Evaluation of the tensile adhesion strength of cathode coatings from spent lithium-ion batteries using a centrifugal method AuthorKonstantin Dahl, Erik Löwer, Alexandra Kaas, Urs A. Peuker Year2026 SourceNext Energy LanguageEnglish Pages100778 3202LUMiFracLFracbattery 21 more fuel cellenergy storageLithium-ion batteries Cathode coating adhesionDecoatingThermal pre-treatmentPVDF degradationRechargeable lithium-ion batteries (LIBs)In paralleldirect recycling concepts that aim to preserve the structure and functionality of cathode active materials (AM) for re-use depend even more critically on controlled decoating with minimal damage to the coating materials. In both casesthe adhesion between these coatings and their substrate foils is a key parameter that governs how easily AM layers can be detached and how efficiently the resulting streams of AM and current collector foil can be separated. In this contexta centrifugal testing method was developed to quantify the tensile adhesion strength of cathode coatings and to assess fracture under defined processing conditions. The method enables a systematic evaluation of how different pre-treatment strategiessuch as thermal dryingaffect coating adhesion. entrifugal adhesion test To determine the adhesion force of the cathode coatingsan ana- lytical centrifuge (LUMiFrac)The findings show that targeted thermal pre-treatment can strongly influence the fracture behavior of cathode coatings and may promote interfacial separation of the cathode AM layer from the aluminium foil under defined tensile loading conditions. Howeverthe direct transfer of these results to dynamic comminution processes requires further validation. Future work should therefore investigate how the tensile adhesion strength and fracture area distribution determined by this method correlate with comminution behaviorproduct quality after classificationand the degree of liberation of the AM. In additionthe method presented offers potential for evaluating other influencing factors such as discharge depthvacuum dryingor application-related aging processes in the context of Li-ion battery recycling More details Edition13 Internal reference3202 Open publication →
Fe3O4/CaO Mixture Enables Hydrogen Storage Comparable to Metal Hydrides AuthorZhiyuan Fan, Robert N. Grass, Wendelin J. Stark Year2026 SourceEnergy Fuels LanguageEnglish Pages7784–7796 3158LSLUMiSizerA new category of hydrogen storage material is reported. The material is functionally similar to metal hydrides but is chemically composed of two metal oxides: iron oxide 3 more which reversibly reacts with hydrogen to produce iron and waterand calcium oxidewhich reversibly absorbs the water in situ.The samples were dispersed in extra-dry 2-propanol by ultra- sonication for 30 min. The precipitation rate of the slurry was measured by monitoring its light transmission over time by using a device named LUMiSizer. The particle size distribution was calculated from the precipitation rate using Stokes’ Law. More details Edition40 Internal reference3158 Open publication →
Flottwegs Process Center AuthorFlottweg SE Year2026 Sourcehttps://www.flottweg.com/de/service/process-center/ LanguageGerman 3211LUMiSizerLSLaboranalytik 4 more Flottweg verbindet technologische Expertise mit praxisnaher Prozessentwicklung. Das Process Center ist darauf ausgelegtKundenanwendungen unter realitätsnahen Bedingungen zu testenProzesse gezielt weiterzuentwickeln und daraus belastbarewirtschaftliche Lösungen abzuleiten. More details Internal reference3211 Open publication →
Fractionation of Nanoparticles: From Analytical to Preparative Centrifugation AuthorMengdi Chen Year2026 SourceThe 10th World Congress on Particle Technology LanguageEnglish Pages3-590 3169LUMiSizerLSAnalytical centrifugation is a technique that drives macromolecules or particles to sediment under centrifugal fields 14 more with sedimentation rates governed by Stokes’ law and diffusion behavior described by the Stokes–Einstein equation. By combining centrifugal separationoptical detectionand mathematical analysisanalytical centrifugation enables precise characterization of molecular weightsizedensityand viscosityand is widely applied to studies of nucleationaggregationcolloidal distributionsbiopharmaceutical purityand heterogeneity in multicomponent systemsdemonstrate how the quantitative results from analytical centrifuge can be used to establish suitable centrifugal conditions in a preparative centrifugeto form gradient structures and achieve highly effective fractionation of nanoparticles. More details EditionPreliminary Abstract book as of 22 May 2026 LocationOsaka, Japan, 11-15 May 2026 Internal reference3169 Open publication →
