Suchergebnisse für "Factsheet: Energietechnologien gestalten, die für alle sinnvoll und nutzbar sind"
EMA - Environmental Management Accounting - Pilottesting
Beispielsammlung zur Umweltkostenrechnung und Investitionsrechnung
Erstellung eines Konzeptes zur Entwicklung der "Dienstleistung Schmierung" zur Maximierung der Anlagenlebensdauer auf Basis von Ionischen Flüssigkeiten als Spezialschmiermittel
Entwicklung des Konzeptes der "Dienstleistung Schmierung" mit dem Ziel der wesentlichen Steigerung der Lebensdauer von technischen Anlagen und somit einer Reduzierung deren Ressourcenverbrauches - eine Kombination aus Entwicklungs-Dienstleistung, Produktherstellung und Schmier-Dienstleistung.
Sustainable Business Planner - IT-gestütztes Managementtool zur Integration der Leitprinzipien des Impulsprogramms "Nachhaltig Wirtschaften" in Businesspläne.
Weiterentwicklung des etablierten Managementkonzepts Businessplan zum Sustainable Businessplan. Erstellung, Erprobung und Verbreitung des ganzheitlichen nutzerorientierten IT-Tools "Sustainable Business Planner" im Rahmen einer österreichweiten GründerInnen-Initiative.
Holzbearbeitung mit Überlagerung einer Ultraschall-Wechselbeanspruchung
Entwicklung von Verfahren zur Holzbearbeitung unterstützt durch hochfrequente Ultraschallvibration in Hinsicht auf Anwendungen in der holzverarbeitenden Industrie.
EASEY - Ecological And Social EfficiencY
Indikatorenmodell zur sozialökologischen Bewertung der ATX Prime Market Unternehmungen auf ihrem Weg zur Nachhaltigkeit
RAINBOW 2
Überführung der in Rainbow 1 erarbeiteten Kenntnisse zur Entwicklung funktionalisierter Fasern aus nachwachsenden Rohstoffen in einen halbtechnischen Maßstab sowie auf verschiedene Faserherstellungsverfahren.
Raising efficiency by an optimized filters purification system using waste heat in metal industry
Purification and disposal of production effluents in waste water from metal manu¬fakturing processes is of economical and ecological importance for the Joh. Pengg AG. Econamical solutions for optimised purification of the filter textiles and the drying of the filter cake with waste heat have been found.
Raise in efficiency due to optimized waste heat management in heat intensive processes of the metal-working industry
This project drives at optimizing the energy input at the manufacturing process of oil tempered spring steel. This aim is met by investigating different options of waste heat recovery from industrial furnaces and heat insulation of heat treatment bathes. Besides, options of lead removal from anthracite will be listed.
Development of miniaturized, ceramic high-temperature fuel-cell-components using resources-perserving mass-production processes
The application of nano scaled powder and powder injection moulding (PIM) for energy efficient co-sintering of miniaturized solid oxid fuel cells which can produce current and heat by using renewable raw materials.
Increasing of the resources-efficiency by experimental optimisation of steam production and by reduction of production residues in a metal-processing factory
The project is based on the results of the currently running project "Use of waste heat and renewable energy sources in a metal-processing factory". In this project it was found, that nearly the half of the consumption of natural gas is needed for steam production. Based on calculations already carried out, it is planned to investigate experimentally the possibilities of increasing the resource-efficiency by lowering the steam temperature and by replacing steam by hot water. Further increasing of resource-efficiency shall be achieved by use of internal residues as an additional fuel in a solid fuel furnace.
Stoffliche Verwertung der textilen Restfraktion
Verwertung des im Zuge der Aussortierung von brauchbarer Second-hand Bekleidung aus gesammelter Altkleidung anfallende textile Abfall soll einer Wiederverwendung zugeführt werden; Entwicklung von automatisierten, mechanischen Verfahren zu Aufbereitung; Vermeidung von Abfall.
The Paper Factory in the Year 2030
Paper factory in the year 2030 as an integrated part of a sustainable economy and a supplier of sustainable paper products fulfilling criteria for sustainability at highest possible level.
Improvement of resource efficient use of wood
Modelling of wood processing in order to demonstrate the developments' impacts on performance
RAINBOW 2
Application and expansion of knowledge gained in the project Rainbow1 for the production of new, functionalised fibres using renewable resources as well as other fibre manufacturing methods in a pilot plant scale production.
TRIGOS - CSR pays!
The project analysed selected TRIGOS projects and organisations and further developed assessment approaches for sustainable management accounting and corporate social responsibility. TRIGOS is an award scheme for organisations who combine economic performance with social and environmental responsibility.
Material utilization of end-of-term textiles
Mechanical processing of the non-reusable part of collected end-of-life apparels (e.g. cutting, sifting, etc.); development of marketable application for the obtained short fibers in the field of construction materials (e.g. bitumen modification)
Chemo-physical analysis and assessment of color alterations of selected hardwoods and development
Analyses of biochemical reactions causing colour changes during the hygrothermal treatment of selected hardwoods will lead to a model for defined and process-based colouration or maintenance of colour in drying and steaming processes. Based on this development the new drying and steaming schedules will be implemented in the industry.
Development of a holistic valuation of enterprise-activities for sustainability and field test in leading industrial companies - InaBe
The development of a holistic model comprising method and instrument to evaluate ac-tivities from companies in context with sustainable development by integrating objective and subjective view.
Product-related Environmental Information Systems in Austrian Companies
Inventory of product-related environmental information systems, survey of implementations within Austrian companies, and analysis with respect to principle applications
Chemistry, process design and sustainable economic development
The results of this project were to deliver the basics for chemical process engineering taking into account the requirements of sustainable development. The proposed results will have to be in conformity with ecological, economic and social requirements for sustainability. Hence the processes will mostly be based on renewable resources.