Chemist - Gas Phase Reaction Kinetics

Employer undisclosedRole managed by a recruiter

Research chemist developing gas‑phase reaction kinetics and catalyst testing

11 days ago ago

Intermediate (4-7 years), Junior (1-3 years)

Full Time

Harpenden, England, United Kingdom

Office Full-Time

Role

What you would be doing

data analysis

instrument operation

catalyst characterisation

documentation

safety protocols

sample prep

Analyse and interpret complex analytical datasets, correlating outcomes with kinetic models and underlying reaction mechanisms.
Operate and maintain advanced analytical instruments (GC, FTIR) to monitor reactants, products, and intermediates.
Prepare, characterize (e.g., BET, TGA, XRD), and assess catalysts under both flow and batch conditions.
Maintain comprehensive documentation of experimental methodologies, analytical findings, and equipment maintenance records.
Establish and uphold rigorous safety protocols for chemical handling and analytical instrument operation.
Prepare samples for kinetic studies while ensuring accuracy, reproducibility, and data integrity across all experimental campaigns.
Utilize a strong understanding of chemical reaction pathways, intermediates, and kinetics to interpret experimental results and inform future study design.
Collaborate with cross-functional teams to develop scalable, efficient, and sustainable chemical processes.

What you bring

dynochem

gc

ftir

icp‑ms

phd chemistry

catalyst synthesis

Our client is seeking a practical, research-focused Chemist to join a project exploring the kinetics of gas-phase reactions. This role offers a unique opportunity to work at the intersection of analytical chemistry, kinetic studies, and catalyst development, requiring both technical expertise and a creative, problem-solving mindset.

Hands-on experience with advanced analytical instrumentation and interpretation of kinetic data.
Strong skills in sample preparation for kinetic studies, ensuring precision and data reliability.
Familiarity with kinetic modelling software (e.g., DynoChem) or equivalent computational tools.
Proven ability to interpret complex analytical datasets and connect results to kinetic and mechanistic models.
Proficiency in analytical techniques such as GC, FTIR, and ICP-MS.
PhD in Chemistry (Physical, Analytical, or a related discipline) with at least 2 years of postdoctoral experience, or a minimum of 1 year in an industrial or startup environment.
Background in catalyst synthesis, characterization (e.g., BET, TGA, XRD), and testing in both flow and batch systems.

Benefits