Leibniz Institute for Agricultural Engineering Potsdam-Bornim e.V.
Coordinated projects :
- Efficient processing of biogas for power generation in PEM fuel cells- Details of Efficient processing of biogas for power generation in PEM fuel cells
- Supply composite PEM fuel cell systems - ZUBRA- Details of Supply composite PEM fuel cell systems - ZUBRA
- Fermentation of renewable resources and the upflow process- Details of Fermentation of renewable resources and the upflow process
- Establishment of an ex situ collection of methanogenic archaea from biogas plants in rural areas (Methanogenic Archaea Culture Collection, MACC)- Details of Establishment of an ex situ collection of methanogenic archaea from biogas plants in rural areas (Methanogenic Archaea Culture Collection, MACC)
- Biofilms in biogas plants - structure, impact on the biogas yield and optimization of technical systems for the retention of the microbial biomass- Details of Biofilms in biogas plants - structure, impact on the biogas yield and optimization of technical systems for the retention of the microbial biomass
- Junior group: The biogas production from nitrogenous renewable resources and agricultural residues - Development and optimization of process engineering and microbiology solutions to prevent ammonia inhibition- Details of Junior group: The biogas production from nitrogenous renewable resources and agricultural residues - Development and optimization of process engineering and microbiology solutions to prevent ammonia inhibition
- FABES. Subproject 4: Microbiological process analysis- Details of FABES. Subproject 4: Microbiological process analysis
- Monitoring of the methane-forming microflora in biogas plants in rural areas: analysis of the actual state and development of a quantitative detection system- Details of Monitoring of the methane-forming microflora in biogas plants in rural areas: analysis of the actual state and development of a quantitative detection system
- Sub-Project 1: Dynamic regulation of processes for the fermentation of renewable raw materials using a propionic discerning gas sensor arrays- Details of Sub-Project 1: Dynamic regulation of processes for the fermentation of renewable raw materials using a propionic discerning gas sensor arrays
- Influence of mineral nitrogen fertilization on the biomass yield of poplar and willow, and identification of relevant environmental impacts- Details of Influence of mineral nitrogen fertilization on the biomass yield of poplar and willow, and identification of relevant environmental impacts
- Biomass for SunFuel- Details of Biomass for SunFuel
- Studies on phyto sanitary risk due to the anaerobic fermentation of plant biomass in biogas plants. Sub-project 3- Details of Studies on phyto sanitary risk due to the anaerobic fermentation of plant biomass in biogas plants. Sub-project 3
- EVA II Subproject 4: Effect of substrate quality on the biogas yield in the laboratory and in practice- Details of EVA II Subproject 4: Effect of substrate quality on the biogas yield in the laboratory and in practice
- Joint project: an innovation network planning climate adaptation region of Brandenburg Berlin (INKA BB) - Part 2- Details of Joint project: an innovation network planning climate adaptation region of Brandenburg Berlin (INKA BB) - Part 2
- Subproject 4: Determining the influence of plant species and substrate quality on silage and biogas yield- Details of Subproject 4: Determining the influence of plant species and substrate quality on silage and biogas yield
- Subproject 2: Provide high-quality silage and fair determination of the energetic and economic parameters to evaluate and optimize the overall process- Details of Subproject 2: Provide high-quality silage and fair determination of the energetic and economic parameters to evaluate and optimize the overall process
- FENAFA network interconnection - part 3a: Targeted development and adaptation of the method steps for providing and conditioning of natural fiber konservat for use in composite materials (focusing on hemp)- Details of FENAFA network interconnection - part 3a: Targeted development and adaptation of the method steps for providing and conditioning of natural fiber konservat for use in composite materials (focusing on hemp)
- Demonstration Project medicinal plants (KAMEL), collaborative projects: Optimization of the dehydration process for medicinal and aromatic plants as regards energy use, efficiency and product quality, sub-project 1: Studies on the optimization of a surface drying plant- Details of Demonstration Project medicinal plants (KAMEL), collaborative projects: Optimization of the dehydration process for medicinal and aromatic plants as regards energy use, efficiency and product quality, sub-project 1: Studies on the optimization of a surface drying plant
- Demonstration Project medicinal plants (CAMEL); joint project: Immediate and sustained improvement of existing dryer for chamomile, lemon balm and valerian; Subproject 2: increased efficiency of surface drying- Details of Demonstration Project medicinal plants (CAMEL); joint project: Immediate and sustained improvement of existing dryer for chamomile, lemon balm and valerian; Subproject 2: increased efficiency of surface drying
