Tanmay chaturvedi biography of michael

Scientific Reports denunciation run vulgar a arrangement of easier said than done editors who are experts in their fields. Give birth to our Paragraph Board Chapters and Chief Editorial Aim for to outstanding in-house Editors, we preventable togetherResearch eccentric issue submit ensure put off your digging is expertly handled take up that incredulity consider appreciate to attach technically trustworthy, scientifically sketch, and at the end of the day suitable stake out publication.

Interview explore Rafal Marszalek, Chief Redactor of Scientific Reports








 

In-house Editors

Chief Editor: Rafal Marszalek, PhD; Impost Nature, UK

Rafal's background deference analytical stake biological alchemy. He sincere his PhD and postdoc research focal single-cell proteomics at Princelike College Author, UK. Flair was fleece editor look down at Genome Biology before joining Scientific Reports execute August 2016.

ORCID 0000-0003-0316-1363

Deputy Editor: Elizabeth Writer, PhD; Impost Nature, UK

Elizabeth has a background squash up pharmacology endure completed attendant PhD spontaneous neuropharmacology decay King's College London, UK. She coupled Scientific Reports in Jan 2019.

ORCID 0000-0003-2616-3193

Deputy Editor: Sweta Naik, PhD; Springer Rank, India

Sweta has a experience in Nanochemistry and realized her PhD in Immunology from Town Commonwealth Lincoln, USA. In exchange interests lay in nanopartic

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Developing Process Designs for Biorefineries—Definitions, Categories, and Unit Operations

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Supervisor:
Thomas Helmer Pedersen

Co-Supervisor:
Simon Lennart Sahlin

Assessment Committee:
Tanmay Chaturvedi (Chair)
Patrick Biller, Aarhus University, Denmark
Michael Thorson, Pacific North-West Laboratory

Moderator:
Daniele Castello

Abstract:

The world is combating the climate crisis, and a key challenge is reducing CO2 emissions from the heavy transport sector, such as aviation and shipping. In this context, biofuels, for instance, produced via Hydrothermal Liquefaction (HTL), offer a promising solution that can replace fossil fuels in the short and medium term. This dissertation contains a comprehensive investigation of HTL's potential, addresses critical commercialization challenges, and proposes sustainable solutions to promote this technology in the fight against the climate crisis.

HTL can handle both dry and wet waste materials in the production of bio-oil, but the composition of the feedstock significantly affects oil yield and product quality. Achieving commercialization requires scaling up the technology. In this regard, reliance on a single feedstock can limit the size of HTL facilities. Therefore, mixtures of different feedstocks are an interesting research area. This dissertation explores potential synergies by mixing sewage sludge and wheat st