Lead Pilot Plant Engineer

Sibelco Na•Red Hill, SC

43d•Onsite

About The Position

Lead Pilot Plant Engineer Location: SP Red Hill At Sibelco, we advance life through materials. For over 150 years, we've been a trusted leader in sourcing, transforming, and distributing specialty industrial minerals. Our work powers progress across industries as diverse as glass, ceramics, construction, coatings, polymers, and water purification. Beyond our materials, we're proud of our commitment to sustainability, innovation, and empowering people from all walks of life to thrive and make a meaningful impact. Are We the Perfect Match? At Sibelco, we believe building a successful career is a two-way journey. We're looking for individuals who share our values and vision, just as much as you're seeking a company that aligns with your aspirations. Together, we can shape the future. As a part of the T&I Team, the Lead Pilot Plant Engineer role will empower you in researching, developing and optimizing chemical and thermal processes to enhance Sibelco's product portfolio.

Requirements

A bachelor's degree in chemical engineering. A master's or a Ph.D. in Chemical Engineering or related field is preferred, but a lower degree with higher experience also will be looked at.
Demonstrated experience in chemical process development and optimization at the plant level (min. 3 years)
Familiarity with thermal processing methods and equipment.
A drive to explore and find new innovative engineering process techniques
Knowledge of process simulation software (e.g., Aspen Plus, COMSOL, COSMO-RS).
Strong analytical skills and ability to interpret complex data.
Excellent teamwork, communication, and presentation skills.
Safety-conscious with a commitment to adhering to regulations.
Passion for research and innovation in chemical engineering and materials processing.

Responsibilities

Research and Development: Conduct in-depth research on chemical and thermal processes for high purity quartz purification and production.
Engineering calculations from first principle for any processes that is being investigated
Process Optimization: Design, develop, and optimize chemical and thermal processes to achieve high purity levels while ensuring efficiency and cost effectiveness.
Experimental Testing: Conduct laboratory-scale experiments and pilot studies to validate process feasibility, performance, and scalability.
Data Analysis: Analyze experimental data, identify trends, and draw meaningful conclusions to guide process improvement efforts.
Process Simulation: Utilize process simulation software to model and simulate chemical reactions, heat transfer, and mass balance to optimize process parameters.
Safety and Compliance: Ensure all R D activities adhere to safety protocols, environmental regulations, and industry standards.
Collaborative Teamwork: Collaborate with cross-functional teams, including chemists, technicians, and scientists, to drive interdisciplinary research projects.
Equipment Evaluation: Evaluate and select appropriate equipment and technologies for chemical and thermal processing purposes.
Aid the pilot plant team in ordering and supervise the assembling of processing equipment
Technical Documentation: Prepare detailed reports, technical documents, and presentations to internally communicate research findings and progress.
Perform other duties as required.