Forschung & Wissenschaft
Hochschulen und Forschungseinrichtungen
Führende Forschungseinrichtung für Umwelt- und Ökosystemforschung in Deutschland.
Traditionsreiche Universität mit starker Agrar- und Biowissenschaft.
Bundesforschungsinstitut für Kulturpflanzen – Pflanzenzüchtung und -schutz.
Ingenieurdienstleistungen für nachhaltige Technologien und Umwelttechnik.
Technologie & Innovation
Technologieanbieter und Systemlösungen
Spezialist für Vakuumtechnologien in der Controlled Environment Agriculture.
Konstruktionslösungen für moderne Vertical Farming Anlagen.
Anwendungsorientierte Forschung und Entwicklung in Agrartechnologie.
Energiedienstleistungen und Contracting für nachhaltige Produktionssysteme.
Praxis & Anbau
Landwirtschaftliche Betriebe und Anwender
Landwirtschaftlicher Betrieb mit Fokus auf innovative Anbaumethoden.
Spezialisierter Betrieb für Pflanzenkultivierung und Vertical Farming.
Gartenbaubetrieb mit Erfahrung in kontrollierten Anbauumgebungen.
Innovativer Agrarbetrieb mit Schwerpunkt auf nachhaltiger Produktion.
Verwertung & Markt
Vermarktung, Handel und Wertschöpfung
Innovationsberatung und Venture-Entwicklung für AgriTech-Startups.
Plattform für nachhaltige Innovationen und grüne Technologien.
Pharmazeutische Verwertung von Pflanzenwirkstoffen aus Vertical Farming.
Vertrieb und Vermarktung von Vertical Farming Produkten.
Kommunikationsagentur für nachhaltige Marken und Innovationsprojekte.
Projekte
Bald verfügbar
Elicitor-Prime
Use of algal extracts as natural elicitors to trigger plant defence responses against plant pathogens
16KN130290
The feasibility study Elicitor-Prime explores the use of algae extracts as natural elicitors to activate plant defense mechanisms against fungal pathogens in greenhouse-grown herbs, with a particular focus on basil cultivation. Fungal diseases such as downy mildew and Fusarium wilt cause significant crop losses and represent a major challenge for sustainable herb production.
The project investigates whether extracts from microalgae and cyanobacteria can strengthen the natural immune response of plants and reduce susceptibility to pathogens. Different algae extracts are screened and evaluated regarding their effectiveness, application potential and possible side effects on plant growth.
The study aims to identify promising algae-based compounds as environmentally friendly alternatives to conventional chemical plant protection products. The generated results will provide the scientific and technological basis for a subsequent R&D project focused on developing biological plant strengthening products for sustainable greenhouse and agricultural applications.
contact:
Heiko Dietz
mail@dietz-wegenast.de
June 1th 2025 – February 28th 2026
CBDvsPsoriasis
Use of Cannabis sativa in pharmaceutical applications & creation of an evidence-based digital platform
16KN130291
The feasibility study CBDvsPsoriasis focuses on the development of innovative cannabinoid-based skincare and cosmetic products for the supportive treatment of psoriasis. Psoriasis is a chronic inflammatory autoimmune disease affecting millions of people worldwide and is often associated with itching, pain, and a significant reduction in quality of life. Existing treatment options are frequently insufficient or linked to undesirable side effects.
The study investigates advanced nanoformulation technologies for cannabis-based extracts in order to improve skin penetration, bioavailability, and stability of cannabinoids. Particular attention is given to the potential of cannabidiol (CBD) and other plant-derived compounds for preventive and symptom-relieving skincare applications.
The project covers the entire value chain — from controlled hydroponic cultivation of Cannabis sativa and energy-efficient extraction processes to the development of suitable formulation strategies. In addition, regulatory requirements, sustainability aspects, and economic potentials are evaluated.
The results of the feasibility study will form the basis for a subsequent R&D project aimed at developing market-ready medical and cosmetic cannabis products with high therapeutic potential. The long-term objective is to provide innovative and sustainable solutions for dermatological care and to create new perspectives for the treatment of chronic skin diseases.
contact:
Markus Fischer
service@alpha-apotheke-bochum.de
June 1th 2025 – May 31th 2026
VirtualLabAssist
Interactive assistance system for automated data collection in virtual laboratory processes
16KN130292
The aim of the “VirtuaLabassist” project is to develop a digital assistance platform that makes laboratory processes more efficient, transparent and safer. The aim is to support researchers and laboratory staff in their practical workflows through the use of virtual reality (VR), eye-tracking and AI-supported assistance systems, whilst simultaneously improving documentation and quality assurance. The focus is on developing an intelligent system that records work steps in real time, documents them automatically and detects potential errors at an early stage. For example, pipetting procedures, sample assignments or equipment settings are to be digitally tracked and linked to timestamps and sample information. This creates a complete process history, which is particularly relevant for regulated laboratory environments such as GMP or diagnostic areas. Another focus is on the development of interactive training and learning modules. With the help of VR technologies, laboratory processes are to be simulated realistically in order to train new staff efficiently and standardise existing skills. This is complemented by virtual assistant functions that provide direct feedback during the process and can highlight potential errors.
contact:
Josua Ziegler
hello@punktum.net
December 1th 2025 – November 30th 2026