Energy and material flow efficient factory planning

Theme	Factory planning, Ecology
Project title	Energy and material flow efficient factory planning (EnMaFap)
Project duration	01.10.2011 – 30.09.2013
Results	Software demonstrator (in German)
Download	Whitepaper "Factory planning" (in German) Article in IPH's annual report 2012 (in German)
Press release	Making factories more energy efficient: Together with experts from architecture and building physics, IPH research engineers are developing an integrated view on plant design.

Resource scarcity, increasing energy costs, global warming – these issues do not only concern businesses with high energy consumption. In addition to economic reasons also increasingly stringent legal requirements force companies to increase their energy efficiency. However, measures to increase energy efficiency are often in conflict with other targets of the factory planning, in particular the efficiency of the material flow. The aim of this research project is the derivation of recommendations for energy and material flow efficient structuring and synergetic design of factories.

Publications about the project

Ecology, Factory planning Ullmann, G.: Energie- und materialflusseffiziente Fabrikplanung - Forschung und Beratung am Praxisbeispiel. Innovationskreis Automobilzulieferer, NiedersachsenMetall - Verband der Metallindustriellen Niedersachsens e.V. und Arbeitgeberverband der Deutschen Kautschukindustrie (ADK) e.V., 11. Juni 2013, Hannover.

The lecture introduced IPH – Institut für Integrierte Produktion Hannover gGmbH with its three fields of activity: forming technology, logistics and automation technology. Furthermore, research and consulting projects were discussed. In addition, the challenges regarding the planing of adaptable factories were presented as a major focus of current research.

research and development, factory layout planning, resource efficiency, adaptability

Ecology, Factory planning Ullmann, G.: Energie- und materialflusseffiziente Fabrikplanung - Vom Forschungsprojekt zum Wissenstransfer in die Unternehmen. IHK Oldenburg, Sitzung des Industrie-, Energie- und Umweltausschusses, 25. April 2013, Nordenham.

research and development, factory layout planning, resource efficiency, adaptability

Factory planning, Production planning, Ecology Böning, C.; Rochow, P.: Sparen nach Plan: Energieorientierte Fabrik- und Belegungsplanung. In: phi - Produktionstechnik Hannover informiert, PZH-Verlag, 13. Jg. (2012), H. 2, S. 4f.

In 2022 germanys last nuclear power plants will be shut down. In addition to the decision to phase out nuclear power a worldwide shortage of fossil fuels will lead to a steady rise in energy costs. Therefore the IPH develops procedures and methods, which will help companies to reduce their energy costs.

energy costs, occupancy plan, energy consumption

Energy and material flow efficient factory planning

Publications about the project

Ecology, Factory planning Ullmann, G.: Energie- und materialflusseffiziente Fabrikplanung - Vom Forschungsprojekt zum Wissenstransfer in die Unternehmen. IHK Oldenburg, Sitzung des Industrie-, Energie- und Umweltausschusses, 25. April 2013, Nordenham.

Factory planning, Production planning, Ecology Böning, C.; Rochow, P.: Sparen nach Plan: Energieorientierte Fabrik- und Belegungsplanung. In: phi - Produktionstechnik Hannover informiert, PZH-Verlag, 13. Jg. (2012), H. 2, S. 4f.

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