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

Velindre Cancer Centre will be “UK’s most sustainable hospital”
CategoriesSustainable News

Velindre Cancer Centre will be “UK’s most sustainable hospital”

Swedish studio White Arkitekter has been chosen to design the all-electric Velindre Cancer Centre in Wales, which will be built partly with low-carbon materials and follow circular economy principles.

The Velindre Cancer Centre, which is set to be built in Cardiff, will feature lounge spaces, radiotherapy facilities and waiting areas all constructed from timber.

Other bio-based and low-carbon materials proposed for the building include lime and clay renders, which will be used for the interior finishes.

Hospital building in green park
The hospital will be surrounded by a wild landscape

Where timber cannot be used due to clinical requirements, the studio plans to use concrete with ground granulated blast furnace slag (GGBS) – a cement substitute that is a by-product of the iron-making industry.

“The plans for Velindre Cancer Centre represent a huge step forward for healthcare provision in the UK,” said White Arkitekter director Michael Woodford.

“The combination of circular economy principles, low carbon materials and respect for the local landscape will make it the country’s most sustainable hospital, where the environment is designed to support and complement patients’ medical treatment.”

Timer lounge area with green plants
Timber will be used for the interior

Designed as an “elegant, sustainable new cancer centre”, the building is intended to have as little impact on the existing site as possible.

It will be surrounded by a landscape that will be kept wild, with new areas including a community kitchen garden and orchard added to the site.

From here, visitors will walk into a timber-clad entrance area that will have a cafe and restaurant, a patient-transport waiting area and the “young person’s lounge”.

Interior and waiting area clad in wood in hospital
Internal spaces were designed to be easy to reconfigure

The facade of the building was designed to allow internal spaces to be easily reconfigured without the need for structural alterations. This intends to make it easy to adapt the hospital to future innovations in treatment and equipment.

According to its developers, Velindre Cancer Centre will be all-electric and achieve a minimum BREEAM rating of excellent – the sustainability standard’s second-highest rating.

The hospital will use electricity from green energy sources including photovoltaic panels on its roof, while its heating and cooling power will come from ground and air source heat pumps.

Courtyard outside hospital building
The hospital will be constructed partly from bio-based materials

Velindre Cancer Centre will also feature sustainable drainage systems including minimal below-ground pipes, a swale network and a retention pond.

To help reduce the environmental impact of the construction, the developer plans to “reduce site waste through off-site manufacture of components, minimise transportation and create greater efficiencies in the construction and maintenance of the building”.

“We are really pleased to have submitted detailed plans for the Velindre Cancer Centre, which is set to become the UK’s most sustainable hospital,” said Richard Coe, project director at developer and investor Kajima, which is leading the project.

“The buildings are designed with circular economy principles, using low-carbon materials and making a minimal impact on the surrounding countryside,” he added.

Brick hospital building in green park
It will be located in Wales

Plans for Velindre Cancer Centre were submitted by the Acorn Consortium, which was appointed after a public procurement process that was run by the Velindre University NHS Trust.

This is led by Kajima and also consists of Sacyr, Abrdn, Andrew Scott, Kier Facilities Services, White Arkitekter, Arup, MJ Medical, Turley, Studio Response, Camlins Landscape Architects, Osborne Clarke, Operis and Confab Lab.

Other recent timber designs by White Arkitekter include Gothenburg’s first wooden office building and a timber skyscraper that claims to be the world’s second-tallest wooden tower.

Reference

Using computer vision to monitor hospital wards
CategoriesSustainable News

Using computer vision to monitor hospital wards

Spotted: In countries such as the UK, health and social care workforce shortages are reaching crisis proportions. Each day brings a new report of staff shortages and their implications for patient care. While it can’t replace staff, a Danish health tech startup is developing technology to ensure staff are being deployed as efficiently as possible. The company, Teton.ai, has developed a system that uses computer vision to track patient movements and alert staff when patients are at risk of falling or need other types of assistance.

Teton’s system includes cameras and sensors that are easily installed in patient areas. The system then employs algorithms that can be integrated into existing platforms or supplied as a separate platform. The technology can operate independently of any personal information, and all video is processed offline by the hospital or care facility, preserving privacy. The platform alerts staff when an action needs to be taken so there is no need for staff to monitor or look at the video.

According to the company, the platform uses computer vision to understand different types of activity within a patients’ room, providing analytics and timely information to staff through integration into existing devices. Teton also points out that the platform can replace the use of a large number of “hyper-specific devices and sensors set up to measure all the different things that could happen in a room,” saving both time and money.

In 2019, the hospital services market size was estimated as being worth $8.22 trillion (around 8.28 trillion) and was expected to reach $15.45 trillion (around 15.6 trillion) by 2027. Given these figures, it is not surprising that Springwise is seeing an ever-increasing number of innovations in this space. Recent advances include the use of AI in diagnosing illness and apps that can connect doctors and patients. 

Written By: Lisa Magloff

Email: info@teton.ai

Website: teton.ai

Reference