The global dairy industry uses microparticulation technology to generate high-quality liquid and powder whey protein concentrates (WPC) that are generated using ultrafiltration technology. Our microparticulation technology offers industry a highly efficient, reproducible and cost-effective approach to producing microparticulated WPC with precisely defined particle sizes and characteristics.
Membrane filtration generates the WPC that is the starting point for producing high-quality microparticulated concentrates and powders. Making the most of whey reduces waste, improves process sustainability, and generates additional revenue streams. And because microparticulation generates protein concentrates and powders with improved functionality, microparticulated whey formulations can be used to replace fat or milk protein in many different dairy and food applications.
And beyond whey processing, we work with non-dairy producers who may be interested in thinking about microparticulation as an exciting possibility for generating microparticulated protein concentrates and powders from novel sources, which could potentially include plant proteins, animal proteins or mixtures.
In contrast with membrane filtration technologies that physically separate out different sized particles from protein sources, such as whey, microparticulation combines heat to denature the protein, with a controlled mechanical treatment that results in the formation of a very exact protein particle size. This generates high-quality, valued microparticulated whey protein concentrates (WPC) that can be used in varied dairy and food applications, nutritional foods and dietary supplements.
Automated milking has become the first choice for many modern dairy farms. The benefits are compelling, and with a new batch milking solution from GEA, automated group milking for large dairy herds is possible without the need – and expense – of rebuilding existing facilities.
GEA has once again earned the highest rating – Platinum – in the globally recognized EcoVadis sustainability assessment. With a score of 92 out of 100, the machinery and plant manufacturer has improved significantly from last year’s result of 82 points. For the second year in a row, GEA ranks among the top one percent of more than 150,000 rated companies across 185 countries.
At Carlsberg’s Fredericia brewery, GEA VARIVENT valves are part of a long-game strategy. By reusing core valve bodies, retrofitting actuators and control tops, and planning maintenance around brewing seasons, Carlsberg extends asset life, reduces downtime and supports its ambitious water and sustainability targets.