From half-cells to full-cells: across-scale comparative evaluation of lanthanum-based perovskites as high-performance anode materials for the oxygen evolution reaction AuthorBlaˇz Toplak, Leon Müller, Ali Raza Khan, Andr´e Olean-Oliveira, Khuzaifa Yahuza Muhammad, Wang Feng, Raíssa Ribeiro Lima Machado, Da Xing, Mohammed-Ali Sheikh, Leander Kucklick, Ahammed Suhail Odungat, Adarsh Jain, Lars Grebener, Philipp Gerschel, Corina Andronescu , Harry Hoster, Christof Schulz, Viktor ˇColi´c ,Ulf-Peter Apfel, Hartmut Wiggers, Mohaned Hammad, Doris Segets Year2026 SourceChemical Engineering Journal 530 (2026) LanguageEnglish Pages173316 3188LSLUMiSizerZero-gap full-cell Coherent workflow Spray-flame synthesis Perovskite material Oxygen evolution reaction Alkaline water electrolysis 7 more lanthanum-based perovskite materials (LaMnO3LaFeO3and LaCoO3)The stability of the nanoparticle dispersions over time was evaluated using an analytical centrifuge (LUMiSizer®). Transmittograms of LMOLFOand LCO dispersions in H2O/EtOH 75/25 v/v%. (d-f) Transmittograms of LMOand LCO inks with Sustainion® binder in H2O/EtOH 75/25 v/v%. Darker colors present low transmission and better phase stability over time. More details Edition530 Internal reference3188 Open publication →
From molecular interactions to macroscopic functions: Dynamic cross-linked carboxymethyl cellulose as a strategic modifier for soy protein isolate AuthorCan Zhao, Liangfeng Ma, Ziqiao Lin, Lifen Li, Junchao Huang, Yang Liu, Yingting Zhao, Qisen Xiang, Yuting Tian Year2026 Sourcehttps://papers.ssrn.com/sol3/papers.cfm?abstract_id=6021249 LanguageEnglish Pages1-44 3141LFlumifugeLUMiSizer 7 more LSThe stability of the emulsion sample was rapidly determined using the LUMiFuge stability analyzerCarboxymethyl CelluloseSoy protein isolateCrosslinking degreesEmulsion propertiesfood nutrition More details Internal reference3141 Open publication →
From the development of the Svedberg Analytical Ultracentrifuge to current numerous applications of AC and AUC sedimentation analysis AuthorDietmar Lerche Year2026 SourceThe 10th World Congress on Particle Technology LanguageEnglish Pages3-586 3168LUMiSizerLSanalytical centrifugation (AC) and ultra-analytical centrifugation (AUC) 16 more applicationsincluding studies of quantum dotsmacromoleculesand particle characterization — such as size and density distributionsand particle shape. Another important field involves investigating the interactions between dispersed particlessuch as flocculation and agglomeration. By testing in different continuous phasesone can profile the surface properties of particles with respect to dispersion interactionpolar interactionsand hydrogen bonding capacity. A key advantage of sedimentation velocity measurements lies in their reliance solely on time and sedimentation distance. These primary measurable quantities require no prior knowledge of the dispersed or liquid phase and no model assumptions. In additionexperimental separation studies can be performed at any volume concentration of the dispersed phaseproviding valuable information about hindrance functionsparticle sediment consolidationand solidicity. Such data are of great importance for the development of physics-based digital twin models improving industrial separation units. Another important application of A(U)C lies in centrifugal filtrationcharacterization of powder dispersibilityand accelerated testing of dispersion stability. Finallywe present a short overview of the numerous ISO standards related to centrifugal sedimentation. More details EditionPreliminary Abstract book as of 22 May 2026 LocationOsaka, Japan, 11-15 May 2026 Internal reference3168 Open publication →
