Possibilities to stop the peat usage in horticulture by using renewable resources and biological wastes which are regional available. Efficient economical as well ecological solutions for the usage of alternatives to peat, development and testing of treatment technologies which are necessary to create such a substrate in laboratory and field scale.
Based on promising preliminary work feasibility and recycling strategy of the modifying process shall be evaluated economically and ecologically.
Development of a wood composite direct dosing system
Compilation and integration of activities carried out in the field of cascade utilisation of stone fruits seeds ("KernCraft Austria") and planning of a demonstration project to start implementation of KernCraft Austria.
Green Biorefinery - Phase 3: Development of technologies for intensification of process concerning extraction and utilisation of lactic acid, amino acids and gras fibres
Optimisation of downstream processing of a Green Biorefinery for separating lactic acid and amino acids out of silage juice applying chromatography; fundamental test for utilising the fibre fraction for hydro-greening and for horticulture substrate.
This application oriented and basic research aims to develop a pilot-master-project in the region of eastern Styria and Burgenland for the cascading use of regional cultivated plants and plant-residues in order to produce wellness and lifestyle-products - by which the creation of value is strongly realated to the functional qualities of the available biomatters.
Phytozid - Application of tansy extract and its ingredients as insecticides against the codling moth
Extraction of insecticidal active substances in pilot plant scale from tansy for field trials against the economically important pest codling moth (Cydia pomonella) as well as approval procedure in order to develop alternative strategies for naturally based plant protection.
Implementation of a cascaded use of stone-fruit residual-mass - Practice-oriented planning for installing a pilot plant for manufacturing marketable products
NAWARO-CASCADING PILOT has investigated professional biocascading strategies for fruit stone utilization (pits from apricots, peaches, cherries and plums) in order to convert them valuable products (novelties like delicacies, cosmetics and technical abrasives) as well as establishing a practice- oriented network.
Development of criteria for the communication of energy efficiency for classifying plastics processing machines
The aim of this project is the development of a measuring standard for the energy demand and efficiency criteria for classifying plastics processing machines. Based on this a communication instrument for the energy efficiency shall be developed.
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.
The mechanical properties and thus the application area of wood plastic composites with a wood content > 60 % shall be explicit increased by means of long wood fibres. The realization of a technological direct feeding system in extrusion process will enable an innovation jump of this wood like material.
Development and evaluation of criteria and methods for the qualitity assurance of thermally treated hardwood
The goal of this project is the devepolment and evaluation of criteria and measurement methods for the quality assurance of thermally treated hardwood. They are to be implemented directly into the production process of Thermowood to increase the resource efficiency and the customer acceptance.
Sustainable outdoor use of larch wood through classification of durability by means of innovative measurement methods
In this project the utilisation of untreated larch wood is promoted by means of innovative measuring-technologies. optic-spectroscopic measurements are linked to extractive contents and mass-decay, in order to predict the "natural durability". The innovative measurement process allows a quick and accurate estimate of natural durability during the manufacturing process.
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.
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.
By means of optimization of the production of vegetable dyes and dyeing technology, the vegetable dyestuff "Colors of Nature" will achieve market maturity. In co-operation with farmers and companies of the textile, food processing and wood working industry there has been developed a competitive product throughout the value chain, which will not only yield an ecological advantage, but also generate regional creation of value.
Characterisation of material parameters as basis for innovative processing methods and products made of large dimensioned wood aiming at economically sustainable use of Austrian timber resources "XXL-Wood"
Facing the problem of decreasing demand for large dimensioned timber, investigations are carried out concerning certain properties like strength and fibre characteristics. Due to the data it is possible to create a model about the variability of special properties of a stem. Based on the model new concepts for optimised processing and products will be developed.
Development of a new generation extrusion tool for a wood plastic composite. This material will be developed in a second project an should show a fiber content of 60 - 85%. Important is a high profile quality as well as a high output to ensure an economical production.
Bio bitumen - bitumen substitute based on renewable raw materials and resulting in energy efficient asphalt
Development of a binder for asphalt based on renewable raw materials. Studies to choose the ideal natural base product, regarding the aspect of utilization of remaining material and the elaboration of practical methods of synthesis were made.