Synoxis Algae’s Post

Are you considering how anaerobic digestion could fit within your farm business? The upcoming RASE Farm of the Future webinar will cover the benefits of farm-scale AD and the challenges farmers can be faced with when it comes to making AD work in practice. It will include examples of some technological solutions which can help farmers get the best out of AD. Sign up today to join the Farm of the Future: Making farm scale AD stack up webinar at 3pm on Wednesday 13th March 🗓 https://lnkd.in/enp48aBf #FarmOfTheFuture #AnaerobicDigestion #Biogas #Bioemethane #FarmScaleAD 

Preparation of nitrogen-doped biocarbon derived from shrimp shell and its utilization in glucose biofuel cell

Quazy Foods joins the ranks of the European algae industry's most relevant network, the EABA - European Algae Biomass Association! 🔬 ⚙ 🤝 Very much looking forward to fruitful exchange and cooperation around (micro)algae R&D, cultivation, processing, applications, distribution, or regulation. A4F-Algae for Future, ALGAIA, Proviron, Lgem | synalgae, AlgaeforFood, AlgEn, Algae Farm Klötze, NIVA - Algal Future, Fraunhofer Institute for Interfacial Engineering and Biotechnology, GreenCoLab, Wageningen University & Research, and many others. #algae #microalgae #biomass #fermentation

Back by popular demand on the ‘Connecting with Industry’ webinar hosted by Skillfluence this week - Julian had the pleasure of sharing his valuable insights and expertise - engaging with PhD students, discussing effective strategies for collaborating with industry and offering valuable lessons from his own PhD journey and professional experience. #skills #phd #workshop #training #experience #industry #biotechnology #students #omega3 #algae #biotechforgood

Microalgae from Umeå can be used to produce bioplastic

this article discusses the impact of veterinary antibiotics and metals on the mass, composition, and hydrolysis of biomass cultivated in piggery wastewater treatment photo-bioreactors. antibiotics and metals in swine wastewater can affect the growth and composition of micro-algae biomass, which is used in photo-bioreactors for wastewater treatment. the article highlights the importance of understanding these impacts to optimize the treatment process and reduce the risk of antibiotic resistance genes and heavy metal pollution. previous studies have shown that the concentration of drugs in micro-algae biomass is directly related to the drug concentration in the liquid phase of the effluent, and the adsorption mechanism plays a crucial role in the removal process of drugs from piggery wastewater. Additionally, the presence of heavy metals can affect the removal of antibiotic-resistance genes and chemical factors in wastewater treatment processes. phytoremediation, a wastewater treatment technology relying on plant uptake, has shown promising results in reducing nutrient and contaminant levels in wastewater, including antibiotic resistance genes and heavy metals. Overall, the article emphasizes the need for further research to develop effective and sustainable wastewater treatment technologies that can reduce the risk of antibiotic resistance and heavy metal pollution. #drug #wastewater #pollution #micro-algae #antibiotic_resistance

Optimizing Microbioreactor Cultivation Strategies for Trichoderma Reesei: From Batch to Fed-Batch Operations This study addresses a research gap through the development of a batch cultivation protocol using a microbioreactor for cellulase-producing T. reesei strains (wild type, RutC30 and RutC30 TR3158) with offline cellulase activity analysis. Additionally, the feasibility of a microscale fed-batch cultivation workflow is explored, crucial for mimicking industrial cellulase production conditions. A batch cultivation protocol was developed and validated using the BioLector microbioreactor, a Round Well Plate, adapted medium and a shaking frequency of 1000 rpm. A strong correlation between scattered light intensity and cell dry weight underscores the reliability of this method in reflecting fungal biomass formation, even in the context of complex fungal morphology. https://lnkd.in/dA9gYYjt #aspenalert #biotech #bioprocess

#mdpienergies #callforreading 👏 We are happy to invite you to read Special Issue "Valorization of Wastes for Energy Production by Thermal and Biological Processes 2022". 👉https://ow.ly/fywg50QlSlB #wastetoenergy #thermochemicalprocesses #biologicalprocesses #biorefineries #microalgae #carbondioxideconversion #lifecycleanalysis

In our new article we examined whether thermal waters could be used as a low-cost medium for the production of microalgal and duckweed biomass appropriate for human or animal consumption. For this reason, we cultivated Chlorella sorokiniana and Lemna minor in thermal mineral waters originated from Lesvos Island and we characterized the produced biomass for protein content, lipids, carbohydrates, pigments and tocopherols. We also studied the accumulation of heavy metals, metalloids, natural and artificial radioisotopes in the produced biomass. Some interesting results were found. https://lnkd.in/d-9SH4W2

The #NLresearchSLAM is today at 1:30p PT! #BioEGSB's and Joint BioEnergy Institute's Anne Villacastin will be representing Berkeley Lab with her talk about her research breakthroughs that can make sorghum a #drought resistant feedstock for creating #biofuels. Check out her research in this Behind the Breakthroughs video https://lnkd.in/gnf_gBxV #SustainableAg