Remote Chemical Process Optimization Engineer

Placements24; Stellenbosch; Hybrid; ZAR 900,000 - 1,300,000; Full time

Benefits offered by this job

Fully remote work

Flexible hours

Global health insurance

Home office allowance

Professional development

Job summary

Placements24 is seeking a Remote Chemical Process Optimization Engineer to drive efficiency across global chemical operations. In this fully remote role, you will analyze data, build optimization models, and implement advanced control strategies from your home office.

You will collaborate with site engineers and managers worldwide, conduct techno-economic assessments, and document optimized processes to deliver measurable improvements in performance and sustainability.

Qualifications

• Master's or PhD in Chemical Engineering or a related field.
• 6+ years of experience in chemical process optimization and advanced control.
• Expertise in process simulation, data analysis, and statistical modeling software.
• Strong understanding of chemical engineering principles and plant operations.
• Proven ability to work independently and lead projects remotely.
• Excellent communication and stakeholder management skills.

Responsibilities

• Analyze complex process data to identify optimization opportunities.
• Develop and implement advanced process control strategies and optimization models.
• Utilize process simulation software to model scenarios and predict performance improvements.
• Collaborate with site engineers and plant managers remotely to implement optimization initiatives.
• Conduct techno-economic assessments for proposed process changes and upgrades.
• Develop and maintain documentation for optimized processes and control strategies.

Skills

Process optimization

Advanced process control

Data analysis

Process simulation

Stakeholder management

Remote work leadership

Education

Master's/PhD in Chemical Engineering

Tools

Process simulation software

Statistical modeling software

Job description

About the Role

Our client is looking for an accomplished Remote Chemical Process Optimization Engineer to enhance the efficiency and effectiveness of their global chemical processes. In this fully remote role, you will leverage advanced analytical techniques, data modeling, and simulation tools to identify bottlenecks, reduce waste, and improve overall process performance. You will work with teams across various locations, providing expert guidance and implementing best practices in process optimization. This is a unique opportunity to drive significant improvements in operational efficiency and sustainability from the convenience of your home office, influencing critical aspects of our client's chemical manufacturing footprint worldwide.

Key Responsibilities

• Analyze complex process data to identify opportunities for optimization and efficiency improvements.


• Develop and implement advanced process control strategies and optimization models.


• Utilize process simulation software to model scenarios and predict performance improvements.


• Collaborate with site engineers and plant managers remotely to implement optimization initiatives.


• Conduct techno-economic assessments for proposed process changes and upgrades.


• Develop and maintain documentation for optimized processes and control strategies.

Requirements

• Master's or PhD in Chemical Engineering or a related field.


• Minimum of 6 years of experience in chemical process optimization and advanced control.


• Expertise in process simulation, data analysis, and statistical modeling software.


• Strong understanding of chemical engineering principles and plant operations.


• Proven ability to work independently and lead projects remotely.


• Excellent communication and stakeholder management skills.

Benefits

• Highly competitive salary and performance-based incentives.


• Fully remote work arrangement with flexible hours.


• Global health insurance and comprehensive benefits package.


• Generous allowance for home office setup and professional development.


• Opportunity to significantly impact global operational efficiency.