Senior Process Engineer – Energy Transition & Industry Projects

Job Description

Inviting bright minds 

Are you looking to bring your expertise and enthusiasm into play in a global, high performing engineering team delivering a range of innovative projects? Do you want to push the boundaries of your profession and develop your excellence in an open, collaborative, and empowering culture? If this sounds like you, or you’re curious to learn more, then read on. This role could be the perfect opportunity to join our Energy Transition Group as our new team member and work with us to close the gap to a sustainable future. 
 
Your new team 

 As our new Senior Process Engineer, you will be part of the department in Sweden as well as a global organization extending to other geographies including Denmark, Norway, Germany, UK, Spain, USA and India. 

You will be a part of a global process & safety organization, which is a high performing multi-cultural team, including recent graduates as well as very experienced professionals. We work with an extensive portfolio of projects within the green energy transition, from hydrogen production (electrolysis, on/offshore), e-Methanol, e-LNG and ammonia synthesis to carbon capture, CO2 conditioning/transport/storage and decarbonization of industry. Furthermore, we work with natural gas terminals and pipelines, as well as decarbonization of existing oil and gas assets and heavy industry. 
 
We are a busy and dynamic team with a positive mindset always looking for the next challenge and business opportunities. We work both with early phase studies (Feasibility, Concept and FEED) as well as detailed design projects. 
 
Your key tasks and responsibilities 

• Responsibility for preparation of process related documentation for feasibility, concept and FEED studies as well as detailed design (either directly or via guidance of colleagues), including: 
• Process simulations, Heat & Material balance, Process and Utility Flow Diagrams (PFDs and UFDs) 
• Piping & Instrumentation diagrams (PIDs) 
• System descriptions (process and utility systems), process safety philosophies and design (e.g. over-pressure protection and vent/flare/disposal system design), 
• Participation in workshops as the responsible Process Engineer HAZID/HAZOP/LOPA. 
• Design calculations and specification of piping and process equipment (line lists, datasheets etc.) 
• Specialist studies to define feasible and suitable solutions or concepts for various process plants such as e.g. Technical Due Diligence, optimization and debottlenecking studies. 
• Take on the role as process discipline lead on selected projects responsible for the planning and execution incl. manhour/budget estimates, responsible for the quality and timeliness of process deliverables. 
• Participate in tendering, sales and market activities. 
• Participate in relevant development activities to further strengthen the capabilities and tools in the organization. 
• Assist in developing the knowledge and skills of the discipline assigned staff, including assisting in the training and technical development of young engineers. 
• Provide technical assistance to other disciplines as required. 

About you 
 
From the moment you start at Ramboll, we will support your personal and professional development so that you can continue to grow with the company. Whilst we look forward to supporting your continued learning and development, for this role we have identified some qualifications, skills, and capabilities that will set you up for success. These include: 

• Minimum B.Sc., preferably M.Sc. in Chemical Engineering or equivalent. 
• Minimum 8 years of relevant post-graduation experience from industry within Chemical/Process Engineering from engineering consulting services, e.g. from an asset owner/operator, EPC contractor or an OEM/supplier. 
• Experience with heat & mass balances and process modelling using chemical process simulation tools (HYSYS/Unisim/ProMax/DWSIM or similar). 
• Process design experience where you have been responsible for developing process design documents such as PFDs/UFDs, P&IDs, datasheets and equipment process specification, process design philosophies and descriptions. 
• In-depth knowledge of one or more of the following technologies is an advantage: methanol production form syngas or direct hydrogenation, methanation, ammonia synthesis, fuel production from biomass (pyrolysis, HtL, gasification etc.), Methane pyrolysis, Fischer-Tropsh synthesis, or similar/related technologies 
• Solid understanding of thermodynamics, heat transfer and fluid dynamics as well as sound engineering judgement. 
• You have a proactive attitude and take pride in delivering high quality work within time and bud