Job description
Lead process engineering activities for feasibility studies, FEED and detailed design phases of SAF and renewable fuel projects. Develop high-quality process design packages, including Process Flow Diagrams (PFDs), Piping & Instrumentation Diagrams (P&IDs), heat and material balances, utility summaries, and equipment datasheets. Define design basis, process integration, process guarantees and project technical requirements. Support Project Manager to manage project development, engineering, construction and operation for process technology related work Ensure engineering deliverables meet process objectives.
Responsibilities
- Lead process engineering activities for feasibility studies, conceptual design, Front-End Engineering Design (FEED), and detailed engineering phases of Sustainable Aviation Fuel (SAF) and renewable fuels projects.
- Establish project process design philosophies, design basis, process guarantees requirement, and technical specifications to ensure alignment with business, operational, and regulatory requirements.
- Develop, review, and approve key process engineering deliverables including Process Flow Diagrams (PFDs), Piping & Instrumentation Diagrams (P&IDs), heat and material balances, utility consumption summaries, equipment datasheets, process descriptions, and control philosophies.
- Lead team to perform process simulations, design calculations, and technical evaluations to validate design assumptions and optimize overall plant performance.
- Integration of multiple sub-processes into an optimized system
- Continuous improvement of process designs to incorporate operational reliability, maintainability, energy efficiency, safety, and sustainability considerations.
- Provide quality input to other disciplines for project economics and cost evaluation
Engineering Management & Technical Coordination
- Support the Project Manager in managing external technical consultants, engineering contractors, technology licensors, and EPC contractors throughout project development and execution phases.
- Act as the primary process engineering focal point between internal stakeholders, external engineering partners, licensors, and equipment suppliers.
- Coordinate multidisciplinary engineering activities to ensure process requirements are effectively integrated into mechanical, piping, instrumentation, electrical, civil, and plant utility designs.
- Review engineering deliverables and provide timely technical direction to ensure compliance with project objectives, technical requirements, budgets, and schedules.
- Participate in technical bid evaluations, vendor assessments, and equipment selection processes.
Technical Governance & Quality Assurance
- Ensure all process engineering deliverables meet project objectives, process performance requirements, safety standards, applicable codes, and company engineering standards.
- Lead technical design reviews, value engineering workshops, constructability assessments, operability reviews, and risk-based design evaluations.
- Identify technical risks and design gaps, develop mitigation measures, and manage process-related change requests throughout project execution.
- Support development and implementation of process design packages, engineering standards, design guidelines, and best practices for project delivery.
Process Safety & Risk Management
- Lead and participate in process safety studies including HAZOP, LOPA, process hazard analysis, and Management of Change (MOC) activities.
- Ensure designs comply with environmental, health, safety, and regulatory requirements while promoting inherently safer design principles.
- Support development of operating procedures, commissioning plans, and startup strategies to ensure safe and efficient plant operations.
Commissioning & Startup Support
- Provide on-site process engineering support during construction, pre-commissioning, commissioning, startup, and performance test phases.
- Resolve process-related technical issues during project execution and startup activities.
- Verify achievement of process guarantees, design capacities, and performance targets during plant commissioning and initial operations.
- Capture lessons learned and drive continuous improvement for future project developments.
Qualifications
- Bachelor's degree in Chemical Engineering, Process Engineering, or related field. Master's degree preferred.
- 10+ years of experience in process engineering, preferably in the chemical or petrochemical industry with a focus on sustainable production practices.
- Minimum 5 years of experience as process expert supporting FEED, EPC, or major capital project development.
- Experienced user of process simulation tools (such as Aspen HYSYS, Aspen Plus, PetroSim etc.), optimisation and statistical analysis tools.
- Experienced working with process licensors and technology providers.
- Experienced with process safety management systems, hazard analysis, and risk assessment methodologies.
- Proven track record of leading projects or process engineering workstreams, including implementation of process improvements and achieving measurable results in a manufacturing environment.
- Excellent communication skills, both verbal and written, with the ability to collaborate effectively with cross-functional teams and stakeholders.
- Familiarity with relevant industry standards, regulations, and best practices related to sustainable production processes and environmental sustainability.
- Ability to work independently, prioritize tasks, and adapt to changing priorities in a fast-paced environment.
