Popular on Innoget
Publications
- View more
 | Seeking Next-Generation Equipment and Processing Technologies for Tempura Batter-Coated Fish Products |
|
Nomad Foods is seeking innovative equipment, processing technologies, or integrated solutions that enable the development of next-generation tempura batter-coated fish products. By “conventional” battering and coating systems, we mean standard waterfall/curtain batter application combined with static frying or baking, which limits coating uniformity, consistency, and yield at scale. We are looking for solutions that demonstrably improve on this baseline by delivering: a more even and well-adhered batter coating across irregular fish portions, reduced batter loss/waste during application, and greater batch-to-batch consistency of coating weight and texture. We expect proposals exclusively from commercial technology providers — equipment manufacturers, engineering firms, technology start-ups, and system integrators with deployable or near-deployable solutions. Academic institutions or research groups without a commercial product, prototype, or industrial partner are not the focus of this call. By “improve robustness” we mean equipment and processes that maintain consistent coating performance despite normal variability in raw material (fish portion size and shape), batter viscosity, and line speed, with minimal downtime or operator intervention. By “flexibility for integration” we mean compatibility with our existing battering/coating and freezing lines: solutions that can be retrofitted or integrated without requiring a full line replacement, and that can accommodate multiple product formats (fillets, portions, nuggets) on the same equipment. |
 | Seeking Solutions for Enhanced Delivery of Oral Care Actives and Flavors |
|
To improve the performance and consumer experience of oral care products using formulation excipients to improve deposition, retention and protection of actives, flavors, and sensates for extended periods |
| | Seeking kerbside recyclable alternative to our flexible plastic bags used in frozen food cooking for microwave usage |
|
As a global market leader in frozen foods, Nomad Foods is seeking to future-proof our packaging portfolio by identifying sustainable, kerbside-recyclable alternatives to our current flexible plastic bags. The solution must withstand continuous storage at -18°C and meet RecyClass RAM Grade A or B criteria, specifically optimized for the UK recycling infrastructure. We prioritize materials that can be integrated into existing manufacturing lines and are supported by case studies of successful market implementation. The ideal solution should be scalable across our global brand footprint. |
 | Distributed interference cancelation based on outdated channel gain information |
|
New method aimed to enhance the overall throughput of communication systems by utilizing delayed channel gain information for distributed interference compression and removal. The technology targets a dynamic environment in which the transmitters, the receivers or even the scattering environment are not static and is useful for a communication scenario with several distributed transmitters and receivers sharing a common medium, in which interference removal is crucial to enhance system throughput and to enable simultaneous transmission of information from several transmitters to several receivers, using the same resources. |
 | Dynamic Pupil for ophthalmological applications |
|
Researchers from the Spanish National Research Council (CSIC) and the Catalan Institute of Nanoscience and Nanotechnology (ICN2) have recently developed a self‐‐regulating iris based on light‐‐actuated broadband absorber metamaterial. Manufacturing companies of contact lenses and/or ocular prosthesis are being sought to collaborate and/or exploit the existing know how through a patent license agreement. |
 | Next-Generation Lignocellulosic Materials |
|
SDG implementation dictates the utilization of renewable natural resources. Woody biomass is a useful renewable organic resource. Plant cell wall is mostly made of polysaccarides, cellulose and hemicellulose, and lignin, which are linked together in a highly complex structure and comprise the bulk of trees’ biomass. Despite high potential of lignin, it is mostly discarded or burnt as a byproduct in the pulp and paper industry. Therefore, among the structural biomass compounds only the polysaccharides are used for various applications. The present invention is a novel method of biopolymer isolation including high quality lignin. |
Job opportunities
Introducing Innoget Jobs
Great innovation projects are built with
talented and creative people.
