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Martin HøjView profile

Associate Professor

• Pyrolysis
• Hydrodeoxygenation
• Methanol Synthesis
• +6 more

Martin Høj is an Associate Professor in the Department of Chemical and Biochemical Engineering at the Technical University of Denmark (DTU), conducting research in catalytic processes for renewable energy and bio-based chemicals through the CHEC Research Centre. His research focuses on pyrolysis , hydrodeoxygenation , and methanol synthesis , with expertise in catalyst development for bio-oil upgrading and CO 2 conversion. He investigates fluidized bed reactors and selective oxidation processes to produce renewable hydrocarbons from biomass, contributing to UN Sustainable Development Goals for clean energy. Recent publications (2023-2025) reveal a strong emphasis on zinc-based catalytic systems for CO 2 hydrogenation to aromatics/olefins and stabilization techniques for continuous pyrolysis oil upgrading, demonstrating integration of fundamental catalyst studies with reactor engineering. Dr. Høj actively supervises five PhD students on critical biomass conversion projects: Understanding Pyrolysis Bio-Oil Hydrotreating (Jensen, O. H.) Catalytic upgrading of biomass pyrolysis oil to fuels (Pedro Da Cruz, R.) Chemical and Catalytic Conversion of Lignin (Goicoechea Torres, A.) Continues Hydrogenation of Pharmaceutical Intermediates (Çaglayan, P.) Conversion of methanol to jet fuel (Link, M. N.) As a core member of DTU's CHEC Research Centre, he collaborates on advanced reactor designs for sustainable fuel production, with projects funded by Danish governmental and industry partners.

• Hydrometallurgy
• Materials Science
• Environmental Engineering
• +7 more

Alireza Eivazi is an Adjunct Assistant Professor at Mid Sweden University's Department of Engineering, Mathematics and Subject Didactics (IMD), specializing in hydrometallurgy, materials science, and environmental engineering. His research focuses on cellulose-based hybrid materials for triboelectric applications, novel separation processes, and sustainable waste management. Ongoing projects: Cellulose-based triboelectric filters, molecular cellulose design, TransTech2Horizon, Foodtech fermentation Completed projects: BioRem Energy & Metal, BioRem Fiber, Cello His work explores aqueous chemistry, electrochemistry, chemical thermodynamics, and mass transfer mechanisms in cellulose regeneration. He develops metal/metal oxide nanoparticle-cellulose hybrids and investigates bioaccumulation of metals in white-rot fungi. Recent publications analyze triboelectric nanogenerators using wastepaper, lignin-furanic foams for pollutant removal, and cellulose II films with enhanced properties. He contributes to methodologies for lignocellulosic sediment remediation and molecularly designed triboelectric materials.

• Sustainable Forest Bioeconomy
• High-Yield Pulp Processing
• Paper Strength Enhancement
• +3 more

Gunilla Pettersson is a Researcher at the Department of Engineering, Mathematics and Subject Didactics (IMD) , Mid Sweden University , specializing in sustainable materials science and forest bioeconomy research. Education: Doctoral thesis (2007) on polymeric multilayer treatment effects on CTMP-based paperboard properties Her research focuses on enhancing mechanical and wet-strength properties of high-yield pulp papers through hot-pressing technology , lignin optimization , and nanocellulose integration . Key projects include HIPS - Sustainable Innovations in Forest Bioeconomy and NeoPulp , with industry collaborations in the FSCN Research Centre . Recent publications analyze lignin microparticle coatings, sulfonation strategies, and steel belt press technology for high-strength papers. She contributes to journal articles, conference proceedings, and book chapters in Nordic Pulp & Paper Research Journal and similar outlets. Her work addresses energy-efficient paper manufacturing, bio-based composites, and industrial sustainability through material science innovations.

