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Smart Environment

Digitális Delta

The Dutch water sector is facing the challenge of transforming its information provision in a rapidly changing environment and to prepare for the future. All stakeholders in the water industry must collaborate more intensively with each other, other authorities and private parties. This is only possible when information and knowledge are available to everyone in a standardised and reliable manner. Digital Delta is an open platform for providing and finding relevant data for water management in the Netherlands.

Intelligent water management – Bangalore

IBM and Bangalore Water Supply and Sewerage Board create an operational dashboard that serves as a “command center” for monitoring, administering and managing the city’s water supply networks. By taking advantage of big data and predictive analytics technology, the BWSSB can better manage their complex water distribution system. BWSSB engineers can now modify the control valve settings and get real-time feedback on the changes to the water supply elicited by their actions.

IBM Intelligent Water

The Intelligent Water solution helps make your operations and infrastructure more reliable and efficient. It integrates and analyzes a wide variety of data sources and provides both an intuitive way of visualizing and understanding patterns and anomalies, and an easy way of acting on them. The result is a view of water or wastewater operations that transcends individual systems, devices and departments.

Sewage Heat Pump

The main sewage lines contain sewage water at higher temperatures than ground water and thus heat pump the ground in cities. Thus, these sewers and the surrounding ground are very efficient heat sources. Using this energy sources with heat pumps provides high efficiency and helps to reduce the issue of heat islands in cities.

CELSIUS (international district heating and cooling platform)

CELSIUS presents best practice solutions in the area of smart district heating and cooling by taking a holistic approach to overcome technical, social, political, administrative, legal and economic barriers. The project brings together excellence and expertise from five European cities with complementary energy baseline positions: Cologne, Genoa, London, Gothenburg and Rotterdam. The consortium includes technical expertise form leading energy utilities organization as well as international renowned research and innovation organisations.

Ship to grid

The project ship to grid tries to provide a solution for an increasing amount of pollution emitted by boats during lay times. In the past, ship owners could not turn off engines during lay times since no other energy supply was available. The ship to grid concept offers ship owner access to the electrical system of Cologne. This would allow ship owners to turn off engines during rest times and, as a consequence, lower the amount of emitted CO², particular matters and other pollutants.

Hanham Hall Hub (sustainable smart residential area)

Hanham Hall is the first site to be delivered under the government’s Carbon Challenge initiative and delivers 185 innovative new homes with integrated sustainable living and environmental considerations. The specially commissioned post-occupancy website enables a direct line of communication between residents and the housing management company, as well as within the community itself.

Songdo International Business District

New smart city or "ubiquitous city" built from scratch on 600 hectares of reclaimed land along Incheon's waterfront, 65 kilometres southwest of Seoul Embodies two avant-garde concepts: (1) the Aerotropolis, and (2) the Ubiquitous City (U-City). The largest private real estate development in the world’s history Songdo’s urban model bears several distinct features: its ubiquitous computing allows it to micro-manage numerous aspects of the city such as energy consumption and traffic; and the city can "interact" with citizens at the individual level.

New York City – Hudson Yards

The project, a $20 billion, 28-acre commercial and residential area on Manhattan’s west side, is touted as being the largest development in the city since the Rockefeller center. Hudson Yards will digitally track environmental and lifestyle factors—like traffic, energy consumption, and air quality—and will include a trash-disposal system to remove waste via underground pneumatic tubes. It is being designed specifically to bring in millennials, and to provide the highest quality of life for those living, working, and visiting the area.