Suchergebnisse für "Factsheet: Energietechnologien gestalten, die für alle sinnvoll und nutzbar sind"
Investigation of the sustainable utilisation of carbon from methane pyrolysis
One of the possible alternative production routes for renewable hydrogen is methane pyrolysis. Compared to other, alternative production routes, methane pyrolysis has the lowest energy input (less than a quarter of water electrolysis) with a very high hydrogen yield.
Wood Plastic Composite - Direct extrusion
Development of a wood composite direct dosing system
Wood Plastic Composites - WPC
future-proof materials from wood composites- projects within the "Factory of tomorrow" subprogram
Forschungsforum
2/2007
Herausgeber: BMVIT
Englisch, 6 Seiten
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Green Biorefinery - Development of key separation technologies to extract lactic acid and other valuable substances from silage juice
Juice from pressed silage grass has a high content of lactate and free amino acids. The goal of this project is to develop a technology for the separation of these valuable products.
Chemical modification of wood particles for high value wood plastic composites
Based on promising preliminary work feasibility and recycling strategy of the modifying process shall be evaluated economically and ecologically.
The development of fused wood-only parquet elements
The development of the wood fusing technology to an innovative, ecological process of production of wood-only parquet elements, which do not contain any wood foreign substances as glue or thermoplastics.
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.
Green Biorefinery - Separation of Lactic Acid from Grass Silage Juice (Brown Juice)
Development of a technical process to separate lactic acid from Brown Juice. Lactic acid is a promising chemical commodity which may be produced from silage juice at low costs and in an environmentally friendly way for subsequent synthesis of valuable products.
Green Biorefinery - Separation of Proteins from Grass Juice (Green Juice)
Research and development of the technical process to separate protein from grass juice to gain high-protein concentrate for animal feed by ultra-filtration and other separation technologies.
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.
Adsorbent Materials of Residues from Corn Cob
Development and testing of processes to produce adsorptive materials from agricultural residues of corn production with focus on corn cob grit as oil bonding agent (e.g., applicable to the remediation of oil spills).
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.
Green Biorefinery - Primary Processing and Utilization of Fibres from Green Biomass
Tests on optimisation of the essential process unit mechanical fractionation of the primary raw material "green biomass" into a liquid and a solid - fibres containing - fraction. Furthermore, lab and pilot scale tests with respect to technologies and processes for primary processing of the solid fraction (e.g. technologies for obtaining specified well defined fibre fractions, reduction of odour etc.). Finally, lab and pilot scale tests regarding manufacturing of prototype fibre products (fibreboards and adhesives & fillers for the construction sector) based on specific well defined fibre fractions from green biomass as primary raw material.
Innovative technology for the treatment of municipal and industrial waste water and process waters (INNOWATEC)
Evaluation of a technology as a supporting module for process water and waste water treatment and testing in laboratory and pilot tests for specific fields of application in operational water management.
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.
Fibre composites with natural adhesive
Developing of suitable bonding agents, fibres and processing technologies for the production of form stable fibre composites made of natural components. Production of prototypes like boards and moulded parts. Material testing.
Mit Nachwachsenden Rohstoffen Auf Dem Weg Zur Nachhaltigkeit
Theoretische Grundlagen, Chancen & Perspektiven
Forschungsforum
3/1997
Herausgeber: BMVIT
Deutsch, 6 Seiten
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Development of a comprehensive procedure within the design of high-speed-cutting processes in consideration of environmental protection and occupational health aspects
In the metal working industry high-speed-cutting (HSC) in connection with minimal quantity cooling-lubrication promises a high potential for saving process materials. On the one hand costs of purchase and disposal of metal working fluids (MWF) decrease, on the other hand the reduction of dermal diseases and emissions of MWF-dusts are expected.
Green Biorefinery
An innovative Technology Concept for the Creation of a Sustainable Supply of Raw Materials within the "Fabrik der Zukunft" Subprogram
Forschungsforum
1/2004
Herausgeber: BMVIT
Englisch, 6 Seiten