• Textile Design
• Fashion Design
• Sustainable Design
• +3 more

Lecturer Esra Sunerli Topan serves at Uşak University in the Faculty of Fine Arts, Department of Textile and Fashion Design , while also contributing to the Leather, Textile and Ceramic Design Application and Research Center since 2019. Her academic journey includes a Competence in Art from Dokuz Eylul University (2020), an MSc in Fashion Design from Anadolu University (2017), and Bachelor's degrees from Anadolu and Dokuz Eylul Universities (2014). Research Focus: Textile and Fashion Design with emphasis on sustainability, digital technologies, and surface design innovation. Industry Collaboration: Works on leather garment comfort properties, sublimation printing methods, and waste transformation projects with Uşak prison. Her publications highlight trends in sustainable design practices (natural dyes, recycled materials), digital illustration tools like Procreate, and cross-disciplinary approaches blending technology with traditional textile arts. Recent projects explore the intersection of flora-inspired motifs and creative surface design across leather, textile, and ceramic mediums. She actively participates in artistic exhibitions and conferences, showcasing works from bio-diversity themed art to collaborative design studies in leather sustainability.

• Biomass Valorization
• Green Chemistry
• Biocatalysis
• +5 more

Amparo Jimenez Quero is a Researcher in the Department of Industrial Biotechnology within the Life Sciences school at Chalmers University of Technology. She earned her PhD in Biotechnology from the University of Strasbourg, France, focusing on valorization of cereal by-products for bio-based plastics development. Following her doctoral studies, she conducted postdoctoral research at the Royal Technical University (KTH) in Stockholm, Sweden, where she developed expertise in biomass characterization and conversion processes. At Chalmers, she teaches sustainable methodologies for biobased material production while mentoring bachelor, master, and PhD students. Her research focuses on implementing green chemistry approaches to design bioprocesses, advancing biocatalysis through identification and utilization of specific enzymes or microorganisms, conducting in-depth characterization of biomass from various sources (plants, algae, fungi, and bacterial cell walls), and exploring biopolymers and composites with analysis of their structure-properties relationships. She serves as the coordinator of the EU project CIRCALGAE, which focuses on circular valorization of algae biomass with 22 European partners. Analysis of her 15 most recent publications (2022-2025) reveals a strong focus on sustainable materials derived from agricultural and industrial by-products, with particular emphasis on wheat bran, protein-based foams, and algae valorization. Her work spans multiple disciplines including materials science, food science, green chemistry, and bioprocessing, consistently addressing circular economy principles and waste valorization strategies. Coordinator of EU project CIRCALGAE (2022-2026) Participant in PHAntastic project (2024-2028) Participant in MYCOMYM project (2023-2027) Participant in PROTINOUR project (2025-2025) Her research program involves extensive collaboration with industrial and academic partners across Europe. She has established valuable scientific networks through diverse national and international projects. Her work bridges fundamental research with practical applications, particularly in sustainable materials development and circular bioeconomy initiatives. She maintains active collaborations with researchers from KTH Royal Institute of Technology, University of Leon, and other European institutions.

• Polymer Chemistry
• Sustainable Materials
• Biodegradable Polymers
• +5 more

Luan Moreira Grilo is an external researcher affiliated with the University of Groningen , working within the Faculty of Science and Engineering at the Department of Macromolecular Chemistry and New Polymeric Materials . Their research aligns with the United Nations Sustainable Development Goals, particularly in sustainable materials and renewable resource utilization. Research Focus: Development of biodegradable polyesters and bio-based thermosets. Key Themes: Furanic derivatives, lignin/cellulose networks, Diels-Alder click chemistry. Recent Research Trends: Grilo’s publications highlight innovations in biobased polymers derived from lignin and furfural, emphasizing eco-friendly alternatives to conventional plastics.

• Microfluidics
• Biomicrofluidics
• Microfabrication
• +8 more

Dr Naval Singh is a Lecturer in Chemical Engineering at Lancaster University's School of Engineering. His research focuses on (bio)microfluidics, microfabrication, and soft matter transport phenomena for healthcare and energy applications. MSc, Indian Institute of Technology (IIT) Kanpur MSc, Lehigh University PhD, Loughborough University Postdoctoral research with CNRS France His work combines microfluidics with interfacial science to develop energy-efficient solutions and point-of-care diagnostics through innovative trapping mechanisms for sub-micron particles. Recent publications demonstrate expertise in colloidal manipulation and biomimetic microcapsule fabrication , particularly in diffusiophoresis and PDMS-based red blood cell models. Scientific Awards : Elsevier Award He leads modules on interfacial phenomena, fluid mechanics, and chemical process design while supervising interdisciplinary PhD projects in biomimetic microfluidics and complex fluid transport.

