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14–17 May 2023 Lake Garda, Italy
BIORESTEC will aim to bring together researchers in academia and industry, as well as policymakers, to discuss the latest trends in biotechnology, bioenergy, and biobased products.
The BIORESTEC organizing committee are delighted to announce that the fourth meeting will be held in-person in Lake Garda, Italy, 14–17 May 2023.The health & safety of Elsevier’s conference delegation is a top priority and so we continue to monitor the changing Covid-19 situation closely. Rest assured that should we not be able to meet in person, we have the ability to host this conference online, so please submit your abstract and register in confidence.
BIORESTEC will aim to bring together researchers in academia and industry, as well as policymakers, to discuss the latest trends in biotechnology, bioenergy, and biobased products.
The program will be curated by a committee of world class academic leaders in their respective fields with key topic areas including:BIORESTEC will consider exploration and exploitation of bioresource technologies for developing biomass-based processes and products and cover following topics specifically.
Biological waste treatment and resource recovery
Industrial wastewater
Solid waste
Biofuels & biorefineries
Biodiesel, Bioethanol, Biobutanol, Biohydrogen, Biogas
Lignocellulosic and Algal biorefinery
Microbial fuel cells
Microbial bioprocesses and products
Antibiotics, Biopolymers, Enzymes, Organic acids, Others.
Thermochemical processes for lignocellulose and algal biomass
Combustion, Gasification, Hydrothermal treatment, Pyrolysis, Steam explosion
New and emerging biomass-based* processes and technologies
Biochar: Preparation, characterization and application for dyes and organic pollutants removal, anaerobic digestion, and composting.
Circular bioeconomy and energy & environmental sustainability
Nanomaterials for bioprocesses applications
Metabolic and genetic engineering for process enhancement
System analysis, life-cycle assessment & techno-economics of biofuels and chemicals production
*Lignocellulosic and algal biomass, food waste (grain/vegetable-based food) and municipal solid waste
The program will include invited plenary lectures, contributed talks and poster sessions highlighting the latest latest research in biotechnology, bioenergy, and biobased products. The programme will be curated by a committee of world class academic leaders in their respective fields.
Discover conference topics and learn about related events and how you can participate.
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Bioresource Technology opens in new tab/window publishes original articles, review articles, case studies and short communications on the fundamentals, applications and management of bioresource technology.
The journal's aim is to advance and disseminate knowledge in all the related areas of biomass, biological waste treatment, bioenergy, biotransformations and bioresource systems analysis, and technologies associated with conversion or production.
Bioresource Technology Reports opens in new tab/window is an online-only rapid-publication journal focused on the fundamentals, applications and management of bioresource technology. Like its sister journal, Bioresource Technology, Bioresource Technology Reports' mission is to advance and disseminate knowledge in all the related areas of bioenergy, biotransformations and bioresource systems analysis, and technologies associated with conversion or production. Presented papers may be invited for a special issue in Bioresource Technology opens in new tab/window and/or Bioresource Technology Reports opens in new tab/window.
Proceedings will not be published in the journals.
Poster No | Title of Poster and list of Authors | Presenting Author |
|---|---|---|
P1.026 | Organic waste upcycling via Hermetia illucens: Effects of substrate quality on larvae growth and recovery of valuable chemicals | Andres Cardenas |
P1.042 | Demand-driven biogas production in Upflow Anaerobic Sludge Blanket (UASB) reactor | Rajas Shinde |
P1.071 | Investigating the synergistic effects in co-pyrolysis of fruit waste and high density polyethylene | Abdullah Nooh |
P1.079 | Design of experiments approach to upgrade pyrolytic oil via hydrotreating and hydrocracking for sustainable aviation fuel | Marcin Sajdak |
P1.081 | New insights on antimony removal from water using iron-coated cork granulates: Regeneration on batch and fixed-bed column systems | Mariko Carneiro |
P1.102 | Improve production of D-mannose and bioethanol from spent coffee grounds by combination of enzymatic hydrolysis and selective fermentation | Eun Jin Cho |
P1.109 | Prevention of ammonia inhibition in solid-state mono anaerobic digestion of pig manure using digestate biochar | Shohei Riya |
P1.112 | Commissioning and preliminary results of a slurry biomass-to-liquid pilot plant | Stephan Hochgerner |
P1.119 | Automated quantification of intracellular lipid for bio-diesel production using a deep-learning based image sensing | Jeong-Joo Oh |
P1.128 | Green strategies for Gelidium biomass use: enhancing hydrocolloid extraction and by-product valorization in a zero-waste approach | Catarina Teixeira |
P1.137 | Effects of antibiotic mixtures on the anaerobic digestion process and their degradation | Antonella Marone |
P2.023 | Fine-tuning of Yarrowia lipolytica fermentation for efficient crude glycerol bioconversion towards valuable products | Asimina Tsirigka |
P2.025 | Optimal locations for developing biomass supply chains by incorporating GIS and AHP: A case study | Maryam Roudneshin |
P2.026 | Challenges in energy transition: Greek biorefinery development in the emerging biofuel industry | Evanthia Nanaki |
P2.029 | Effluent quality and microbial community structure of a high-rate down-flow hanging sponge system installing in Thailand | Takahiro Watari |
P2.030 | Spruce wood biorefinery for integrated production of 2,3-butanediol and biogas: A material flow analysis study | Farinaz Ebrahimian |
P2.049 | Combined chemical and biological recirculation of post-consumerbioplastics for the production of poly(3-hydroxybutyrate) | Chrysanthi Argeiti |
P2.051 | Development of a combined technoeconomic analysis and life-cycle analysis tool for calculating the carbon abatement cost of on-farm anaerobic digestion systems | Jorge Diaz Huerta |
P2.054 | Pelletization and gasification of agricultural wastes (barely straw) for syngas production | Rajan Jaiswal |
P2.055 | Biotechnological production of poly(3-hydroxybutyrate) and application in bio-based films for packaging applications | Olga Psaki |
P2.056 | Sustainable and efficient biopolymer production from lignocellulosic residues | Katiana Filippi |
P2.112 | Simultaneous enzyme production, Levan-type FOS synthesis and sugar by-products elimination using a recombinant Pichia pastoris strain expressing a levansucrase-endolevanase fusion enzyme | Maria Rodriguez |
P2.120 | Improvement of biodiesel production from spent coffee grounds in supercritical ethanol by pre-extraction of unsaponifiable matter | Ruengwit Sawangkeaw |
P2.121 | Upgrading dry acid pretreatment with post-hydrolysis for maximum co-production of bio-ethanol, xylose and lignin from wheat straw | Hanqi Gu |
P1.051 | The role of biofuels in decarbonizing the Italian road transport sector: A systemic analysis | Francesco Cruz Torres |
Oral No | Title of Oral and list of Authors | Presenting Author |
|---|---|---|
O1A.1 | Removal of copper (II) from the aqueous solution using magnetite (Fe3O4) biochar derived from Ascophyllum nodosum seaweed | Prashanth Kumar |
O2B.2 | Continuous medium-chain carboxylic acid production from two sources of wine lees | German Buitron |
O2B.3 | Challenges in mass scale production of bio/co-polymers | Ashok Kumar Srivastava |
O2B.4 | A toolbox for assessing sustainability of emerging biotechnology-based products: A case study on fermentation-based food colorant production | Samir Meramo |
O3A.4 | Investigation of severe fractionation technologies in a green biorefinery demonstration plant: Effect on the extraction of high-value compounds and energy consumption | Thalles Andrade |
O3B.1 | Using electrochemical systems to increase waste treatment efficiency and energy production from food waste | Amro Hassanein |