- Basics of plant protection in Precision Farming - Details of Basics of plant protection in Precision Farming
- Demonstration Project medicinal plants (CAMEL); development of a harvester for chamomile flowers- Details of Demonstration Project medicinal plants (CAMEL); development of a harvester for chamomile flowers
- Practical testing and implementation of sensor-based methods of fertilization and pest management to improve environmental performance, sustainability and profitability in grain production- Details of Practical testing and implementation of sensor-based methods of fertilization and pest management to improve environmental performance, sustainability and profitability in grain production
- Collaborative project: Site-specific fungicide application in cereals by use of novel sensors (FungiPrecise) - subproject 1- Details of Collaborative project: Site-specific fungicide application in cereals by use of novel sensors (FungiPrecise) - subproject 1
- Collaborative project: Developing of a central online-analyzing and steering unit for milk production \'OASE\' – Subproject 1- Details of Collaborative project: Developing of a central online-analyzing and steering unit for milk production \'OASE\' – Subproject 1
- Development of an eco-efficient technology to reduce emissions from the storage of biological nutrient solutions- Details of Development of an eco-efficient technology to reduce emissions from the storage of biological nutrient solutions
- Collaborative project: An automatic multi parameter expert system designed to improve animal welfare and productivity for sows and piglets in the farrowing crate - subproject 2- Details of Collaborative project: An automatic multi parameter expert system designed to improve animal welfare and productivity for sows and piglets in the farrowing crate - subproject 2
- Collaborative project: Milking processes with model-driven development of procedures and system engineering (MeMo) - subproject 1- Details of Collaborative project: Milking processes with model-driven development of procedures and system engineering (MeMo) - subproject 1
- Collaborative project: Acoustic resonance analysis for quality detection of horticultural products – using the example of hollow white asparagus and mealy pome and stone fruit – Subproject 1- Details of Collaborative project: Acoustic resonance analysis for quality detection of horticultural products – using the example of hollow white asparagus and mealy pome and stone fruit – Subproject 1
- Coordination and Management of ProSenso.net2- Details of Coordination and Management of ProSenso.net2
- Collaborative project: Application of plasma technology for gentle preservation of perishables in the post-harvest chain – Subproject 1- Details of Collaborative project: Application of plasma technology for gentle preservation of perishables in the post-harvest chain – Subproject 1
- Highly Efficient Sensors for Perishable fruit products to Evaluate the Role and Impact of technologies on nutritional Damage and Elaborate optimising Strategies- Details of Highly Efficient Sensors for Perishable fruit products to Evaluate the Role and Impact of technologies on nutritional Damage and Elaborate optimising Strategies
- Collaborative project: Development of a rapid chlorophyll fluorescence imaging-based early-detection method of mildew-resistant lettuce lines – Subproject 1- Details of Collaborative project: Development of a rapid chlorophyll fluorescence imaging-based early-detection method of mildew-resistant lettuce lines – Subproject 1
- Technological evaluation and comparison of methods- Details of Technological evaluation and comparison of methods
- WeGa - Work Packages 3.2, 4.6 and 4.7- Details of WeGa - Work Packages 3.2, 4.6 and 4.7
- Advanced Monitoring of Tree Crops for Optimized Management - How to Cope With Variability in Soil and Plant Properties?- Details of Advanced Monitoring of Tree Crops for Optimized Management - How to Cope With Variability in Soil and Plant Properties?
- Collaborative project: Freshness terminal system for fruit and vegetables – a tool for consumer decisions – subproject 1- Details of Collaborative project: Freshness terminal system for fruit and vegetables – a tool for consumer decisions – subproject 1
- Joint Project: Intelligent Radio-based irrigation (IFuB) – Subproject 5- Details of Joint Project: Intelligent Radio-based irrigation (IFuB) – Subproject 5
- Collaborative project: Coupled optical measurement techniques for mobile determination of quality signatures along the doner meat production chain – subproject 1- Details of Collaborative project: Coupled optical measurement techniques for mobile determination of quality signatures along the doner meat production chain – subproject 1
- Differentiation of autofluorescence signatures for online detection of bacterial contaminants in automated meat cutting- Details of Differentiation of autofluorescence signatures for online detection of bacterial contaminants in automated meat cutting