Leonidas MatsakasView profile

Associate Professor

• Biochemical Process Engineering
• Advanced Biofuels
• Sustainable Resource Conversion
• +3 more

Leonidas Matsakas serves as an Associate Professor in Biochemical Process Engineering at Luleå University of Technology's Department of Civil, Environmental and Natural Resources Engineering. His research focuses on sustainable conversion of forest residues, aquatic biomass, and industrial waste streams into advanced bio-based products through zero-waste approaches. Dr. Matsakas earned his PhD in 2015 from the National Technical University of Athens. His scientific expertise spans lignin structural characterization , organosolv fractionation processes , and plastic waste upcycling . He has pioneered research in adapting biomass treatment technologies for plastic waste conversion, with significant contributions to sustainable biorefinery systems. His recent publications demonstrate strong trends in machine learning-assisted microbial engineering , carbon capture materials , and circular economy applications for both biobased and synthetic polymers. The work integrates systems biology with synthetic biology to address environmental challenges through data-driven approaches. Kungl. Skytteanska Samfundet award for young promising researchers (2020) Recognized among top 2% of world's leading scientists (Stanford University, 2019-2022) As principal investigator, Matsakas has secured over 30 research grants from FORMAS, Swedish Energy Agency, VINNOVA, EU Horizon 2020, and EIT RawMaterials. He currently leads the European Bioholistic consortium (LTU, ETH Zürich, LIST Luxembourg) and received a FORMAS future research leaders grant in 2019 as sole applicant. His funding portfolio includes projects like BIOMAC, Biolift, Lignomin, and Eco-force fuels. Matsakas directs the Biochemical Process Engineering research group, which specializes in integrated biorefinery concepts, microbial community engineering, and sustainable materials development. The team employs advanced omics technologies and computational modeling to optimize resource conversion processes.

Jemma RowlandsonView profile

Senior Lecturer

• Hydrogen Storage
• Nanomaterials
• Composites
• +5 more

Dr. Jemma Rowlandson is a Senior Lecturer at the University of Bristol's School of Electrical, Electronic and Mechanical Engineering and a key member of the Bristol Composites Institute. Holding a PhD, MRes, and MChem, she leads cutting-edge research in sustainable materials with emphasis on hydrogen storage solutions and composite engineering, including her role as Principal Investigator for the Great Western Supercluster of Hydrogen Impact for Future Technologies project. Her academic qualifications include: PhD MRes MChem Rowlandson specializes in developing sustainable materials for energy and environmental applications, with core expertise in hydrogen storage using lignin-derived nanoporous carbons, castor oil-based polyurethane foams, and environmental impact assessment. Her research integrates experimental characterization, computational modeling, and life cycle analysis to optimize material performance while addressing sustainability challenges across multiple sectors. Analysis of her 15 most recent publications (2018-2025) reveals dominant themes in biomass-derived carbon materials for hydrogen storage, sustainable polyurethane composites, and feasibility studies for hydrogen applications in aviation and heating systems. The work demonstrates increasing integration of environmental impact assessment and circular economy principles, with strong focus on lignin valorization and bio-based polymer engineering. Her teaching excellence has been recognized through prestigious university awards: Bristol Teaching Award: Inspiring and Innovative Teaching Award for Faculty of Engineering (2023) Bristol Teaching Award: Vice Chancellor’s Award for Education (2023) As Principal Investigator for the £7.8M Great Western Supercluster of Hydrogen Impact for Future Technologies (2024-2027), she directs major research initiatives while mentoring engineering students. Her collaborative approach extends to the Engineering Education Research Group where she develops innovative pedagogical methods for sustainable engineering education. Rowlandson actively contributes to the Bristol Composites Institute and Engineering Education Research Group, driving interdisciplinary collaboration between materials scientists, mechanical engineers, and sustainability experts to advance clean energy technologies and sustainable material solutions.

