoriesSustainable News

Global innovation spotlight: Belgium – Springwise

Global innovation spotlight: Belgium

Global Innovation Spotlight

Reflecting our global Springwise readership, we explore the innovation landscape and freshest thinking from a new country each week. To celebrate the Belgian National Day yesterday, we are celebrating three exciting innovations from Belgium…

Belgium innovation facts

Global Innovation Index ranking: 22nd

Climate targets: reduce greenhouse gas emissions in Belgian territory by at least 80-95 per cent by 2050 compared to 1990

Sustainability issues

Water stress Belgium hit the headlines as a result of devastating floods. But despite this sudden influx of water, the country has actually been struggling with water scarcity. Lifestyle factors are partly to blame with the average Belgian using 7,400 litres per day, over double the global average.

Air pollution – As with many European countries, air pollution is a key issue in Belgium, with 98.4 per cent of the population exposed to pollution levels above World Health Organization limits. And a recent citizen-led air quality project found large disparities in air quality between richer and poorer areas.

Pesticide contamination – Pesticide contamination is a particular issue in Belgium. One study from the Pesticide Action Network found Belgium to have the highest level of toxic pesticides in the EU. The data, collected by over 30 European agencies between 2011 and 2019, found that one in three fruits in Belgium is contaminated by pesticides harmful to human health.

Sector specialisms

Marketing and sales

Health

Social and leisure

Source: StartupBlink

Three exciting innovations from Belgium

Photo source Turbulent

SMALL TURBINES TURN ALMOST ANY RIVER INTO A HYDROELECTRIC POWER SOURCE

Rivers and canals that have mostly been overlooked as sources of renewable energy could begin providing enough power for an entire community. Belgian company Turbulent has developed vortex turbines that are small enough for use in almost any river or canal. Called Living Rivers, the systems of turbines all have impellers that move at a low enough speed to allow marine life to pass safely through the entire structure. Read more.

Photo source Yuval Zukerman on Unsplash

A HI-TECH FACTORY SUPPORTS CIRCULAR MUSHROOM PRODUCTION

Mushrooms are not only tasty – they are in demand. In 2020, the global mushroom market produced 14.35 million tonnes of fungi, but this figure is forecast to reach 24.05 million tonnes by 2028. And the growth of vegetarian and vegan diets is whetting consumers’ appetites for exotic mushrooms in particular, with varieties such as shiitake and oyster growing in popularity. How can this demand be met sustainably? Belgian urban farm Eclo is using recycled organic waste as a substrate for growing exotic mushrooms. Read more.

Photo source Unsplash

USING OLD ELECTRIC VEHICLE BATTERIES TO STORE EXCESS SOLAR AND WIND ENERGY

As the world increasingly turns to renewable energy sources, the need for efficient and sustainable energy storage solutions is bigger than ever. That’s why Belgian startup Octave has designed a battery energy storage system (BESS) for stationary energy applications. The system is particularly innovative as it is made from the discarded batteries of electric cars. The development is timely given that Europe alone is expecting 30 million electric cars to be rolling off forecourts by 2030. Read more.

Words: Matthew Hempstead

To keep up with the latest innovations, sign up to our free newsletters or email info@springwise.com to get in touch.

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