Difference between revisions of "Industrial fermentation"

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Industrial fermentation (view source)

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AmphiStar has developed a proprietary technology platform for the cost-efficient and ecological production of biosurfactants. We are a founders-led spin-off company established in July 2021 that is the result of 15 years joint development between Ghent University (Inbio.be) and the Bio Base Europe Pilot Plant. We derisk the early development stage for biosurfactant production, guide and support technology transfer to industrial manufacturers and collaborate intensely for further development and improvement of the licensed technology. Our technology platform is initially based on the fermentative production with the yeast ''Starmerella bombicola'', producing many different biosurfactants at a high volumetric productivity. Our biosurfactants are made from sustainable, renewable feedstocks and waste streams. Microbial fermentation is a clean production technology that is safe for people and the environment. Our biosurfactants are environmentally friendly, palm oil-free, sulfate-free, mild, non-toxic and non-irritant.
AmphiStar has developed a proprietary technology platform for the cost-efficient and ecological production of biosurfactants. We are a founders-led spin-off company established in July 2021 that is the result of 15 years joint development between Ghent University (Inbio.be) and the Bio Base Europe Pilot Plant. We derisk the early development stage for biosurfactant production, guide and support technology transfer to industrial manufacturers and collaborate intensely for further development and improvement of the licensed technology. Our technology platform is initially based on the fermentative production with the yeast ''Starmerella bombicola'', producing many different biosurfactants at a high volumetric productivity. Our biosurfactants are made from sustainable, renewable feedstocks and waste streams. Microbial fermentation is a clean production technology that is safe for people and the environment. Our biosurfactants are environmentally friendly, palm oil-free, sulfate-free, mild, non-toxic and non-irritant.
=== Avecom ===
{{Infobox provider-industrial fermentation|Company=Avecom|Image=avecomlogo.png|Country=Belgium|Contact=sales@avecom.be|Webpage=https://www.avecom.be|Technology name=PROMIC|TRL=4-7|Product=Single Cell Protein, PHB-rich biomass|Feedstock=Residual side streams and co-products from the food industry}}
Avecom has developed its PROMIC biomass fermentation platform for the efficient conversion of industrial and agricultural residual side streams and co-products towards high-value single cell proteins. 


=== Blucon Biotech GmbH ===
=== Blucon Biotech GmbH ===
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Besides developing BluCon technology to commercial stage, BluCon Biotech GmbH serves as a platform to acquire further technologies in the field of applied biotechnology. With its core team, the company shows outstanding expertise in microbiology of extremophilic bacteria, in strain and process development and in project management. It is very well connected both in Germany and internationally.
Besides developing BluCon technology to commercial stage, BluCon Biotech GmbH serves as a platform to acquire further technologies in the field of applied biotechnology. With its core team, the company shows outstanding expertise in microbiology of extremophilic bacteria, in strain and process development and in project management. It is very well connected both in Germany and internationally.
=== Nature's Principles ===
{{Infobox provider-industrial fermentation|Company=Nature’s Principles B.V.|Country=The Netherlands|Contact=ir. Jerry Chen
Business Developer
info@naturesprinciples.eu
+31 6 3972 3401|Webpage=https://naturesprinciples.eu/|Feedstock=corn, sugar beet and sugar cane based feedstocks, to waste cellulose, lignocellulose, inulin or starch-based residual streams, pectin, any sugar-rich feedstock (juice from grass or tropical plants etc.)|Product=L-lactic acid and other organic acids|Image=Logo_NP_Whitebackground.jpg|Technology name=Biorefinery|TRL=5-6|Aeration=not disclosed|Biosafety lavel=not disclosed|Microorganism=not disclosed|Capacity=>100 m3 fermentor volume|Agitator=Not disclosed|Controlled parameters=Not to be given|Reactor material=Not disclosed|Other=Looking for feedstock providers}}
Nature’s Principles started as an innovative PhD project at Delft University of Technology, in The Netherlands. The lab experiments proved great results using mixed culture fermentation, which used Principles of Nature to make the microorganisms satisfied and productive, as opposed to genetically engineering them in a lab. We are now running the pilot scale production and will be ready soon for commercial volumes. Nature’s Principles is ready to face the challenge of making bio-based chemicals viable and circular at the same time.
=== Sophie's BioNutrients ===
{{Infobox provider-industrial fermentation|Company=Sophie's BioNutrients|Biosafety lavel=1|Reactor material=not relevant|Controlled parameters=not relevant|Agitator=not relevant|Aeration=not relevant|Capacity=not relevant|Microorganism=chlorella vulgaris|Feedstock=spent grains, okara, molasses|Image=SophiesBioNutrients_Logo.jpg|TRL=6|Technology name=Fermentation of microalgae|Product=Chlorella Protein Concentrate|Webpage=https://sophiesbionutrients.com|Contact=Eugene Wang; eugene@sophiesbionutrients.com|Country=Netherlands|Other=https://www.linkedin.com/company/sophie-s-bionutrients/}}
The next generation of future food with single cell protein such as micro-algae is a scalable and sustainable source of protein for human consumption. A Sophie’s Bionutrients, we grow micro-algae inside of bio-reactors. This process can be precisely controlled to produce protein in a matter of days. We use limited amount of water and local food waste to produce micro-algae protein within metropolitan areas in many parts of the globe. In addition we can generate whole-algae ingredients in a variety of food application in plant based meat and functional food.
=== Avecom ===
{{Infobox provider-industrial fermentation|Company=Avecom|Image=avecomlogo.png|Country=Belgium|Contact=sales@avecom.be|Webpage=https://www.avecom.be|Technology name=PROMIC|TRL=4-7|Product=Single Cell Protein, PHB-rich biomass|Feedstock=Residual side streams and co-products from the food industry}}
Avecom has developed its PROMIC biomass fermentation platform for the efficient conversion of industrial and agricultural residual side streams and co-products towards high-value single cell proteins. 