Joerg LahannView profile

Professor

• Drug Delivery
• Gene Therapy
• Biomaterials
• +7 more

Joerg Lahann is a Professor at the University of Michigan with appointments in Chemical Engineering , Materials Science and Engineering , Macromolecular Science and Engineering , and Biomedical Engineering . He serves as Director of the Academic Program Biointerfaces Center and is affiliated with multiple research institutes including the Weil Institute for Critical Care Research , Rogel Cancer Center , and Biosciences Initiative . PhD in Macromolecular Chemistry from Rheinisch-Westfälische Technische Hochschule Aachen (1998) Dr. Lahann's research spans biotechnology , nanoparticle engineering , and surface chemistry , focusing on drug/gene delivery systems , advanced biomaterials , and chemical vapor deposition for engineered surfaces. His work addresses challenges in oral cancer chemoprevention , neuro-oncology , and synthetic biology applications . Recent publications highlight innovations in protein nanoparticle design for targeted therapies , deep learning-based surface analysis , and liquid crystal-templated polymerization . His team has made significant advances in non-viral gene delivery , biofilm disruption , and smart biomaterials for dental applications . University of Michigan Biointerfaces Institute Innovation Fellowship (2023) Dr. Lahann supervises research in nanoparticle engineering , biomaterials , and chemical manufacturing processes . His lab has received substantial funding from NSF , NIH , and industry partners for projects including 3D scaffold development , biocontainment strategies , and advanced manufacturing techniques . The Lahann Lab at the Biointerfaces Institute (Ann Arbor, MI) develops therapeutic nanoparticles , engineered extracellular matrices , and multifunctional coatings with applications in cancer therapy , regenerative medicine , and oral disease prevention .

Younan XiaView profile

Professor

• Nanocrystal synthesis
• Nanomedicine
• Regenerative medicine
• +7 more

Younan Xia is a Professor and holds the Brock Family Chair and Georgia Research Alliance Eminent Scholar in Nanomedicine at the Georgia Institute of Technology, Department of Biomedical Engineering. His research spans across nanocrystal synthesis, nanomedicine, regenerative medicine, and catalysis, with significant contributions to the understanding of structure-property relationships in nanomaterials. Education: B.S. in Chemistry, University of Science and Technology of China (1987) M.S. in Chemistry, University of Pennsylvania (1993) Ph.D. in Chemistry, Harvard University (1996) Research Interests: Professor Xia's research is organized into five major thrusts: 1) Nanocrystal synthesis focusing on mechanistic understanding and biomedical applications including optical sensing, cancer diagnosis, and catalysis. 2) Nanomedicine development using gold nanocages for theranostic applications and investigating cell-nanocrystal interactions. 3) Regenerative medicine through bio-inspired design of scaffolds for stem cell differentiation and tissue regeneration. 4) Structure-property relationships in shape-controlled nanocrystals, particularly in plasmonics and light-matter interactions. 5) Catalysis research including facet-dependent activity and fuel cell applications. Recent Research Trends: His 2025 publications demonstrate a strong focus on cancer nanomedicine with advanced theranostic applications, including photoacoustic-guided immunotherapy and multifunctional cellular engineering. The work shows significant advancement in understanding nanocrystal surface evolution during synthesis, development of biomimetic scaffolds for tissue repair, and rational design of noble-metal nanostructures for enhanced catalytic performance. Scientific Awards: Professor Xia has received numerous prestigious awards including: ACS National Award in the Chemistry of Materials (2013) NIH Director's Pioneer Award (2006) Camille Dreyfus Teacher Scholar Award (2002) Fellow of AIMBE (2011) and MRS (2009) Alfred P. Sloan Research Fellow (2000) NSF CAREER Award (1999) Packard Fellow in Science and Engineering (2000) Laboratory and Research Group: Professor Xia leads the Xia Research Group based at Georgia Tech, which focuses on cutting-edge research in nanomaterials synthesis and their applications in biomedicine and catalysis. The group operates from the MoSE (Molecular Science and Engineering) building and maintains an active online presence through their research website nanocages.com and various publication platforms.