Harnessing the Interfacial Activity of Soluble Faba Protein-Tannic Acid Conjugates for Enhanced Lipid Oxidative Stability of Oil-in-Water Emulsions AuthorShahrzad Sharifimehr Supratim Ghosh Year2026 SourceJournal of the American Oil Chemists' Society LanguageEnglish Pages581–595 3193faba bean proteininterfacial antioxidantslipid oxidation 14 more protein-polyphenol conjugatestannic acidEmulsion Stability Under Accelerated Gravity The long-term stability of all of the emulsions was assessed using a photocentrifuge dispersion analyzer LUMiSizerLSIn oil-in-water emulsionslipid oxidation begins at the interface between the two phases. One strategy to slow down this pro- cess is to place antioxidants at the interfacewhere they can directly block oxidative reactions. This study explored that idea by conjugating soluble faba bean protein with tannic acid using the free-radical grafting method. The conjugate improved the surface activity and showed a more compact structure at the interface than the protein. The resultant conjugate (containing 1 wt% protein) was used to prepare a 5 wt% canola oil-in-water emulsion at pH 3.0. The conjugate-stabilized emulsions displayed a d43 of 560 nma zeta potential of 38.6 mVand an accelerated creaming velocity of 348.5 μm/min at 2100 g. Environmental sta- bility was assessed under varying NaCl concentrationsa freeze–thaw cycleheat treatment (90°C for 30 min)and a combined heat-salt treatment over 28 days. The emulsions were stable to a freeze–thaw cycle and heat treatmentwhile salt addition led to extensive droplet aggregation. More details Edition103 Internal reference3193 Open publication →
High-temperature acidification upgraded the stability of acidified milk through fibrillation of casein micelles AuthorHongkai Zhang a b, Jiangping Ye a , Shunjing Luo, Xiuting Hu, Chengmei Liu Year2026 SourceFood Chemistry LanguageEnglish Pages149743 3192LUMiSizerLSinstability index 1 more Acidification at 90 °C for ≥3 h induced fibrillation of casein micelles and improved the acidified milk stability. More details Edition520 Internal reference3192 Open publication →
In-Line Characterizing Concentrated Liquid Dispersions by means of Spectral Reflectance Measurements AuthorSebastian Boldt, Ouwen Zhai, Marco Gleiß, Dietmar Lerche, Hermann Nirschl Year2026 SourceThe 10th World Congress on Particle Technology LanguageEnglish Pages2-354 3165LUMiFlectorLFlecThis study investigates the theory and experiment of diffuse reflectance and introduces a novel measurement technique for in situ monitoring of product quality parameters [6 6 more 7]. The methodology is validated using microscale calcium carbonatenanoscale silicaand composite milk-based productsand is further extended to surface characterizationpowder mixture analysisand battery slurry evaluation. More details EditionPreliminary Abstract book as of 22 May 2026 LocationOsaka, Japan, 11-15 May 2026 Internal reference3165 Open publication →
Influence of the pretreatment of aluminium alloys on the effect of the electrical induced debonding of adhesive joints AuthorPhilip-Marc Barnewitz, Jens Holtmannspoetter, Alexander Lion Year2026 SourceInternational Journal of Adhesion and Adhesives LanguageEnglish Pages104414 3203LFracLUMiFracAdhesive 11 more Debonding on demandElectrical debonding on demandAluminium pretreatmenttructural bonding is used in almost every industry as a process for joining various materials together.the degradation reactions at the interfaces are analysed on the fracture images from mechanical tests using atomic force microscopy and scanning electron microscopy. The chemical composition of the fracture images was determined using energy dispersive X-ray spectroscopy and X-ray photoelectron spectroscopy. Based on the resultsa mechanism for electrical debonding on demand was postulated. In a second stepelectrical debonding was applied to adhesively bonded shear and pull-off specimens with pretreated aluminium substrates.The specimens were tested using a centrifugal adhesion analyser (LumifracLUM GmbHBerlinGermany). During testinga centrifugal force was applied to the adhesive joint by controlled rotation of the specimenSingle lap shear strength of different pretreated specimen before and after the application of debonding trigger through an electrical potential of 50 V for 15 min. More details Edition151 Internal reference3203 Open publication →