=== '''Cetaqua Galicia''' ===
=== '''Cetaqua Galicia''' ===
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Holiferm develops holistically improved fermentation technology and processes to deliver massive economic improvements, with biosurfactants being the initial focus. Holiferm’s patented integrated gravity separation and fermentation technology is a plug and play system that increases fermentation process productivity by three to four times, reducing production costs by more than 50% and enabling low cost production of biosurfactants: renewable, biodegradable and mild alternatives to the petrochemical derived surfactants used in household cleaning, laundry and personal care products. Holiferm is dedicated to the commercialisation of economic biosurfactant production processes, providing a complete platform technology for production, isolation and purification, enabling significant market disruption and growth.
Holiferm develops holistically improved fermentation technology and processes to deliver massive economic improvements, with biosurfactants being the initial focus. Holiferm’s patented integrated gravity separation and fermentation technology is a plug and play system that increases fermentation process productivity by three to four times, reducing production costs by more than 50% and enabling low cost production of biosurfactants: renewable, biodegradable and mild alternatives to the petrochemical derived surfactants used in household cleaning, laundry and personal care products. Holiferm is dedicated to the commercialisation of economic biosurfactant production processes, providing a complete platform technology for production, isolation and purification, enabling significant market disruption and growth.


=== MOA foodtech ===
=== Nature's Principles ===
{{Infobox provider-industrial fermentation|Company=MOA foodtech|Country=Spain|Webpage=https://www.moafoodtech.com|Feedstock=Food Industry's by-products|Product=Alternative Protein (SCP)|TRL=6|Contact=info@moafoodtech.com|Capacity=NA|Aeration=NA|Agitator=NA|Biosafety lavel=Food Grade|Microorganism=Bacteria and yeasts|Reactor material=NA|Controlled parameters=NA}}
{{Infobox provider-industrial fermentation|Company=Nature’s Principles B.V.|Country=The Netherlands|Contact=ir. Jerry Chen
 
