Vacant job

Kemikum, with over 200 employees, is one of the largest institutions at Stockholm University. Research at Kemikum spans all areas of chemistry: analytical chemistry, physical chemistry, materials chemistry, inorganic and structural chemistry, and organic chemistry. Research projects range from theory to experiment, from pure basic research to more applied projects, often focusing on sustainable chemistry as well as advanced analytical methods for chemicals and materials. Kemikum has a highly developed research infrastructure with a wide range of equipment and qualified support from staff researchers.

Kemikum is also home to the undergraduate chemistry education and three master's programs: analytical chemistry, sustainable chemistry, and organic chemistry. PhD studies are conducted within five areas: analytical chemistry, physical chemistry, materials chemistry, inorganic chemistry, and organic chemistry. More information about us can be found at Kemikum (#).

Project Description

The project is linked to the research center ACCELERATE (Accelerate Transition to and Scale-Up of bio-CO2 Utilization). This is an interdisciplinary center with the goal of developing innovative materials, processes, and systems for the separation and conversion of bio-CO2 into high-value chemicals and pharmaceuticals, with the aim of decarbonizing chemical production. The center is a collaboration between various schools at KTH, Stockholm University, and an industry consortium consisting of Stockholm Exergi, AstraZeneca, Biofiber Tech, Grimaldi Development, Linköping City Utilities, Perstorp AB, Nynas AB, IKEM, and Energiforsk.

Responsibilities

The position involves pioneering research in the development of sustainable materials dedicated to CO2 separation and conversion. You will focus on developing amine-functionalized solid adsorbents for the chemisorption of CO2, using an in-situ polymerization method to grow polyamines directly onto solid substrates. A central part of the work involves investigating fundamental polymerization mechanisms and reaction pathways, as well as optimizing polymerization conditions to ensure compatibility with various types of solid substrates.

In addition to separation technologies, you are expected to contribute to electrochemical CO2 conversion by synthesizing and developing innovative heterogeneous electrode materials. This research emphasizes sustainable catalyst design, aiming to minimize or eliminate the use of dangerous or toxic heavy metals, while selectively directing the conversion towards valuable C2+ products or carbon materials rather than C1 products.

You will collaborate closely with complementary projects within the broader CCUS portfolio. Responsibilities also include active participation in daily laboratory work, including handling, maintenance of equipment, and safety protocols, to support a collaborative and efficient research environment.

Qualifications

A researcher is employed primarily for research and must have completed a PhD or hold a foreign degree assessed as equivalent to a PhD.

Assessment Criteria

In the appointment process, particular weight will be attached to research competence and experience. The following criteria are highly valued:

• Expertise in CO2 chemistry: A deep understanding of the fundamental mechanisms in CO2 chemistry, as well as chemical reactions related to separation and conversion.
• Knowledge of advanced materials: A comprehensive understanding of the composition, properties, and synthesis processes of various advanced materials.
• System-level perspective: Broad system perspectives within BECCS, CCUS, and DAC.
• Practical laboratory experience: Documented practical experience in material synthesis, polymerization, carbonization, as well as catalytic and electrochemical reactions.
• Characterization competence: Practical expertise in material characterization, particularly with techniques such as gas adsorption analyzers, SEM, XRD, FTIR, Raman spectroscopy, NMR, etc.
• Independence and teamwork: Demonstrated ability to work effectively both independently and as part of an interdisciplinary team.
• Additional merits: Background knowledge or formal education in chemical engineering is considered a strong asset.

About the Position

The position is full-time and fixed-term for a maximum of 12 months. Start date 2026-08-15 or as agreed.

We Offer

Here you will experience the dynamic interaction between higher education and research, making Stockholm University an exciting and creative environment. You will work in an international environment and enjoy favorable terms. The university is located in the National Urban Park with good connections to the city center.

Stockholm University strives to be a workplace free from discrimination, offering equal rights and opportunities for all.

Contact

Information about the position is provided by the Head of Department, Niklas Hedin, [email protected], and Professor Jiayin Yuan, [email protected].

Application

You apply for the position via Stockholm University's recruitment system. Attach a cover letter and CV, as well as the attachments requested in the application form. As an applicant, you are responsible for ensuring the application is complete and submitted to the university by the last application date.

Guidelines for applicants can be found on the webpage: how to apply for a position.

Stockholm University contributes to the development of a sustainable democratic society through knowledge, enlightenment, and the pursuit of truth.