Intrinsyx Bio’s Post

Energy for tomorrow with Agronomic Biomass for biofuels manufacturing and fodders from feedstocks in the tropics similar to Queensland, Brazil and Queensland processed by solid-state fermentative (SSF) conversion via yeast is a way to solve the regions' problems for feedstocks for their ruminogastric production livestock (e. g. lean carabeef, beef, goat, lamb and mutton).

Our last study provides valuable insights into the formulation and efficacy of essential oil-based microemulsions as environmentally friendly alternatives to synthetic pesticides. Further research is needed to optimize the microemulsion formulation, evaluate its efficacy in the field, and address any potential concerns related to impacts on non-target organisms. The development of alternatives to the use of synthetic chemical formulations for pest and disease control in crops is essential. The results obtained in our study are a preliminary step toward obtaining a commercial product based on byproducts of high economic value. Further research is nevertheless needed to explore the economic costs of this type of formulation and to analyze crop yields through pest management with this sustainable approach of using formulations derived from plant oils and extracts. With continued efforts and advancements in botanical-based pesticide development, we are moving closer to achieving sustainable and eco-friendly pest management practices in agriculture. https://lnkd.in/gJ34mJST

Are smart contracts, being utilized and hemp farming? If not, why? If we take what we know from from the first generation of CBD farming and processing. Production yields Potency Extraction yields Etc…. = $/lb of biomass Put these into smart contracts We should be able to create a better industry for farmers and processors so that there are some stabilization within pricing. We need to encourage Pharmer’s to keep farming #cbd #hemp

#RES_Focus Title：Upgrading biogas plants to produce microbial proteins for aquaculture feed Authors：Giovanna Pesante, David Bolzonella, Aleksandra Jelic, Nicola Frison Abstract: As the world population continues to grow, alternative protein sources must be sought to meet increased protein needs and avoid the detrimental effects of traditional protein production. Microbial proteins (MP) are a low-carbon footprint alternative suitable for manufacturing food and feed. Bacterial-based MP can be produced at moderate costs using agro-waste, which is already utilised by anaerobic digestion (AD) plants to produce biogas and fertilisers. At present, there is the opportunity to turn existing AD plants into biorefineries for bio-based products like MP destined for fish feed. In this work, we evaluated the feasibility of biogas production coupled with MP production in the same medium-sized European biogas plant through mass and energy balances and basic economic assessment. The liquid phase rich in volatile fatty acids resulting from agro-waste fermentation was used to obtain MP by mixed cultures in a continuous stirred tank reactor, with the highest VSS productivity (1.21 g/L day) obtained at hydraulic retention times of 2–3 days. The obtained MPs were rich in proteins (74.0% of TVS), PHAs (22.5%) and essential amino acids, useable as feed ingredients in aquaculture. An initial economic analysis showed that the production of 590 tMP/year could yield a break-even price of 1300 €/t of MP, taking into account the investments in the new technology and additional operating costs. This analysis illustrates the competitiveness of a combined plant when evaluated against established market benchmarks and highlights a promising prospect for the expansion of MP production capacity.   Source：Journal of Cleaner Production DOI：https://lnkd.in/ePgYmGts #Microbialproteins #MP #Biogas #Anaerobicdigestion #Renewableenergy #Acidogenicfermentation #Agriculturalwaste #aquaculture #feed

I'm pleased to share the publication of my latest paper titled: “Biochar application regulating soil inorganic nitrogen and organic carbon content in cropland in Central Europe: a Seven-year field study” in Biochar Journal!   This paper provides “A seven-year study explores the impact of biochar addition on nitrogen levels, soil organic carbon (SOC), and pH in a Haplic Luvisol. Biochar was applied at rates of 0, 10, and 20 t ha−1 in 2014, and reapplied in 2018, combined with nitrogen fertilizer (N0, N1, and N2). Results show a significant interaction between biochar and nitrogen fertilizer on NO3− and NH4+ contents. Increasing biochar application raised pH, inversely correlating with inorganic N content. While biochar boosted SOC compared to control, its effectiveness diminished over time. Crop yields were minimally affected, revealing nuanced impacts on yield aspects.” I'm grateful for the collaboration and support from my co-authors and the research team throughout this journey. 🤝   Check out the full paper here: https://lnkd.in/d27eCVuX   #Research #Publication #Biochar #Nitrogen

