Lead Operator

At Air Products, we reimagine what’s possible. By tapping into the motivation of our people and our collective experience, we create the ideas and innovations that drive us forward. When we come together – where every voice is heard and everyone knows they belong and matter – we create solutions that launch people into space, support lifesaving care in hospitals, and enable the construction of groundbreaking, world scale production facilities. Reimagine What’s Possible  ABOUT THE COMPANY: BHIG—Blue Hydrogen Industrial Gases is a regional development and investment joint venture (JV) between Saudi Aramco and Air Products Qudra “APQ”. Our company benefits from the combined strengths of two leading entities. BHIG is positioned to drive industrial innovation and operational excellence across Saudi Arabia and the region. BHIG focuses on supporting clean energy goals through low-carbon hydrogen production. Reimagine What’s Possible The HYCO Lead Operator, reporting to the HYCO Shift Supervisor, is accountable for the day-to-day DCS & Field Operation of HYCO facility, ensuring the production requirements set by the customer are achieved. HYCO Lead Operator is responsible for the safe, efficient and stable operation of the entire Hydrogen Manufacturing Unit from a centralized control room using DCS. This includes monitoring, controlling and optimizing to meet production targets, quality specifications and environmental regulations. This includes actively supporting plant performance, process optimization and production stability while maintaining strong focus on safety & compliance. The HYCO Lead Operator will execute daily tasks which include preparing and implementing safety work permits, LOTO, completing operations preventative maintenance activities, and assist the maintenance and engineering teams in preparing and executing corrective maintenance activities. Lead operator will handle the Shift lead responsibility in absence of Shift supervisor ensuring the business continuity. PRINCIPAL ACCOUNTABILITIES: Safety, Health & Environment - Maintain a safe & stable environment. Demonstrate leadership with all Company & Industry safe work processes to prevent all injuries. Ensure proper documentation is maintained for safety related activities. - Enforce and adhere to all Safe Work Permits and Lock-out Tag-out and management of change procedures. - Be the first line of response for process emergencies. Execute emergency operating procedures, initiate plant trips if necessary and direct field operators. - Monitor status of Safety Instrumented System (SIS) and Fire & Gas Systems. Understand the cause & effect chart for all safety interlocks. - Ensure all plant emissions (from reformer stack, vent streams) comply with environmental permits. Properly manage waste streams. - Ensure the safety of all operations personnel by utilizing the BHIG Basic Safety Practice program Technical & Operations- Operate the Steam Methane Reformer based hydrogen plant with CO2 Removal section & CO2 compression, PSA with Tail Gas compression, Membrane Unit and related utilities as prescribed by the Work Instruction Procedures - Operate the pipeline network to supply Hydrogen, steam and CO2 to customers’ pipelines safely and efficiently. - Report production progress and plant status to the Shift Supervisor and suggest solutions for any shortfalls. Manage plant production efficiently based on input provided by Plant Management to ensure safety and reliability targets are met to achieve maximum profitability. - Ensure BHIG standards, and global best practices for EH&S, productivity, reliability, quality, and overall customer services are met. - Meet the customer’s requirements regarding safety, reliability, product quality, and flexibility regarding product supply. Maintain customer communications and relationships at the ‘board’ level, ensuring customer demand rates are satisfied while maximizing the efficiency and profitability of the facility. - Follow the Site Work Instruction Manuals for production & supply of Product H2, CO2 & Steam along with other operating and maintenance procedures and checklists to meet the customer’s satisfaction with safety, reliability, product quality, and flexibility of product supply while compliance with requirements. - Maintain a relationship with the customer’s counterparts from other Refinery Units where from BHIG either receiving Feedstock, Utilities & Power or supplying Hydrogen and Steam to different Refinery Units on a regular basis through Refinery Shift Superintendent to ensure alignment of expectations for BHIG and the customers current and future product demand. - Constantly monitor all process variables (flows, temperatures, pressures, levels, analytical values) via DCS to ensure they are within defined operating limits. - Manipulate control loops, setpoints and cascades to maintain sable operations of all integrated units. - Use historical data and trends to predict equipment performance

Operate and supervise the HYCO (Hydrogen) plant from the DCS and field, ensuring production targets, safety, and environmental compliance. Prepare and implement safety work permits, LOTO, and preventive maintenance; assist maintenance/engineering with corrective actions. Maintain shift leadership in the absence of the Shift Supervisor. Ensure safe, stable operation of the Steam Methane Reformer-based hydrogen plant with CO2 removal, CO2 compression, PSA with Tail Gas compression, Membrane Unit, and related utilities. Manage pipeline networks to supply H2, steam, and CO2 to customers safely and efficiently. Report production progress to the Shift Supervisor, optimize plant performance, and ensure safety, reliability, quality, and customer satisfaction. Adhere to BHIG standards and best practices for EH&S, productivity, reliability, and service. Maintain customer relationships at a strategic level to meet demand while maximizing efficiency and profitability. Follow Site Work Instruction Manuals for production and supply, ensuring compliance with safety and operational procedures. Monitor process variables via DCS, adjust control loops/setpoints, and use historical data to predict equipment performance.