Interface Engineering of Anode Layers for Alkaline Water Electrolysis AuthorAdarsh Jain Year2026 SourceDissertation LanguageEnglish LFracLUMiFrac3156The pressing demand for green hydrogen as a pillar of the energy transition underscores the urgent need for highly active 35 more durableand scalable components for alkaline water electrolysis (AWE). Among the critical components of AWEthe anode plays a defining role in determining overall system performance. Thereforethis thesis investigates the relationship between process parametersanode structureanode layer propertiesand electrochemical performance of anodes during alkaline oxygen evolution reaction (OER). Although significant progress has been made in the development of active powder-based catalyst materialsthe translation of their intrinsic activity into industrially relevant anodes remains limited. This is due to a poor understanding of structural featureswettabilitymechanical stabilityand interfacial oxygen–electrolyte behavior at the three-phase contact line. To address thisquantitative surface extrapolationfabrication strategiesand wettability engineering are employed to elucidate the process-structure-property-performance (PSPP) relationships of anodes.this thesis provides a comprehensive understanding of how fabrication protocolsstructural featuresand wetting behavior govern anode performance during OER. By combining quantitative surface analysis with coating conditions and the rational design of ink systemsthe work establishes a versatile framework for developing structuredhigh-performance anodes. These findings advance the knowledge of AWE electrode design and at the same timeoffer transferable strategies for a wide range of electrochemical technologies such as anion exchange membrane water electrolysis.Der dringende Bedarf an grunem Wasserstoff als Saule der Energiewende unterstreicht die Notwendigkeit hochaktiverlanglebiger und skalierbarer Komponenten fur die alkalische Wasserelektrolyse (AWE). Unter den kritischen Komponenten der AWE spielt die Anode eine entscheidende Rolle fur die Gesamtleistung des Systems. Daher widmet sich diese Dissertation der Untersuchung des Zusammenhangs zwischen ProzessparameternAnodenstrukturSchichteigenschaften und elektrochemischer Leistung der Anoden wahrend der alkalischen Sauerstoffentwicklungsreaktion (OER). Obwohl erhebliche Fortschritte bei der Entwicklung aktiverpulverbasierter Katalysatormaterialien erzielt wurdenbleibt die Ubertragung ihrer intrinsischen Aktivitat auf industriell relevante Anoden begrenzt. Dies ist auf ein unzureichendes Verstandnis des Zusammenhangs von Struktur und Anodeneigenschaften wie Benetzbarkeitmechanische Stabilitat sowie der Sauerstoff-Elektrolyt-Wechselwirkung an der Dreiphasengrenze zuruckzufuhren. Zusammenfassend liefert diese Dissertation einen wesentlichen Beitrag zum Verstandniswie HerstellungsprotokolleStruktureigenschaften und das Benetzungsverhalten die Anodenleistung wahrend der OER bestimmen. Durch die Kombination quantitativer Oberfla chenanalysen mit den Prozessparametern warend der Beschichtung und der wissensbasierten Gestaltung von Tintensystemen etabliert die Arbeit einen Rahmen fur die Entwicklung von Hochleistungsanoden mit optimaler Struktur. Die gewonnenen Ergebnisse erweitern dabei das Wissen uber die Gestaltung von AWE-Elektroden und bieten potentiell auch auf andere elektrochemische Technologien ubertragbare Strategien wie die Anionenaustauschmembran-Wasserelektrolyse. Mechanical stability: To quantify the adherence and coherence of the coatings under tensile stressthe centrifugal adhesion analyzer LUMiFrac® from the company LUM has been employed. For this methodthe samples were prepared as follows. Firstthe catalyst coated Ni support was glued to a stainless steel backplate and on the top of the anode layer a copper test mass with a round adapter of 10 mm diameter is placed using an acrylic adhesive tape with a PET backboneMacroscopic layer properties and their effects on electrochemical performanceAll inks were characterized by utilizing analytical centrifugation (Analytical Centrifuge LUMisizer)LSenergybattery More details LocationFakultat fur Ingenieurwissenschaften, Abteilung Maschinenbau und Verfahrenstechnik der Universitat Duisburg-Essen, Germany Internal reference3156 Open publication →