While at Numi Organic Tea I experienced first hand the power of collaboration to tackle industry wide challenges - such as developing novel plant-based flexible films to replace fossil-fuel derived incumbents. Now, at Pivot Bio, I'm excited to participate in a ground-breaking public-private consortium, the Foundation for Food & Agriculture Research Efficient Fertilizer Consortium, taking aim at plant nutrition, and the gigaton-scale opportunity of advancing better nitrogen to support plant growth while significantly reducing impacts on air & water. In many ways a similar endeavor- how can we use regenerating living systems to replace a fossil-fuel incumbent, while maintaining the performance specifications required? #collaboration #nitrogen #regeneration #climate

According to the US Biochar Initiative/International Biochar Initiative 2023 Global Biochar Market Report, North America accounts for the largest #biochar production (over 150,000 mt/year), followed by Europe and Asia. Biochar production is growing rapidly, with a compound annual growth rate (CAGR) of 91% from 2021 to 2023.

Researchers at the University of Illinois Urbana-Champaign are making significant progress in turning organic waste into eco-friendly fertilizers. They use hydrothermal liquefaction (HTL) to convert waste like swine manure into bio-crude oil, leaving nutrient-rich wastewater behind. This leftover wastewater can be treated with a special fungus to boost its nutrient content and remove toxins. Studies have shown that this treatment can increase nitrate and ammonia levels significantly, making it a great candidate for use as fertilizer. The team is now exploring how to use this treated wastewater for growing crops, planning to create a circular system that benefits both waste management and agriculture. #GreenTech #WasteManagement #Sustainability

Special Note on Upcoming Event SEPTEMBER GENERAL MEETING ALGAEPOWER Join us on Zoom 7:30 p.m., Thursday, September 19 Eastern Time Program: Learn about AlgaePower, an AI and free market solution to the problem of fertilizer run off and sargassum blooms that kill fish, sicken humans and damage ecosystems. AlgaePower is starting a robotic fertilizer business to produce organic, no-runoff fertilizer by harvesting algae, sargassum and or wastewater treatment biomass, packaging it and selling it to large agrifarms at much less of a cost than current fertilizer . . and no toxic runoff. AlgaePower reduces the use of chemical fertilizers, ultimately protecting the ecosystem from the harmful impacts of toxic chemicals and toxic runoff. All with AI-driven robotic scavenger units that harvest the algae and repackage it. Speaker: Sharon Seagren, CEO & Founder of AlgaePower, has a history of leading teams developing innovation in tech and biotechnology. Professional highlights include spearheading cellular and two-way radio technology to provide clean drinking water and food for people worldwide. Cellular technology has advanced precision agriculture and enables regenerative agriculture practices. We hope to see you at this informative meeting!  Register here to get the Zoom link  https://lnkd.in/ezutbae5

I am thrilled to announce the publication of my first article related to my thesis research at the Environmental Technologies & Circular Bioeconomy Unit of the BETA Technological Center, as part of the #AgriProsume project. The article focuses on the production of biostimulant exopolysaccharides (EPS) from agro-food residues and by-products through solid-state fermentation (SSF). The study presents a novel perspective on the agro-food value chain. The findings demonstrate that EPS production in the proposed system correlates with several monitoring parameters, such as specific oxygen uptake rate (sOUR), biomass growth, and reducing sugar consumption. Additionally, the effect of some operational parameters has been optimized to maximize the EPS production in the SSF system. All these findings highlight potential ways to harness the advantages of the SSF system in future scaled scenarios. I would like to extend my gratitude to my co-authors (Sergio Ponsá Salas, Chloé Bluteau, Lucie LAVERGNE, Eline GILLES) and specially to my thesis supervisors Oscar Mauricio Martínez Avila and Laura Mejias Torrent for their invaluable support and guidance throughout this journey. Thank you for making this achievement possible! 👉 https://lnkd.in/dEZJnbyx #AgriProsume #SolidStateFermentation #Biostimulants #Exopolysaccharides #AgroFoodWaste #CircularEconomy #EnvironmentalTechnologies #Biotechnology