- Fluent in Chinese and business level in English.
- Strong stakeholder management and influencing skills.
About this role
About EcoCeres
Company Overview
EcoCeres Limited, a privately held company backed by Bain Capital, Kerogen Capital, and Hong Kong and China Gas Company (Towngas)
HeadquartersHong Kong, Hong Kong
Founded2008
SizeApproximately 500–1,000 employees (source: linkedin.com)
What They Do
EcoCeres is a global leader in the innovation and commercialization of renewable fuels and green molecules derived exclusively from waste-based biomass feedstocks (source: ecoceres.com). The company specializes in producing sustainable aviation fuel (SAF) and hydrotreated vegetable oil (HVO), alongside renewable naphtha and cellulosic ethanol, using proprietary technology that converts used cooking oil and agricultural waste into drop-in substitutes for fossil fuels (source: ifc.org). Their SAF is fully traceable and ISCC-certified, delivering up to a 90% reduction in lifecycle greenhouse gas emissions compared to conventional jet fuel, positioning EcoCeres as a key player in decarbonizing hard-to-abate sectors such as aviation and road transport (source: about.hsbc.com.hk). The company’s proprietary feedstock-to-fuel process enables production across multiple fuel types rather than focusing on a single product, supporting global energy resilience through industrial-scale production from 100% waste-based feedstocks (source: ecoceres.com).
Projects & Track Record
EcoCeres operates industrial biofuel production facilities in Hong Kong, China, and Malaysia, including a notable plant in Jiangsu and a biofuel production hub under construction in Pasir Gudang, Johor, designed to produce SAF, HVO, and bio-naphtha at scale (source: ifc.org). A landmark commercial project is the November 2024 partnership with HSBC and Cathay Pacific, where HSBC Hong Kong purchased approximately 3,400 metric tonnes of SAF for Cathay Pacific flights departing Hong Kong International Airport, supporting the local SAF ecosystem with fuel made from used cooking oil (source: about.hsbc.com.hk). The company has also forged strategic collaborations with British Airways to extend SAF supply, partnered with Viva Energy to accelerate SAF adoption in Australia, and worked with SF Group and China National Aviation Fuel to advance low-carbon air cargo in China (source: ecoceres.com). In 2026, EcoCeres expanded into low-carbon backup power for data centers through collaborations with Chindata and Bridge Data Centres, completing the first HVO-powered backup fuel pilot in the Asia Pacific region (source: ecoceres.com). The company’s ambitious regional growth includes a proposed HK$10 billion investment in a SAF plant in Dongguan, signaling a multi-year buildout across the Greater Bay Area (source: scmp.com).
Recent Developments
In August 2025, EcoCeres published its sustainability report along with a greenhouse gas accounting and audit report for 2025, underscoring its commitment to transparency and emissions reduction tracking (source: ecoceres.com). The following month, the company publicly supported Hong Kong’s vision to develop a sustainable aviation fuel industry chain in the Greater Bay Area, describing itself as a Hong Kong-based climate tech unicorn with proprietary technology converting agricultural waste into advanced biofuels achieving up to 90% lifecycle emissions reductions (source: ecoceres.com). Throughout 2026, EcoCeres announced multiple commercial partnerships and market expansion initiatives, including showcasing at Beijing China TransPo 2026, collaborations with SF Group and China National Aviation Fuel, and extending SAF supply agreements with British Airways and Viva Energy (source: ecoceres.com). Additionally, the company was recognized as the "Best Company to Work for in Asia" in May 2026, reflecting its growing reputation and workplace culture (source: ecoceres.com).
Working There
EcoCeres employs approximately 500 to 1,000 people globally, with roles spanning production, engineering, commercial, supply chain, sustainability reporting, audit, business development, partnership management, communications, and market development (source: linkedin.com). The company’s operations and hiring activities are concentrated in Hong Kong, mainland China, and Malaysia, with business development and partnership roles primarily based in Hong Kong, while plant operations and production work are centered in China and Southeast Asia (source: ifc.org). EcoCeres is distinguished from conventional fuel traders or utilities companies by its focus on waste-to-fuels biorefinery technology, emphasizing proprietary conversion processes and industrial-scale production of SAF, HVO, and related green molecules, supported by international commercial partnerships and a strong employer brand (source: ecoceres.com).
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