PhD Student D-Carbonize
PhD Student D-Carbonize
صاحب العمل نشط
حالة تأهب وظيفة
سيتم تحديثك بأحدث تنبيهات الوظائف عبر البريد الإلكتروني
شارك هذه الوظيفة
حالة تأهب وظيفة
سيتم تحديثك بأحدث تنبيهات الوظائف عبر البريد الإلكتروني
Remote
لم يكشف
لم يتم الكشف عن الراتب
1 وظيفة شاغرة
الوصف الوظيفي
The Dcarbonize consortium is seeking a PhD students (Doctoral Candidate DC) to work in a multidisciplinary & interdisciplinary team formed by 6 academic research groups 5 companies and 1 industry association offering excellent research and training both in R&D and entrepreneurship.
The DC will be hosted by a network of highly renowned European experts and leading companies in CO2 catalysis and polymer development allowing them to perform cuttingedge research in the most innovative environments and with a multidisciplinary spin involving different topics such as homo and heterogeneous catalysis sustainable monomer/macromolecular design polymer chemistry thermoplastics process scalability depolymerization strategies process optimization and highthroughput approaches.
The Doctoral Candidate (DC) will be working in different individually tailored projects designed to accomplish the three main objectives of the project:DC11AIMPLASISCR2ndRoundfinal.pdf (dcarbonizeproject.eu)
The doctoral programs offered within DCarbonize are funded under Horizon Europes Marie SkodowskaCurie Actions (MSCA) programme
Project Title and Description:
Title:
Synthesis of polycarbonates and polyamides using reactive extrusion (REx)
Description:
To demonstrate the feasibility to produce polycarbonates and/or polyamides by using reactive extrusion (REX) which is considered a greener technology being a continuous process which minimizes and even avoids the use of solvents and also reduces reaction times and overall energy consumption. Alternative monomers capable of being produced from CO2 will be considered to produce those polycarbonates and/or polyamides.
REx has significant value as it is a process that can be easily adapted to an industry infrastructure. The design of these synthetic approaches at AIMPLAS will be addressed considering a broad selection of process parameters and conditions such as residence time temperature screw configuration catalyst type (commercial and developed in the project) in different concentrations and relative ratio of the monomers. The polymers developed will be broadly characterized to evaluate macromolecular mechanical thermal and rheological properties thus in particular molar mass intrinsic viscosity and so on will be monitored.
The studies will be started at lab scale in a Haake Minilab Extruder which will be further evaluated at larger scale in a Brabender rheometer. Technical and economic feasibility has been evaluated in order to test higher scale in twinscrew extruders at pilot plants in AIMPLAS. Additionally and along the technical viability evaluation of scalingup process simulations will be considered by using software such as Ludovic and evaluating the screw designs.
Selected process towards polycarbonates and/or polyamides) will be optimized and obtained polymer material(s) will be characterized indepth. Feasibilities studies will be carried out including a stateoftheart survey to identify a range of biopolymers grades that can be obtained by REX and their potential applications as well as potential market sector.
Thus bearing in mind capabilities and AIMPLAS expertise a review of the obtained material(s) possibilities will be considered for extrusion injection process as well as compounding or suitability towards coating preparation. Technical viability of these possibilities will be discussed to identify needs for further developments. At CNRS polymerization studies will focus on the design of novel CO2sourced polycarbonates and/or polyamides through the synthesis by (co)polymerization in solution or in bulk and characterization of the polymers derived from dienyllactone platform molecules.
Secondment: the project involves a threemonths research stay at TOTAL Energies facilities (Belgium) under the supervision of Dr. Martine Slawinski (the synthesized polymers will be tested in thermoplastic applications).
Enrolment in Doctoral degree: DC11 will be enrolled in UPV (University Politcnica of Valncia) and URennes (University of Rennes) obtaining two PhD titles according to a specific agreement between the two universities.
Requirements
- Candidates should have an excellent academic record strong commitment to scientific research and a solid working knowledge of English Solid and proven expertise in polymerization. A background in organic organometallic chemistry and catalysis will be highly considered.
Candidates must have a Masters or an equivalent degree in the area of Chemistry or related disciplines that must be completed by the time of admission in the PhD programmes (1st trimester 2024).
Eligibility criteria
- Researchers must be doctoral candidates (not already in possession of a doctoral degree at the date of recruitment)
Local Eligibility Criteria:
- For AIMPLAS: You must have a masters degree or at least 300 ECTS (of which at least 60 ECTS belong to the masters degree) or an equivalent degree which allows you to start a PhD
- For CNRS: You must have a masters degree in Chemistry
Required Documentation:
Application form will include the upload of the following information:
- Copy of B.Sc. and M.Sc. degrees with annexes (academic records). If annexes do not include the number of total ECTS credits a certificate from the institution awarding the degree will be required. If not originally in English an official translation could be requested.
- Proof of English proficiency preferably by the submission of a B2 certificate First Certificate IELTS 6 or equivalent. This certificate is not mandatory but desirable and alternatively candidates will be interviewed to assess their English level. Applicants from Anglosphere (UK Ireland USA Canada Australia and New Zealand) are exempt from this requirement.
- Motivation letter (maximum 2 pages)
- Contact details of two referees. Note that referees will be only contacted for shortlisted candidates
Employment conditions:
Host institution (s)
*AIMPLAS Plastics Technology Centre (Spain)
*Centre National de la Recherche Scientifique (CNRS) Institut des Sciences Chimiques de Rennes (ISCR) UMR CNRS 6226 France
- Supervisor (s): Dr. Beln Monje & Prof. Sophie Guillaume
- Starting date: TBD
- Duration: 34 months fulltime employment
- Gross salary:
*AIMPLAS: 33.700/year (including mobility allowance)
*CNRS: 36.560/year (including mobility allowance)
How to apply:
Complete applications are written in English and include:
- A complete application form.
- A letter of motivation (maximum 2 pages).
- Diploma and academic record* of both the bachelors and the masters degree. If not originally in English an official translation could be requested.
- Contact details of two referees (Note that referees will be only contacted for shortlisted candidates).
- Proof of English language proficiency.
* The academic record must include the range of marks used in the corresponding countries and the minimum mark to pass as well as the hours or ECTS and marks for each subject.
Application deadline: Open until filled
Selection process: The interviews will take place online
For more information:
Contact person: Anna Banet ()
نوع التوظيف
دوام كامل
المهارات المطلوبة
- مكافحة غسيل الأموال
- نظام مراقبة الدخول
- توريد الأطعمة والمشروبات
- التقدير والتقييم
- الاتصالات
