Suchergebnisse
NATUBAR - Natural raw materials for specific barrier applications in paper and board (SUSPRISE Joint Call)
NATUBAR is an industrial research project. It consists of researching and developing a totally new approach to starch modification namely selective oxidation as patented by Glycanex as well as the application in modern folding box boards and the photopaper production environment.
RAILWASTE - Production of railway sleepers by mixed plastic waste (SUSPRISE Joint Call)
Production of railway crossties ("sleepers") from an alternative (renewable) raw material
SERECARB - SElective REcovery of Calcium CARBonate in paper sludge (SUSPRISE Joint Call)
Developing a new process based on selective recovery of calcium carbonate from paper mill effluents and sludge, purification, conversion into precipitated calcium carbonate (PCC) and reuse as filler in paper making.
Resource-saving and sustainable production of high-quality steel by enhanced on-line control of stirring efficiency in vacuum degassing (SUSPRISE Joint Call)
For vacuum degassing of liquid steel, as it is used for production of high quality steel grades, an improved on-line monitoring and control system will be developed and applied. Thus the reliability of the vacuum degassing process will be improved, and simultaneously the consumption of energy and resources will be reduced.
Repa & Service Mobil
Development/preparation of a mobile repair and service-point and pilot-implementation at large company sites or centres with high customer-frequency. Supporting of sustainable product-services - especially repair-services - in connection with efficient logistical and organisational processes in relation to product-service-systems; reduction of market-barriers and sensitisation of the general public for sustainable consumption.
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.
Thermal detection of cracks on glowing wire during the process of rolling with regard to reduction of rejections
Developing a non-destructive and fully automated testing to detect surface cracks and laps in rolled wires during the production at temperature values of 800-1000°C and at a material speed of 30-40 m/s, with regard to reduction of rejections.
ZERIA 3 (Zero Emissions Research in Application)
Elaboration of the principles for zero emission enterprises. The results show that this approach can be realistic and economically advantageous in many cases.
ZERMEG III - Decision guidance for the visualisation of the achievements of sustainable corporate strategies
ZERMEG III creates a virtual factory of the future from the combination of the research results of different projects. This model will be used to generate real experience for managers in experimenting taking organisational and technical decisions with regard to a sustainable development.
Shutdown factory - Central control and communication system and overall concept for a reduction of energy cost and optimization of resources during the stand-by-mode of industry facilities
Development of solutions to reduce the energy cost during the stand-by-mode of industry facilities. Focus areas: innovative control and communication system for the problem of the shut down and start up, entire concept on energy savings cost during the stand-by-mode, creating awareness concerning the problem in the industry
ZERMEG - Zero Emission Retrofitting Of Existing Galvanizing Plants
Method to optimize existing galvanizing plants consequently with the goal of zero emission and zero waste enterprises, to minimize operating cost including benchmarks and three case studies
Development of methods and procedures to automate the operative production control and scheduling considering the aspects of sustainability
The production order doesn't only influence logistic and operational ratios, but also shows effects on the environment as well as ergonomics and the staff's psychology. Aim of the project was to develop a method to optimize the job order planning in consideration of an integrated evaluation in terms of sustainable economic activity.
Waste heat utilisation and use of renewable energy sources in a metal-working enterprise
Use of waste heat and covering of the remaining energy demand by the renewable energy sources hydropower and biomass in a metal-processing company.
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)
THECLA
Bio-Minimum-Lubrication
Development of a Minimum quantity lubrication system employed in metal working industry using an oil-in-water emulsion based on renewable primary products.
Improvement of resource efficient use of wood
Modelling of wood processing in order to demonstrate the developments' impacts on performance
Data-based processes for the creation and formulation of production data for complex industrial plants.
Development and evaluation of a process to automatically create models from existing production data of industrial plants. These models can be used to optimize the production process and plant equipment (scrap, quality, use of raw materials and energy) or to detect and predict faults.
Ecologically friendly resin impregnation of rotating machines with the use of the joule effect
Windings of rotating machines or electrical generators (e. g. wind and water power generators) are impregnated with resin. A new technology using the heating effect of current is investigated. The high efficiency of heating with the joule effect results in quick heating of stator leading to fast gelling of the resin, which implies low emission.
Wood-processing employing a superimposition of ultrasonic vibrations
Development of wood-processing techniques employing high-frequency ultrasonic vibrations in terms of applications in the woodworking industry.