Business Developer
 
info@naturesprinciples.eu
+31 6 3972 3401|Webpage=https://naturesprinciples.eu/|Feedstock=corn, sugar beet and sugar cane based feedstocks, to waste cellulose, lignocellulose, inulin or starch-based residual streams, pectin, any sugar-rich feedstock (juice from grass or tropical plants etc.)|Product=L-lactic acid and other organic acids|Image=Logo_NP_Whitebackground.jpg|Technology name=Biorefinery|TRL=5-6|Aeration=not disclosed|Biosafety lavel=not disclosed|Microorganism=not disclosed|Capacity=>100 m3 fermentor volume|Agitator=Not disclosed|Controlled parameters=Not to be given|Reactor material=Not disclosed|Other=Looking for feedstock providers}}
Nature’s Principles started as an innovative PhD project at Delft University of Technology, in The Netherlands. The lab experiments proved great results using mixed culture fermentation, which used Principles of Nature to make the microorganisms satisfied and productive, as opposed to genetically engineering them in a lab. We are now running the pilot scale production and will be ready soon for commercial volumes. Nature’s Principles is ready to face the challenge of making bio-based chemicals viable and circular at the same time.
=== Nosh.bio ===
=== Nosh.bio ===
{{Infobox provider-industrial fermentation|Company=Nosh.bio|Country=Germany|Contact=info@nosh.bio|Webpage=https://www.nosh.bio/|Technology name=Sustainable functional ingredients for the food industry|TRL=5|Aeration=Yes|Biosafety lavel=1|Microorganism=Filamentous fungi|Agitator=Pneumatically agitated (e.g., airlift)|Feedstock=Several|Product=High quality functional microbial biomass|Capacity=Not disclosed|Controlled parameters=Not disclosed|Reactor material=Not disclosed|Image=Nosh_biofoods_black_(002).png}}
{{Infobox provider-industrial fermentation|Company=Nosh.bio|Country=Germany|Contact=info@nosh.bio|Webpage=https://www.nosh.bio/|Technology name=Sustainable functional ingredients for the food industry|TRL=5|Aeration=Yes|Biosafety lavel=1|Microorganism=Filamentous fungi|Agitator=Pneumatically agitated (e.g., airlift)|Feedstock=Several|Product=High quality functional microbial biomass|Capacity=Not disclosed|Controlled parameters=Not disclosed|Reactor material=Not disclosed|Image=Nosh_biofoods_black_(002).png}}
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PERSEO Bioethanol® is a patented biotechnological process compatible with current existing waste treatment plants, under the concept of an '''integrated biorefinery'''. It is adaptable to each process and to the needs of each client. The process can be integrated as a previous recovery stage in existing plants, including incineration, anaerobic digestion or composting, increasing the value chain of waste treatment and significantly '''improving the economic and environmental results''' of waste management.
PERSEO Bioethanol® is a patented biotechnological process compatible with current existing waste treatment plants, under the concept of an '''integrated biorefinery'''. It is adaptable to each process and to the needs of each client. The process can be integrated as a previous recovery stage in existing plants, including incineration, anaerobic digestion or composting, increasing the value chain of waste treatment and significantly '''improving the economic and environmental results''' of waste management.


=== POLYFOODS ===
=== Sophie's BioNutrients ===
{{Infobox provider-industrial fermentation}}
{{Infobox provider-industrial fermentation|Company=Sophie's BioNutrients|Biosafety lavel=1|Reactor material=not relevant|Controlled parameters=not relevant|Agitator=not relevant|Aeration=not relevant|Capacity=not relevant|Microorganism=chlorella vulgaris|Feedstock=spent grains, okara, molasses|Image=SophiesBioNutrients_Logo.jpg|TRL=6|Technology name=Fermentation of microalgae|Product=Chlorella Protein Concentrate|Webpage=https://sophiesbionutrients.com|Contact=Eugene Wang; eugene@sophiesbionutrients.com|Country=Netherlands|Other=https://www.linkedin.com/company/sophie-s-bionutrients/}}
 
The next generation of future food with single cell protein such as micro-algae is a scalable and sustainable source of protein for human consumption. A Sophie’s Bionutrients, we grow micro-algae inside of bio-reactors. This process can be precisely controlled to produce protein in a matter of days. We use limited amount of water and local food waste to produce micro-algae protein within metropolitan areas in many parts of the globe. In addition we can generate whole-algae ingredients in a variety of food application in plant based meat and functional food.


== Open access pilot and demo facility providers ==
== Open access pilot and demo facility providers ==
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