Intrinsic Alkaline OER Activity in Mechanochemically Activated WO3 from Commercial and Single-Crystal Precursors AuthorVineetha Vinayakumar, Mohit Chatwani, Aneeta Jose, Osamah Kharsah, Hao Yun, Adithya Aravind, Adarsh Jain, Ahammed Suhail Odungat, Alexander Kunzmann, Gabi Schierning, Sabrina Disch, Marika Schleberger, Doris Segets Year2026 Sourcehttps://engrxiv.org LanguageEnglish Pages1-38 3160LSLUMiSizerHansen solubility parameters (HSP) 5 more Analytical centrifugation was used to sediment the dispersions using centrifugal acceleration. The dispersions were filled into polyamide and polycarbonate cells with 2 mm path length and inserted into a LUMisizerThis study uncovers the interplay between phase-induced interfaces and mechanochemical activation on the alkaline oxygen evolution reaction (OER) performance of tungsten oxide (WO3). Commercial polycrystalline (WO3-C) and synthesized single-crystal (WO3-S) monoclinic WO3 precursors were subjected to identical mechanochemical processing by planetary ball milling (PBM). Ball-milled single-crystal WO3 (WO3-S-PBM) yielded nanocrystalline powders (~20-50 nm) with enriched γ-monoclinic phase content (40% vs. 28% for WO3-C-PBM)suppressed surface W⁵⁺ defectsand enhanced hydroxylation. Using Hansen solubility parameterspowders were formulated into stable inks to fabricate OER anodes on Ni substrates. More details Internal reference3160 Open publication →
Investigation of Nafion adsorption behavior on Silane-modified alumina particles using Hansen solubility parameters AuthorRyosuke Maekawa, Makoto Kawano, Chika Takai Year2026 SourceAdvanced Powder Technology LanguageEnglish Pages105159 3140Toyota Motor CorporationKawano LabNagoya Institute of Technology 33 more Various kinds of CO2 emission reduction technologies are currently under development to achieve carbon–neutral society. Hydrogen fuel cellswhich emit only waterare promising as a power source. Polymer electrolyte fuel cells (PEFC) have already been applied in the automotive industry due to relatively low operating temperatures and high efficiency [1][2]. To expand utilization of PEFCwhich includes expensive Pt catalystit is essential to further reduce the cost and improve the energy conversion efficiency [3]. In PEFCa cathode catalyst layer (CL)which dominates the total PEFC performance lossesis a key component [4][5][6][7]. The CL is generally fabricated by coating and drying the CL ink which is prepared by mixing Pt-supported carbon (Pt/C)Nafion as a proton conducting ionomerand solvent. Nafion is known to partially adsorb onto Pt/C in the CL inkacting as a dispersant for Pt/C [8]. By effectively dispersing Pt/CNafion is distributed around many Pt catalysts within the CLthereby improving the utilization of the Pt catalyst [8][9][10][11][12][13]. Tim et al. also reported that the large Nafion aggregates in the film increased oxygen transport resistance [14]. In the case of the CL ink with insufficient Nafion adsorptionfree Nafion forms this aggregate in the micropores of CL. velocity of the inks was measured using a LUMiFuge (LUM GmbH). The inks were poured into poly carbonate tubes. Thenthe LUMiFuge was operatedLFLUMiSizerLSenergyfuel cellbatteryautomotivepolymerNafion is a brand name for a sulfonated tetrafluoroethylene based fluoropolymer-copolymer synthesized More details Edition37 Internal reference3140 Open publication →
Mercury intrusion porosimetry as a quantitative tool for the shape estimation of supraparticles generated via spray-drying AuthorAhammed Suhail Odungat, Adil Amin, Moritz Loewenich, Blaž Toplak, Mena- Alexander Kräenbring, Mohaned Hammad, Hartmut Wiggers, Doris Segets, Fatih Özcan Year2026 LanguageEnglish 3153LUMiSizerLSanalytical centrifugation 9 more ACsupraparticles are hierarchically structured assemblies of nanoparticles whose size and structural features such as shapesurface roughnessand porosity critically govern their functionality in applications such as energy storage and catalysisThe size of the supraparticles (size of the sedimentation-equivalentdense sphere) was determined using an ACpsdpsaparticle size distribution More details Internal reference3153 Open publication →
Morphology-Driven Electromechanical Performance of Graphene-Based Electrofluids for Emerging Soft Electronic Systems AuthorDominik S. Schmidt, Paolo Fortugno, Claudia-F. López-Cámara, Hartmut Wiggers, Lola González-García Year2026 SourceAdvanced Materials Technologies LanguageEnglish Pages1-11 LS3159Electrofluidsconcentrated suspensions of electrically conductive particles 9 more have recently attracted attention for their potential as soft conductors. In this studywe investigated the influence of morphological differences in 2D filler materials (graphene-like) on the electromechanical properties of glycerol-based electrofluids. Plasma synthesized few-layer graphene (FLG)chemically exfoliated multi-layer graphene (MLG)and bulk graphite were used as 2D fillerswhich differed in specific surface areaaspect ratioand intrinsic stiffness. Analytical Centrifugation The particle size distribution was analyzed using a LUMiSizer analytical centrifuge (LUMGermany). Suspensions of filler in ethanol were prepared and mixed under the same conditions as the final samples. psapsd More details Edition0:e02646 Internal reference3159 Open publication →
