Senior Process Engineer

Who we are:

Proton Ventures delivers innovative green engineering and turnkey solutions for world-scale storage terminals, ammonia production units, and other process applications. We develop green projects and infrastructure supporting the transition to an emission-free ammonia and hydrogen industry. From concept to operational facilities, Proton Ventures offers consultancy support, project development management, feasibility study, and FEED study engineering services, up to and including the actual EPC works. All this relies on strong and lasting relationships with all stakeholders in the field of (green) ammonia. Our success is based on the teamwork and collaboration of everyone involved.

Let’s work together towards a decarbonized energy and chemical world!

What we offer you:

As an independent company within the Koolen Industries Group, Proton Ventures offers an environment in which you and your colleagues work towards shared goals. Our employees are valued as individuals and team players, with technology driving results that are created for, by, and with people. As colleagues, we are committed to collaborate and show mutual support. We take shared responsibility at every level to ensure the success of our company.

Proton Ventures offers you the opportunity to grow, evolve, and collaborate in advancing the sustainability of our industries.

Job summery:

Process Design and Engineering

• Lead development of Process Flow Diagrams (PFDs) and Piping and Instrumentation Diagrams (P&IDs): Develop PFDs and P&IDs to define process flow and equipment layout based on client specifications and industry standards.
• Process Simulation and Modeling: Use simulation software (such as Aspen) to create models that predict process performance, optimize designs, and assess feasibility under various conditions.
• Specification of Equipment and Materials: Determine specifications for critical equipment, including reactors, heat exchangers, pumps, and separators, ensuring they meet both technical requirements and cost considerations.

Technical Evaluation and Feasibility Studies

• Conducting Feasibility Studies: Assess client project feasibility by analyzing factors like cost, safety, environmental impact, and regulatory compliance. This includes evaluating the technical and economic viability of proposed process designs.
• Design Optimization: Work to enhance existing designs or suggest alternative solutions that improve efficiency, reduce costs, or address client requirements more effectively.
• Risk Assessment and Safety Analysis: Perform HAZOP, FMEA, and other risk assessment studies to ensure design safety and identify potential hazards early in the design phase.
• Project Planning and Scheduling: Provide input to project plans & set timelines, and execute and often coordinate engineering resources to ensure project milestones are met on time and within budget.
• Interfacing with Clients: Communicate regularly with clients to gather requirements, provide updates, and ensure that designs align with their expectations. This includes managing client feedback and addressing design modifications.
• Coordination with Cross-Functional Teams: Collaborate with disciplines like mechanical, electrical, and structural engineering, as well as procurement and construction, to integrate all elements of the design seamlessly.

Client-Specific Customization and Compliance

• Customizing Solutions: Tailor design solutions to meet specific client needs, which may involve adapting industry-standard designs or creating innovative approaches for unique challenges.
• Regulatory Compliance: Ensure all designs adhere to relevant regulatory standards, such as ASME, API, OSHA, or industry-specific guidelines, particularly in industries like oil and gas, and chemicals (Ammonia).

Continuous Improvement and Innovation

• Researching New Technologies: Stay updated on the latest technologies, materials, and methodologies that could benefit client projects, such as new catalysts, advanced automation tools, or improved materials.
• Process Innovation: Identify and propose innovative solutions that offer cost savings, reduce environmental impact, or enhance the safety and efficiency of process designs.
• Benchmarking and Best Practices: Leverage industry best practices and benchmarks to ensure designs are competitive and meet the highest standards of efficiency and quality.

Detailed Engineering and Design Specifications

• Developing Detailed Design Documents: Create comprehensive engineering documents such as equipment lists, line lists, control philosophy, and operating manuals for use in both construction and operations phases.
• Material and Energy Balances: Conduct detailed material and energy balances to confirm design efficiency and ensure optimal resource use, providing accurate input to downstream engineering functions.
• Equipment and Instrumentation Specifications: Generate technical specifications for equipment and instrumentation, ensuring that all aspects are compatible with the overall process design and client needs.

Quality Assurance and Validation

• Design Review and Validation: Conduct design reviews to verify the integrity, feasibility, and accuracy of designs before finalization. This may involve peer reviews, client feedback sessions, and internal audits.
• Testing and Validation Protocols: Develop and oversee testing protocols to validate that designs will perform as expected in real-world conditions, including performance testing, stress testing, and simulation validation.
• Documentation for Quality Compliance: Maintain detailed records and documentation to ensure that designs meet internal quality standards and any relevant industry certifications.

Team Leadership and Mentorship

• Mentoring Junior Engineers: Provide guidance, support, and mentorship to junior engineers, helping them develop skills in process design, simulation, and client management.
• Technical Leadership: Act as the technical lead on projects from time to time, offering direction to cross-disciplinary teams and ensuring that all team members are aligned with project objectives and client requirements.
• Knowledge Sharing and Training: Organize training sessions or knowledge-sharing meetings to improve team skills in process design, compliance, or the use of specialized engineering software.
• Stakeholder Communication and Reporting
• Presenting to Clients and Stakeholders: Prepare and present technical designs, project updates, and feasibility findings to clients and stakeholders, explaining complex engineering concepts in clear, accessible terms.
• Reporting on Project Milestones: Track project progress and prepare regular reports on milestones, deliverables, and any issues or changes in scope that might affect project outcomes.
• Vendor and Supplier Interaction: Engage with vendors to assess potential equipment or material suppliers, comparing costs and specifications to find the best fit for the project requirements.

Documentation and Record-Keeping

• Maintaining Comprehensive Design Records: Ensure all design documentation, calculations, and assumptions are meticulously recorded to maintain a clear project history for future reference.
• Updating Standards and Procedures: Help in updating internal design standards and procedures based on lessons learned from projects, regulatory changes, or advancements in technology.
• Client Handover Documentation: Prepare detailed handover documentation that includes all design documents, operating procedures, and safety protocols for the client’s use during commissioning and operation.

Qualifications:

• BSc/MSc. degree in Chemical or Process Engineering
• Minimum 10 years total Engineering Design and/or Operations,
• Engineering design is a must,
• Ammonia production & storage experience is preferred
• Commissioning and start-up of industrial facilities is preferred
• Fluent in English

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