Private sector/Corporate/Company

Liko-Noe is a business office building that meets all of its energy demands on its own and has a sophisticated system of water reuse and management. The building features a green roof, a green facade, and water storage ponds on the outside (Ref. 1). The building has a constructed treatment wetland for the wastewater treatment, uses solar energy for photovoltaic panels as well as thermal wall (Ref. 4). The aim of the project is to demonstrate that nature-based building techniques can significantly help address the challenges of soil and water degradation, and climate change (Ref. 1).

The municipality initiated to realize a healthy and climate-proof 'city island' which includes a large variety of projects, including the City Island Park Tour, which is a cycling/walking tour around the island that includes multiple green-blue infrastructure elements along two canals. Together it can be recognized as a large city park (ref. 2, 6). The tour contains the sights of green banks, recreation possibilities, bridges and boulevard-ways, thereby promoting environmental quality, mobility and attractiveness of the area (ref. 6). A food park at Leeuwensteyn is envisioned for 2050 (ref. 7).

The Friargate is a major regeneration project that covers 37 acres around Coventry train station. This includes enhancing the Greyfriars Green (the only green space in the city), the development of Station Square Boulevard (a new tree-lined public realm), and a number of green belt sites around the city. (Ref. 3) The Friargate is expected to vastly improve the area’s public spaces and create new jobs (Ref. 1).

Skainos is a community regeneration project developed by the Methodist Church in Ireland’s East Belfast Mission. The Skainos Project has created the Vertical Gardens where around 6,500 plants make up the vertical panels, with a height of 12.5 m. The panels are designed to change colour with the seasons and will attract wildlife. The plants condition the air, remove pollutants, and provide seasonal colour and vegetation. A variety of roof gardens harbour natural flora and fauna. Green Roof technology is used to help with water retention. (Ref 2, Ref 6, Ref 7)

The project started in 2013, when a group of private companies started a collaboration with the municipality of Bari to build a series of gardens on the top of households roofs in the city. With a total extension of 2000 sqm for the experiment, the main goal is to create a small micro-climate. The main advantages of this experiment is an improvement in the process of absorption of rain and to reduce energetic costs for heating. The green roofs are expected to play a role in facing the challenges posed by climate change. (Ref.1.)

As part of the “Landscape Park Rhine”, a key project of the Karlsruhe Master Plan 2015, the city of Karlsruhe implemented the “Park Maxau” project module, which is the most important element of the larger landscape project. (Ref. 3) The “Park Maxau” is a park within an agricultural area which with its new leaseholders, has mostly been converted into ecological agricultural fields and grazing areas. (Ref. 3) Major goals were linking green corridors with the Pamina Rhine park, creating a connected recreational area and enhancing ecological diversity. The “Rhine Promenade” pedestrian route, Rhine terraces and a children’s playground were created, a visitor guidance system was introduced, and an estate was revived as a restaurant. During the 17-month development process, citizens were given the opportunity to offer their ideas and suggestions about the project through internet surveys, interviews and a citizens' conference. (Ref. 6) The area has become a hotspot for ecological agriculture, environmental education and recreation (Ref. 10).

The renewal of the 220 sqm roof terrace of the Ministry of the Environment in 2010 focused on improving the thermal insulation of the building and the remaking of its green roof. The project was planned by the city council’s department for urban nature in collaboration with a landscape architect and implemented by a professional outdoor greening company (Ref. 2). The green roof won the award “green roof of the year 2013” and is also actively promoted as a model for green roofs, frequently shown to international guests of the Ministry. (Ref. 1).

The Bio Washing Machine is a combination of an Aquifer Thermal Heat Storage (ATES) system and biological natural attenuation of groundwater and is thereby mainly focused on groundwater decontamination and energy storage. The ATES system accelerates the biological degradation of groundwater contamination and provides sustainable energy because cold water is pumped through buildings during the summer to cool the buildings and hot water during winter for heating. The groundwater decontamination measurements are aimed at protecting water in order to provide safe drinking water (ref. 1, 2, 3)

A project of 200 plots for an urban orchard on-site at Parque de las Aguas was created, where individual citizens, social groups, and companies can rent the lots to cultivate their own produce. The orchards hold educational programming for patrons and visitors as well. (Ref. 1,2,4)

Green public space in the city with 60 new trees, large lawn areas, two water features and a rain garden that manages the site’s surface water. (2) This diversely planted area will manage surface water for the northern half of the space, improving the city’s flooding resilience and establishing an ecologically rich habitat in a part of the city that is still recovering after the banks of the River Aire burst in December 2015. (3, 4) The space serves as a gathering place for workers and visitors, providing a place for rest and reflection among natural elements. (5)