Multi-Reflectance-Spectroscopy, Part III: In-Line Monitoring of Milk Fat Globule Size via Sauter Diameter Using an Optical Sensor AuthorSebastian Boldt, Gert Sinn, Klaus-Henrik Mittenzwey, Ouwen Zhai, Henry Mittenzwey, Dietmar Lerche, Marco Gleiß, Hermann Nirschl Year2026 SourceApplied Spectroscopy LanguageEnglish LUMiFlectorLFlec3154Dairy products; PAT; automated processes; globule size; multivariate analysis; process analytical technology; quality control; real-time monitoring; sauterdiameter More details Editiondoi: 10.1177/00037028261440919 Internal reference3154 Open publication →
Multiscale Stability Analysis of Fumed Silica Dispersions for Chemical Mechanical Polishing AuthorXusheng Cao, Chong Luo, Ziming Zhu, Shigong Fu & Anlan Liu Year2026 SourceJournal of Electronic Materials LanguageEnglish Pages4673–4689 The dispersion stability of fumed silica slurry is crucial to the performance of the chemical mechanical polishing process. This study employs a multi-scale approach to investigate their dispersibility. At the nanoscaledynamic light scatteringzeta potential measurementsand transmission electron microscopy confirm that the slurry exhibits the highest dispersibility and stability at an initial pH of 13.0. At this pH 10 more hydroxyl groups on silica particle surfaces are fully dissociatedforming a stable double layer structure that effectively inhibits particle aggregation. At the mesoscalerheological analysis indicates the lowest gelation degree and optimal fluidity for this slurry. At the macroscalesedimentation experiments further validate its stability; LUMiFuge testing reveals the lowest centrifugal instability index under these conditionsat merely 0.369. Under optimal operating conditionsthis slurry achieves a silica removal rate of up to 2312 Å/min while reducing oxide wafer surface roughness to 0.221 nm. These findings provide crucial theoretical foundations for optimizing the performance of chemical mechanical polishing slurries. 3149LFCMPLUMiSizerLS More details Edition55 Internal reference3149 Open publication →
Novel In-Liquid-Plasma Synthesis and Coating Process for Graphene-Coated Perfluorosulfonic Acid-Based Membranes for Application in High-Performance Direct Methanol Fuel Cells AuthorCamila Rojas-Núñez, Philipp Quarz, Víctor Alfonso Gracia-Medrano-Bravo, Julian Kapp, Fee Käufer, Tobias Sommer, Carsten Kreyenschulte, Verena Lukassek, Philip Scharfer, Jens Wartmann, Wilhelm Schabel, Angela Kruth Year2026 SourceEnergy Technology LanguageEnglish Pagese202501447 3157LSLUMiSizerA novel single synthesis via in-liquid-plasma is presented for few-layer graphene applied as blocking layer in direct methanol fuel cells. Few-layer graphene suspensions are synthesized from an ethanol precursor. Sedimentation velocity was quantified by transmission using a LUMiSizer device from LUM GmbH. More details Edition14, Issue1 Internal reference3157 Open publication →
Optimization of the Binary System—Chlorella vulgaris and Yeast Protein Extract—To Stabilize Vegan Sustainable Mayonnaise AuthorPedro Coelho, Maria Paula Ramos, Filipe Centeno, Anabela Raymundo Year2026 SourceJournal of Food Process Engineering LanguageEnglish Pagese70466 3148C. vulgarismayonnaisemicroalgae 12 more response surface methodologyyeast protein extract (YPE)dairyalternativefoodnutritionPhysical Stability Light Scattering Analysis Samples' physical stability was analyzed by Separation Analyzer LUMiReader PSALRPSAAlternatives and analogs of traditional food products are widely studiedhowever the research and development process requires vast resources. Egg yolk represents a great nutritional and technological tool for different industriesmore precisely for the pro- duction and stabilization of emulsions like-mayonnaise or salad dressings within the food industry. Facing a growing social con- cern regarding animal welfarenon-animal counterparts are under agenda. Yeast and microalgae emerge as a technological solution to replace animal origin ingredients in foods formulations. More details Edition49 Internal reference3148 Open publication →
