We work on both research and development projects to develop our own product lines to design innovative products.
Our key sustainability focus areas are sustainable biomass cultivation process, state of the art proprietary technology and cutting-edge circular bio based products.
Particula Group is a member of the NetWorld2020 European Technology Platform.
We operate several techniques in our site under a semi-batch continuous model in an open and closed processes on our microalgae pilot facility. Our self-developed photobioreactors (PBRs) consume up to five times less energy than other PBRs and result in significantly lower production costs. The technology is operated remotely from our laboratory using IoT based monitoring and control system
Fields of application:
Particula group is developing Integrated multi-trophic aquaculture in photosynthetic (PS) and non-photosynthetic (NPS) aquarium. Eastern Adriatic Sea is a habitat of approximately 300 marine and freshwater Cnidarian Hydrozoa species. It is a diverse group with a variety of life cycles, growth forms, and specialised structures. Most hydrozoans reproduce asexual by forming benthic colonies and live in symbiosis with algae which offers a strong possibilities for commercial cultivation research.
Field of application:
We print solid 3D objects using a digital file for all of our customers who look forward to have hight quality prototype. Having the technology to support our additive process, our IT experts render their service and are skilled at developing 3D models.
Our food grade Haematococcus Pluvilais and Chlorella Vulgaris are grown via state-of-the-art closed system greenhouse technology resulting in low production costs. Our technology is based on low cost airlift continous system and production of fresh algae biomass and pastes. The biomass is used in cosmetics industry as bioactive compound and in food industry as plant based food supplement.
Our Chlorella Vulgais and Scenedesmus Dimorphus algae cultivated in waste water are used in different sectors; bio-plastics fillers and resins, bio-fertilizers and soil amendments. Additional research is being being done in CO2 sequestration and waste water treatment. Use of waste water for algae growth significantly lowers capital and operational costs and therefore results in low biomass price which is competitive to fossil based products.
Treatment of #WEEE as metal scrap raises environmental and safety concerns
https://www.circularonline.co.uk/news/treatment-of-weee-as-metal-scrap-raises-environmental-and-safety-concerns/
#SaveTheDate for the yearly #workshop👥organised by the @EuBioNet1 in collaboration with @biovoices
🗓️11 November 2020 h 10.00 - 12.00 CET online💻
🗣️Do you have a good practice to share? Please let us know 📩
Info and Registration ➡️ https://eubionet.eu/eubionet-yearly-partners-workshop-bioeconomy-communication-and-stakeholders-engagement-in-times-of-covid-19/
