UO
Plasma bubbles in a purpose-built reactor make pulse protein gel and print.
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Food processing technology covers turning a raw material into a food, and the ingredients that make it work. On Halo, the solutions cover plant protein gels and texture, protein and gluten ingredients, encapsulation for flavor and probiotics, and measuring the process as it runs. Sign up to search the full network and post your specific need.
UO
Plasma bubbles in a purpose-built reactor make pulse protein gel and print.
UO
University of Alberta
Pulse protein microgels that held an emulsion for 28 days with no creaming.
UO
University of Alberta
A plant-protein gel that melts and sets repeatedly, offered in place of gelatin.
UO
University of Alberta
Meat-like strength out of pea protein, with no enzymes or chemical reagents.
Chickpea and aquafaba flakes offered as a clean-label replacement for egg.
MT
University of Waterloo
Cellulose nanocrystals and shellac carry probiotics past stomach acid.
Monash University, Melbourne
A monoolein mesophase that keeps probiotics stable in an acidic drink.

University of Maine
Whey protein nanoemulsion built around garlic oil by electrospinning.
Encapsulation that holds volatile flavor through processing and shelf life.
CA
Sorbitol and other polyols, for reduced-calorie sweetness that does not cause decay.
CA
Cargill
Citric acid fermented from corn dextrose, for acidification and chelation.
CA
Cargill
Xanthan gum giving viscosity and suspension at low concentration.
Bonumose (Tagatose producer)
Tagatose, a rare sugar with a lower glycemic response, made at scale.
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Universities, startups, and suppliers with solutions in food processing technology.
Food processing technology organizationsResearchers and inventors advancing food processing technology.
Food processing technology expertsTwo populations sit side by side on Halo. Large ingredient suppliers list commercial product lines at industrial scale, and university programs list the protein chemistry behind a texture. Between them is a smaller set of instruments that watch a process while it runs. On Halo it spans six groups, including plant protein gels and texture, protein and gluten ingredients, and encapsulation for flavor and probiotics.
Stage of development. Work on food processing technology on Halo is split between university programs and companies. 38% of the solutions are in market. Co-development and sponsored research are the usual partnering routes, and about 36% of the solutions that state terms offer pilot engagements.
Plant protein treated as a gel problem. Four entries from one program work on the same question: getting pulse and pea protein to behave like gelatin or like meat. Plasma bubbles in a purpose-built reactor, microgels formed by phase separation, a transparent gel that melts and sets repeatedly, and mechanical strength reached with no enzymes and no chemical reagents. Texture is the constraint, not protein content.
Ingredients listed as a product line. Twelve entries are commercial ingredient lines from two suppliers: xanthan, citric acid, sorbitol, glucose syrups, lecithin, vital wheat gluten, pea and soy protein. Each names a plant, a process and a specification. They are a purchase decision with a data sheet behind it, and they sit on the same page as a TRL 4 gel from a university lab.
Instruments watching a process, not a sample. Three entries measure something while production is running. Milk coagulation and gel firmness read in the vat, gelation read through a jelly with particulates in it and nothing destroyed, and a clean-in-place cycle that ends when the line is clean. Each one replaces a fixed schedule with a measurement.
Food processing technology covers what happens between a raw material and a finished food. It spans the ingredients supplied at industrial scale, the gels and textures built out of plant protein, encapsulation that protects a flavor or a probiotic through processing, in-line measurement of the process itself, and the routes that turn a byproduct back into a product. Food manufacturers and ingredient companies are the buyers.
Five examples of food processing technology solutions on Halo include:
There are 2,166 organizations with food processing technology solutions on Halo, 423 of them universities and research institutions. Among them are University of Alberta, Symrise, and University of Waterloo. Most offer co-development or sponsored research. Sign up to see every organization working in the area and to send them your specific need.
Browsing food processing technology solutions on Halo is free. Sign up to search the full network and save the ones you want. Post your specific need to get exact matches. Organizations reply directly on the platform.
Over the past 12 months, R&D teams on Halo have posted these food processing technology needs:
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