Private sector/corporate actor/company

Newcastle Helix - Science Central is Newcastle’s flagship project aiming to create a global centre for urban innovation. The 24-acre site has been at Newcastle’s industrial heart for 200 years. The site is transforming into an exemplar of urban sustainability, a ‘living laboratory’ where it will trial innovative urban technologies. (1, 2)
The Core is the first building on the 24-acre Newcastle Helix - Science Central development with a 27m-high green wall construction on its side functioning as a vertical garden of ivies, seagrass, thyme, primulas, euphorbia and nesting boxes (5)

"Kvillebäcken is the first urban district in Gothenburg built according to the new environmental demands. Traffic and buildings will be adapted to a more environmentally sustainable community, where no inhabitants will be dependent on transport by car. Housing and commercial buildings will meet strict demands on energy balance, indoor environment, healthy materials, protection from noise and moisture, greenery in the courtyards and surface water management. New environmental technology solutions will be used in the district, such as the efficient collection of household waste and covered bicycle parking. New solutions will also meet strict demands on economic and social sustainability." (Ref. 1)

Due to years of under-investment left the Park Hill estate in a state of decline. The challenge for Sheffield Council was to regenerate a neglected estate into a place people wanted to live in. The city council allocated private gardens, a wildflower meadow, a bowling green and a parterre garden as part of the landscaping. Much of the landscaping will be inspired by the Peak District and typical Sheffield landscapes (ref 1). Park Hill is Grade II (special interest buildings and authority put extra effort to preserve them) listed and remains Europe's largest listed structure. The building alone covers an area of 17 acres and currently contains around 1,000 flats. In total the whole site covers 32 acres (ref 2). In the new proposal, a part of Park Hill flats will be converted into student housing (ref 5).

This project was the first green roof in the city of Bologna, and it has been carried out by the University of Bologna in collaboration with the Columbia University of New York with the aim to prove more evidence on green roof stormwater performance. For the Engineering School of Bologna University the existing roofs had a load capacity that was able to host only an extensive roof, without the costly need of being reinforced. In the extensive roof type the vegetation is usually very drought resistant and plants can adapt to difficult environmental conditions, therefore sedum was chosen (1).

The project aimed to tackle two environmental problems through an integrated policy: climate change (both the mitigation and adaptation effects of urban forestation) and air quality. The project foresaw the dissemination of public-private partnership tools, developed within the framework of corporate social responsibility experiences, and the distribution of specific guidelines. Specifically, the project planned to develop a public-private partnership model for urban forestation through the adoption of the ‘green areas inner-city agreement’ (GAIA). This was expected to include three specific protocols for green urban areas covering management, monitoring and mapping resulting in 3000 trees planted across Bologna (1).

The University's Botanical Garden is part of the National History Museum of Oslo and acts an important green space for both citizens and regional fauna. The Garden was founded in 1814 and is the oldest scientific garden in Norway, which through research, education and plant conservation seeks to increase public awareness of the importance of plant diversity. The Great-Granny's Garden is an important element in the Botanical Garden, aiming to preserve Norway’s horticultural heritage and prevent traditional fauna from disappearing, while encouraging sustainable use in future horticulture. The Garden also act as a sensory garden for people with dementia. (Ref.1,2)

The ReLambro project is based on a metropolitan view where nature becomes an occasion for regeneration of the city: the river is no longer an empty and abandoned space but draws a great ecological and environmental system. The interventions, during the design phase, provide for the restoration of the naturalness of large sprawling areas, the reinforcement of the hedges and rows and channels system, the reorganisation of public and fruiting functions in areas at risk of flooding. The project strengthens ecological function by integrating it with urban functions (2).

The project is focused on cultivating bazaars for climate-safe and labour-intensive cultivation and is located in an underground space under a shopping and community centre in Högdalen, a southern suburb of Stockholm. This underground cargo space at the shopping centre has been converted to a high-technology farming space that can be active all year-round. The goal is to create a small-scale industry and provide local job opportunities (Ref. 5, 6, 7).

Reconstruction is occurring in the Norra Stationsområdet area in the City of Stockholm, creating the city district Hagastaden (Haga City). In Haga City, an elongated hourglass-shaped park will be created called The Northern Station Park (sv. Norra Stationsparken). The park will run through the northern inner city from Torsplan and Hagaplan in the west to Norrtull in the east, and it is one of Stockholm's largest park initiatives. The first part of the new Norra Stationsparken in Hagastaden was to be inaugurated in September 2019 and the rest of the park is expected to be completed in 2024 (Ref. 1, 2, 8, 9).

Fornebu used to be Norway’s main airport, but was abandoned in 1998. The Fornebu project aimed to restore the 340 ha site in order to provide a sustainable, multi-use built environment with sustainable drainage systems and other green infrastructure in focus. The site now consists of residential and industrial buildings with a focus on green space and natural storm water management, involving the use of open and natural water retention methods, including swales, filter strips, permeable surfaces, detention basins and retention ponds (Ref. 1).