Professor Tracy Lawson examines the plants being grown in the vertical farm – Credit: University of Essex
In a dynamic collaboration set to revolutionise agricultural research, Innovation Agritech Group (IAG) and the University of Essex have unveiled the installation of the first commercial standard vertical farm at a UK university. This landmark collaboration signifies a significant leap forward in sustainable farming practices, as the university commences its research efforts to tackle the pressing challenges of food production for tomorrow’s climate.
IAG first to install commercial standard vertical farm at UK university – Credit: Kabir, Klick
IAG’s flagship technology, the GrowFrame360™, is nestled within the University’s recently launched state-of-the-art £3.5 million Smart Technology Experimental Plant Suite (STEPS). IAG’s cutting-edge technology boasts minimal water usage and soil-free growing capabilities, offering a beacon of hope for the future of agriculture.
Kate Brunswick, Business Development Director at IAG, expressed enthusiasm about the potential impact of this installation. “Today’s announcement marks a significant milestone in harnessing technology and education to address global challenges,” she remarked. “Our collaboration with the University of Essex underscores our commitment to transforming agricultural practices and fostering innovation in the field.”
Breaking New Ground: IAG and the University of Essex Lead the Way
At the core of the University of Essex’s STEPS facility, partly funded by the Wolfson Foundation, lies a commitment to advancing research on plant adaptation to climate change and ensuring future food security. With state-of-the-art features such as a commercial-grade indoor vertical farm and specialised areas for simulating various environmental conditions, STEPS offers researchers an ideal environment for exploration.
It enables researchers to control CO2 levels and temperature, aiding plants in adapting to more challenging conditions. Advanced computer scanning technology will monitor plant growth and analyse shifts in photosynthesis. This research will harness AI and robotics to develop new methodologies, technologies, and strategies for predicting changes in agriculture and the natural environment.
Student Susannah Eiden, 21, takes a reading – Credit: University of Essex
Empowering Future Innovators
Students at the University of Essex are poised to take advantage of this pioneering initiative, engaging in hands-on research alongside world-class scientists. The collaboration presents a unique opportunity for undergraduates to delve into the complexities of sustainable crop cultivation, gaining invaluable experience that transcends traditional classroom learning.
Professor Tracy Lawson, Director of Essex Plant Innovation Centre at the University of Essex, emphasised the significance of the GrowFrame technology in expanding research horizons. “As the world grapples with the challenges of feeding a growing population amidst climate uncertainty, innovative solutions are imperative,” she remarked. “The installation of the GrowFrame system empowers us to explore new frontiers in sustainable agriculture and train the next generation of agricultural leaders.”
Ribbon cutting of the STEPS lab, at the University of Essex – Credit: Kabir, Klick
Shaping the Future of Farming
As the world grapples with the urgent challenges of climate change and food security, collaborations like the one between IAG and the University of Essex are more crucial than ever. It exemplifies a shared commitment to driving progress in agricultural research and sustainability. By harnessing the power of innovation, education, and research, these two entities are not only shaping the future of farming but also paving the way for a more sustainable and food-secure world.
For more information about IAG and the GrowFrame360™, please visit www.innovationagritech.com
9th May 2024
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