Selectively extract phytochemicals from natural materials

Phytonext process generates microparticles size-tuned to client requirements for food, pharma and cosmetic industries.

Phytonext is a novel extraction technology that is particularly suited for selective extraction of phytochemicals from natural material, for example vegetables. Many of these phytochemicals have functional properties that can substitute synthetic chemicals that are currently in use. These phytochemicals can thus provide natural solutions for the food, cosmetic and pharmaceutical industries. A good example of such a sensitive pharmaceutically important phytochemical is artemisinin from Artemisia annua. Another recent example relates to capturing the top notes of flavors and fragrances from plant matter, based on the technology’s selectivity.

The phytonext process not only extracts selectively, it is capable of controllably ‘engineering’ particles. Using this technology, it is possible to generate stable particles of sizes 1 to 5 micron and up from the compound or phytochemical of your interest. Phytonext technology is capable of producing these small particles in a controllable manner, meaning the outcoming size can be tuned to meet requirements. This offers unique opportunities for among others controlled-release applications and formulation industry, and perhaps even salt reduction.

The phytonext process offers possibilities similar to supercritical CO2 technology, but employs milder process conditions. A few advantages of the phytonext process are: enhanced selectivity of the extraction, no acidification of extract, low pressure and low energy consumption. Furthermore, it is possible to use natural materials, such as excess plant material, as a starting material for extraction. Phytonext is able to immediately formulate the extract according the desired specifications, alleviating the need for intermediate storage.