Maria KurańskaView profile

Lecturer

• Polymer Chemistry
• Green Chemistry
• Bio-based Materials
• +5 more

Maria Kurańska serves as a Lecturer in the Department of Polymer Chemistry and Technology at the Faculty of Chemical Engineering and Technology, Tadeusz Kościuszko Cracow University of Technology. Her academic career demonstrates continuous progression through doctoral studies and postgraduate environmental specialization, supported by international research collaborations. Educational background includes: MSc Eng. in Plastics Technology (2010) Dr. Eng. in Chemical Technology (2014) Postgraduate studies in Environmental Protection and Engineering (2017) Her research program centers on sustainable polymer development, particularly bio-based polyurethane systems derived from renewable resources like vegetable oils and agricultural waste. Current investigations focus on optimizing foam structures for thermal insulation while maintaining eco-friendly production processes. This work bridges fundamental polymer chemistry with practical applications in construction and environmental protection, emphasizing circular economy principles through material recycling and waste valorization. Publication analysis reveals consistent thematic focus on green chemistry applications, with recent work exploring novel polyol sources from non-edible oils, waste-derived fillers, and circular economy integration. The research demonstrates methodological evolution from basic material synthesis toward complex system optimization and lifecycle analysis. Scientific recognition includes: Multiple doctoral scholarships (2010-2013) International poster awards (Latvia 2012, Hungary 2014) Rector's Team Awards for scientific achievements (2014, 2016) Youngest promoted doctor award (2015) Professor Zbigniew Engel Award for doctoral dissertation (2017) Grant leadership demonstrates significant research capacity, managing multiple EU and national projects focused on bio-polyurethane development. Current projects explore advanced applications including shape-memory biofoams and waste-derived composites. Teaching responsibilities span environmental protection in chemical technology, plastics technology, and polymer laboratories, connecting theoretical knowledge with sustainable practice. International collaborations with Latvian and Argentine institutions enhance the global relevance of her work in renewable material science.

Reidar LundView profile

Professor

• Soft matter
• Biomaterials
• Polymers
• +9 more

Reidar Lund is a Professor in the Department of Chemistry at the University of Oslo, where he is affiliated with the Section for Chemical Life Sciences - Biomolecules, Bio-inspired Materials and Bioanalytics. His research focuses on soft matter and biomaterials, with expertise in polymers, colloids, surfactants, peptides and proteins. Dr. Lund received his PhD from Forschungszentrum Julich/Universität Munster (Germany) in 2004, followed by postdoctoral positions at Forschungszentrum Julich (Germany, 2004-2006), University of Oxford (UK, 2004), Centre for Materials Physics (CSIC)/University of the Basque Country (Spain, 2006-2011), and University of California, Berkeley (USA, 2011-2013). His research interests span soft matter physics and biomaterials science , with particular focus on: Thermodynamics and structure of self-assembled soft and biological matter Lipid membranes and their interactions with surfactants and surface active peptides Nanomedicine applications, particularly encapsulation and release in polymer-, peptide-, or peptoid-based nanocarriers Antimicrobial peptides: mechanisms and interactions with model cell membranes Rapid kinetics and dynamics of transitions, nucleation and molecular transport in self-assembled systems Analysis of Lund's recent publications (2023-2025) reveals a strong focus on antimicrobial peptide-membrane interactions , complex coacervation for drug delivery , and structural characterization of soft matter systems using scattering techniques. His work bridges fundamental soft matter physics with biomedical applications, particularly in antimicrobial therapy and nanomedicine. A significant portion of his research employs small-angle X-ray scattering (SAXS) and other advanced characterization methods to study molecular-level interactions. Dr. Lund holds several notable positions and honors: Chair of NKS Makro, the macromolecular section of the Norwegian Chemical Society Member of the Beamline Advisory Board for evaluation of proposals at the Heinz Maier-Leibnitz Research Center (FRM II) in Garching, Germany Co-chair of the Norwegian Neutron Scattering Association (NoNSA) Responsible for the SAXS instrumentation at the national RECX lab He is actively involved in multiple research groups including Bio3 - Chemical Life Sciences, the Group for Soft Matter & Scattering Methods, the Hylleraas Centre for Quantum Molecular Sciences, and PX-Oslo – UiO Structural Biology Core Facilities. His work demonstrates strong international collaboration, with publications featuring researchers from institutions across Europe and North America.

