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LfL - Department quality assurance and investigation system (AQU)
Institution
Section overview
Activities
- Research
Parent institution
Coordinated projects
- Amaranth as trace element-rich biogas substrate: time surveys in flow fermenters
- Biogas technology for environmentally contractual Flussigmistverwertung and energy
- Chemical availability of elements, nutrients and trace elements in the biogas process
- Demand-related energy supply through microbiological methanisation
- Demonstration of microbial methanation in pilot scale - subproject microbiology
- Develop and implement a quality management system for agricultural biogas production
- Development of a practical method for the quantitative assessment of microplastics on agricultural land and investigation of microplastics in biogas plants and composts
- Dynamics of the intermediate metabolism in biogas processes (modisto). Subproject 1: Plant Operation and analysis of active guilds
- Functional Analysis of Genes involved in Lipid Metabolism in Cattle and Swine for the Identification of Product Quality relevant DNA Variation
- Importance and stay of Clostridium difficile and other novel pathogens in agricultural biogas plants
- Increased methane productivity during anaerobic fermentation by addition of CO2
- Intensification of the anaerobic degradation of biomass for methane production from renewable resources
- Microbiological diagnosis of relevant subprocesses in biogas production and early warning systems
- Optimizing microbiological methanation processes
- Possibilities for reducing ammonia emissions through microbial manure treatment and manure additives - subproject microbiology
- Procedural, fermenting biological and agroecological impact of increased use of sugar beets in biogas plants - Process micro and molecular biology
- Process engineering and agri-environmental impact of an increased use of sugar beet in biogas plants - processing optimization / mirobiology
- Set-up of a LIMS in AQU
- Unleashing the hidden potential of the anaerobic fungi (Neocallimastigomycota)
- Using straw of grain maize as biogas substrate - ensiling properties, economic processing and fermentability in biogas plants, subproject microbiology
- Value conferring ingredients in valerian
Involved in research projects
- Advancement of NIRS as a monitoring tool for producing biogas and applying fermentation residues
- Amarant a supplier for biogas rich in trace elements: Monitoring by flow-through fermenters
- Animal welfare in aquaculture - studies to evaluate the stress for fish in semi-intensive and intensive fish farming in Bavaria
- Bavarian Wheat for Bread Making and Feeding under the Restrictions of the Fertilizer Ordinance 2020
- Bioindicators of biogas fermentation. Subproject 2: Microbial communities in single-phase systems
- Collaborative project: Precise herbicide neutralization as a contribution to more sustainable weed control. Subproject 1: activated charcoal characterization, model and field trials
- Development of a requirement profile for locallygrown organic maize for human consumptionproduced in Germany in collaboration with thevalue chain as well as determination of itsvariety-specific relevant quality for healthynutrition and processing .
- Establishment, validation, verification and accreditation of modern, efficient, highly sensitive and highly specific methods for reliable detection of plant viruses and -viroids
- Evaluation of pH-lowering systems by acidification to reduce ammonia emissions in the stable and field
- Fermentation residues and demand fertilization to grassland (V552)
- Fermentation residues and demand fertilization to grassland (V553)
- Fermentation residues and demand fertilization to silage corn (V551)
- Fermentation residues and demand fertilization to summer triticale (V550)
- Fermentation residues and demand fertilization to Winter triticale GPS (Whole crop silage) (V548)
- Fermentation residues and demand fertilization to winter wheat grain threshing (V549)
- Fertilizer ordinance data for medicinal and spice plants
- Genome based selection systems for baking quality and resistance in elite germplasm in winter wheat under moderate nitrogen fertilization. Subproject 1
- Implementation of a company-wide view on nutrient-adapted feeding in Bavarian pig farms via digitally prepared data in a web-based information center
- Improving the protein usage in pig farming by optimizing the amino acid structure of barley by a breeding approach
- Interactions between large and small grained leguminosae under the conditions of organic farming
- Low-emission liquid manure grassland Franconia
- Manure fertilization using different application techniques including DSN and N simulation in winter wheat
- Operator Guide for optimum plant operation (Biogas)
- Optimization of decentral soy bean processing using online process control via near infrared spectroscopy
- Options for reducing ammonia emissions through microbial manure treatment and manure additives
- Pasture Innovations Network Sheep Goat
- Practical survey on nutrient requirements, nutrient extractions and yields in medicinal and aromatic plants for the implementation of the new Fertilization Regulation
- Pre-harvest monitoring of winter wheat in Bavaria
- Seed mixtures native to the area used for compensation areas with sheep grazing
- Stationary endurance test for fermentation residues and demand fertilization of intensive biogas crop rotation (corn silage, triticale GPS, ryegrass) (V554)
- Stationary endurance test for fermentation residues and demand fertilization of intensive biogas crop rotation (corn silage, triticale GPS, ryegrass) (V554S)
Contact
LfL - Department quality assurance and investigation system
(AQU)
Lange Point 4
85354 Freising
Bavaria
Germany
Phone: +49 (0)8161 71-3612
Fax: +49 (0)8161 71-4103
Email: aqu(@)lfl.bayern.de
