BEGIN:VCALENDAR VERSION:2.0 PRODID:-//wp-events-plugin.com//6.0.1.1//EN BEGIN:VEVENT UID:40359c05-c26b-4f60-ae83-92c7ade35939 DTSTART:20260427T000000Z DTEND:20260429T000000Z DTSTAMP:20260313T093018Z SUMMARY:49th HELSINKI International Conference on “Chemical\, Biological &\; Environmental Engineering” (HCBEE-26) April 27-29\, 2026 Helsinki (Finland) DESCRIPTION:Call for papers/Topics\nTopics of interest for submission include any topics related to:\n\nI. Chemical Engineering &\; Sciences\n\nSustainable Chemistry &\; Green Chemistry:\nGreen synthesis and catalysis (biocatalysis\, organocatalysis\, photochemistry)\nRenewable resources and bio-based chemicals\nWaste reduction and valorization\nCircular economy principles in chemistry\nDesign of environmentally benign processes and products\nMaterials Science:\nNanomaterials (synthesis\, characterization\, applications)\nAdvanced materials (polymers\, composites\, ceramics)\nBiomaterials and their applications in medicine and engineering\nEnergy materials (batteries\, fuel cells\, solar cells)\nSmart and responsive materials\nSupramolecular chemistry and self-assembly\nMetal-Organic Frameworks (MOFs) and Covalent-Organic Frameworks (COFs)\nAnalytical Chemistry:\nNew analytical techniques and instrumentation\nSensors and biosensors\nSpectroscopy (NMR\, MS\, UV-Vis\, IR\, etc.)\nChromatography and separation science\nElectroanalytical chemistry\nChemometrics and data analysis in chemical studies\nOrganic Chemistry:\nSynthesis of complex organic molecules and natural products\nMedicinal chemistry and drug discovery\nFlow chemistry and continuous processes\nAsymmetric synthesis\nComputational organic chemistry\nInorganic Chemistry:\nInorganic synthesis and characterization\nCoordination chemistry and organometallic chemistry\nSolid-state chemistry\nInorganic materials for catalysis and energy\nPhysical Chemistry:\nThermodynamics and kinetics\nQuantum chemistry and computational chemistry\nElectrochemistry\nSurface chemistry and catalysis\nSpectroscopy and photochemistry\nChemical Engineering:\nProcess design\, optimization\, and intensification\nReaction engineering and reactor design\nSeparation processes\nBiochemical engineering (bioreactors\, bioseparations)\nSafety and risk management in chemical processes\nDigitalization and AI in chemical industries\nII. Biological Sciences &\; Engineering\n\nBiotechnology &\; Genetic Engineering:\nCRISPR-Cas9 and other gene editing technologies\nSynthetic biology and the design of new biological systems\nBiopharmaceuticals and advanced drug delivery systems\nMetabolic engineering for biofuel and biochemical production\nBioinformatics and computational biology\nBiochemistry &\; Molecular Biology:\nEnzymology and protein engineering\nNucleic acids (DNA replication\, transcription\, translation\, epigenetics)\nCell signaling and cellular processes\nStructural biology and its applications in drug design\nGenomics\, proteomics\, and metabolomics\nNeuroscience and the study of the nervous system\nMicrobiology:\nMicrobial ecology and its role in nutrient cycling and environmental processes\nBioremediation of contaminated environments\nMicrobial fuel cells and other bioenergy technologies\nDetection and control of waterborne and airborne pathogens\nInfectious diseases and antimicrobial resistance\nEcology &\; Biodiversity:\nClimate change impacts on ecosystems and species\nConservation biology and strategies for biodiversity preservation\nEcosystem services and their economic valuation\nInvasive species and their management\nEcological modeling and big data in ecology\nRestoration ecology and rewilding\nPlant Science:\nPlant biotechnology for crop improvement and stress tolerance\nPlant physiology and responses to environmental changes\nSustainable agriculture and plant-microbe interactions\nPlant pathology and disease resistance\nAnimal Biology:\nAnimal physiology\, genetics\, and behavior\nAnimal ecology and conservation\nDevelopmental biology\nBiomedicine &\; Health:\nDrug discovery and development\nBiomarkers and diagnostics\nGene therapy and cell therapy\nImmunology and disease mechanisms\nPersonalized medicine\nIII. Environmental Sciences &\; Engineering\n\nPollution Control &\; Remediation:\nWater and wastewater treatment technologies\nAir pollution monitoring and control\nSoil contamination and remediation strategies\nWaste management and recycling technologies\nEmerging pollutants (microplastics\, pharmaceuticals\, PFAS) and their environmental fate and effects\nBioremediation and phytoremediation\nClimate Change &\; Its Impacts:\nClimate modeling and prediction\nMitigation strategies (reducing greenhouse gas emissions\, carbon capture and utilization)\nAdaptation strategies for dealing with climate change impacts\nCarbon sequestration and storage\nClimate policy and governance\nWater Resources Management:\nWater scarcity and drought management\nWater quality assessment and management\nHydrology and the impact of land use change on water resources\nIntegrated water resources management\nDesalination technologies\nEnvironmental Health:\nImpact of environmental pollutants on human health\nExposure assessment and risk management\nEnvironmental justice and health disparities\nEcology &\; Ecosystem Management (Environmental Perspective):\nEcosystem restoration and rehabilitation\nConservation of natural habitats and protected areas\nSustainable forestry and land management\nUrban ecology and green infrastructure\nEnvironmental Chemistry &\; Geochemistry:\nBiogeochemical cycles and their anthropogenic impacts\nAtmospheric chemistry and aerosols\nSoil chemistry and nutrient cycling\nFate and transport of contaminants in the environment\nRenewable Energy:\nSolar energy (photovoltaics\, concentrated solar power)\nWind energy\nBioenergy and biofuels\nGeothermal energy\nHydrogen energy and fuel cells\nIV. Interdisciplinary Topics &\; Cross-Cutting Themes\n\nChemical Biology: Bridging chemistry and biology to understand biological processes and develop chemical tools and therapies.\nEnvironmental Biotechnology: Using biological systems and processes for environmental remediation\, monitoring\, and sustainable production.\nOne Health Approach: Recognizing the interconnectedness of human\, animal\, and environmental health.\nData Science &\; AI/Machine Learning: Applications in drug discovery\, materials design\, environmental monitoring\, climate modeling\, and biological data analysis.\nNanotechnology in C/B/E Sciences: Applications in medicine\, environmental remediation\, sensing\, and materials.\nSustainable Development Goals (SDGs): Research addressing global challenges related to the environment\, health\, and sustainable practices.\nEnvironmental Impact Assessment (EIA) &\; Life Cycle Assessment (LCA): Evaluating the environmental consequences of projects and products.\nCitizen Science &\; Public Engagement: Involving the public in scientific research and environmental monitoring.\nPolicy &\; Governance: The role of science in informing environmental and health policies. LOCATION:Helsinki\, Holiday Inn Helsinki - Vantaa Airport\, Helsinki\, Helsinki \, 01510\, Finland URL:https://eventstopten.com/events/49th-helsinki-international-conference-on-chemical-biological-environmental-engineering-hcbee-26-april-27-29-2026-helsinki-finland/ END:VEVENT END:VCALENDAR