Neal J. ZondloView profile

Professor

• Functional molecular recognition
• Small-molecule proteomimetics
• Enantioselective catalysis
• +3 more

Neal J. Zondlo is a full Professor in the Department of Chemistry and Biochemistry at the University of Delaware, College of Arts and Sciences. Since 2001 he has led the Zondlo Research Group, an interdisciplinary team focused on functional molecular recognition, chemical biology, and synthetic methodology. Education: B.A. Biochemistry & Russian, summa cum laude , Rice University, 1992 Ph.D. Chemistry, Yale University, 1999 (NSF Predoctoral Fellow) NIH Postdoctoral Fellow, Harvard University, 1999–2001 Research Interests span several highly integrated themes: Functional Molecular Recognition – creating small molecules and minimalist polymers that interact specifically with biological targets. Small-Molecule Proteomimetics – developing scaffolds that mimic protein recognition surfaces for probing PPIs. Enantioselective Catalysis – engineering peptide- and protein-based catalysts and high-throughput screening platforms. Protein Phosphorylation & Post-Translational Modifications – designing kinase-inducible domains and fluorescent sensors. Protein Misfolding & Disease – elucidating structural consequences of tau hyperphosphorylation in Alzheimer’s disease. Synthetic Methodology – inventing unnatural amino acids, stereoselective cross-couplings, and bioorthogonal reactions. Collectively, recent publications demonstrate a strong emphasis on integrating chemical synthesis, biophysical characterization (NMR, X-ray), and biological assays to dissect and manipulate protein structure–function relationships. Scientific Awards & Recognition: NSF CAREER Award (2006–2011) Paper selected as Hot Paper in Chemistry – A European Journal JACS Spotlight article highlighting protein misfolding work Funding & Mentorship Multiple active NSF and NIH grants (NSF CHE, NIH NIGMS, NSF BIO MCB, DOD PRARP, NIH NIAID, NSF CBET) Currently mentors 6 graduate students and 1 undergraduate researcher Alumni hold positions in academia, pharma, and biotech (Pfizer, Gilead, Novartis, Sloan-Kettering, etc.) The Zondlo Research Group is housed in 310 Drake Laboratory, University of Delaware, Newark, DE. The lab combines synthetic organic chemistry, peptide and protein engineering, spectroscopic analysis, and cellular assays to address fundamental questions in chemical biology and to develop tools for therapeutic intervention.

• Natural Colorants
• Sustainable Textile Chemistry
• Microbial Biodegradation
• +3 more

Arvind Negi is a Postdoctoral Researcher at the Department of Education , University of Helsinki, Finland. His research focuses on sustainable chemistry applications in textile materials and natural colorants. Since 2022, he has been a key participant in the BioColour project , funded by the Academy of Finland (2022–2025). Active in 2024–2025 with 9 research outputs Active peer reviewer (Carbohydrate Polymer Technologies and Applications, Biomaterials, ChemBioChem) Research Interests revolve around: Chemical characterization of fungal-derived biocolourants Environmental impact assessment of textile dyes and fibers Microbial biodegradation mechanisms Alkoxide-based sustainable dyeing methods Economic viability of natural resource utilization Publication Trends (2024–2025) show interdisciplinary work bridging chemistry , materials science , and sustainability , with specific emphasis on Cortinarius pigments , dye pollution mitigation , and bio-based textile innovation . Professional Activities include: Oral presentations at Helsinki Research Day (2024) Contributing to public science communication in ChemistryNews Academic collaborations across Finland and international networks