Institute for Sanitary Engineering, Water Quality and Solid Waste ...

Solid Waste Management SIA
Projects
City with Energy Efficiency - SEE Stuttgart
The project LAKE traced to the following objectives:
1. Development of a macroscopic balance model
2. Development of a microscopic model strategy
3. Identification of optimization potential
4. Creating a Road Map „energy“ by 2050
5. Implementation of identified actions
6. Evaluation of operations and performance review
Prerequisite for a sustainable society is in addition to
economic prosperity and social well-being also a healthy
environment. It is necessary to reduce emissions
of pollutants - in particular climate-relevant pollutants
- and to increase significantly the efficiency of resources
use. As undisputed the need for energy and resource
efficiency in society and politics is, so difficult
is the setting of concrete goals and the understanding
on the „right“ strategies and actions. Reasons for this
include the difficulties of assessing impact of measures
in the framework of formulation of policy / planning
strategies (overall effectiveness, as well as the contribution
of well targeted measures to achieve the objectives)
and the uncertainty about the nature and scope
of opportunity costs in the case of scope achievement
as well as the potential distributional effects of social
costs. A suitable tool for municipal planning strategy
may be models that allow assessing the effects of
various measures in terms of their individual as well as
cumulative effect. In this framework, with the project
SEE it is meant to develop a macro and a microscopic
balance and strategy model to support the development
of the local strategies and action planning.
The project SEE has the following objectives:
1. Development of a macroscopic balance model
2. Development of a microscopic strategy model
3. Identification of optimization potential
4. Creating a Road Map „energy“ up to 2050
5. Implementation of identified measures
6. Evaluation of measures and performance review
Key activities of the Chair of Solid Waste Management
and Exhausted Air:
• Macroscopic balance model for the energy
consumption of consumer goods in Stuttgart
• Microscopic balance and strategic model for energy
consumption of households in Stuttgart caused
by the consumption of goods
• Development and evaluation of measures in the
waste and consumption area
Optimization
potential
Balance and strategy
model
Implementation
Evaluation of
of optimization
performance
measures
Balance and strategy model
Financing institution:
Bundesministerium für Bildung und Forschung BMBF
- Förderinitiative „Wettbewerb Energieeffiziente
Stadt“
Project partner:
Regional Capital City of Stuttgart
• EnBW Energie Baden-Württemberg AG
• Fraunhofer-Institute for Construction Physics
• University of Stuttgart
Institute of Railway and Transport Sciences
(IEV)
Institute for Regional and Development Planning
(IREUS)
Institute for Sanitary Engineering, Water Quality
and Waste Management, Chair of Solid Waste
Management and Exhausted Air (ISWA, AFW)
Institute of Social Sciences, International Center
for Cultural and Technological Research (IZKT);
Interdisciplinary Research Risk and Sustainable
Technology Development (ZIRN)
Institute of Road and Transportation, Department
of Transport Planning and Traffic Control Systems
(VUV)
Duration:
April 2009 - March 2010
Contact:
Prof. Dr.-Ing. Martin Kranert
Dipl.-Ing., M.Sc. Mihaela Berechet
Dipl.-Geol. Detlef Clauß
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