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Collaborative Project: carbon fertilizer from phosphorus-rich manure by carbonization with nitrogen recovery. Subproject 2 (Project)

"The aim of the project was to produce carbonaceous N-P fertilizers from farm manure. For this purpose, different techniques were to be combined: separation, drying, carbonization, ammonia adsorption, fertilizer formulation.The investigations showed that slurry can be separated with a high phosphorus removal efficiency. About 79% phosphorus removal into the solid phase, the retentate, was...


Funding period: 2017 - 2020

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Collaborative project: Mechanical weed control in a process chain based on high-precision positioning data - subproject E (Project)

Project goal is the technical development of three agricultural implements, which work together as a process chain and enable the mechanical weed control. Basis of the technology are high-precision positioning data gained from GNSS/RTK-systems. Therefore, data from Global Navigation Satellite Systems (GNSS) like GPS-signals (Global Positioning System) are extended by data from terrestrial systems...


Funding period: 2021 - 2023

Relevancy: 1%

Collaborative project: Utilization of innovative fungal root endophytes in seed treatments to strengthen vegetable crops with the aim to increase plant tolerance against biotic and abiotic stress - subproject C (Project)

Abiotic and biotic stress factors represent current and future challenges for a high-quality vegetable production. Due to expiring approvals and complete bans of plant protection products and pesticides their selection decreases and pathogen resistances to those few available products are increasing at an alarming rate. In terms of sustainable crop protection, plants need to be strengthened by...


Funding period: 2021 - 2024

Relevancy: 1%

Collaborative project: Promoting reusable solutions to reduce single-use plastic service packaging through take-back automation, point-of-sale interventions and opportunities for digitalisation in user behavior - subproject C (Project)

The aim of the REPAID project is to comprehensively examine how reusable systems in the area of service packaging can or must be designed in order to drastically reduce packaging waste from single-use packaging in out-of-home consumption and to make them economically viable in the long term. The focus is on increasing the rates of use, return and reuse through social and technical innovations. To...


Funding period: 2023 - 2024