Andrew Grainger Email & Phone Number

Grangemouth, Scotland, United Kingdom

Fife, Scotland, United Kingdom

Responsible for management of multi-million pound projects to reduce emissions from the site. Projects are required to meet new environmental legislation. Responsible for development of concepts as part of site de-carbonisation road map.

Fife, Scotland, United Kingdom

Lead engineer responsible for development of a multi million pound project to upgrade site fired heaters to ensure compliance with future environmental legislation on NOx emissions and external regulator expectations for process risk reduction during furnace start up.

Fife, Scotland, United Kingdom

Responsible for site fired heater technology evaluation and implementation, process technical support for fired heater and feed CO2 removal unit and development of projects to meet site business needs and regulatory requirements.• Development of a fired heater safety improvement project. Project reduced risk during transient operations and emergency shutdown scenarios.• Development of projects to mitigate process safety risk due to brittle fracture and reduction of benzene exposure to site personnel.• Led evaluation / implementation of new fired heater technology on site. • Responsible for defining the site fired heater major maintenance program. • Responsible for optimisation of fired heater block / feed CO2 removal unit to meet site production needs, maximise product value and minimise energy consumption.• Leader of multi-disciplinary fired heater reliability improvement team. Guided the team to identify reliability vulnerabilities / obsolescence issues and drive improvements.• Appraise / select study to increase capacity of the site feed CO2 removal unit.• Design follow up engineer on a major project to increase capacity of the site feed CO2 removal unit.• Qualified HAZOP leader. • Technical mentor for graduates. Coached graduates working towards IChemE accreditation.

Grangemouth, Scotland, United Kingdom

As for Hotside Operations Engineer role below at BP but transferred to Ineos as part of Ineos's purchase of BP Chemicals

Grangemouth, Scotland, United Kingdom

Engineer responsible for operation of feed storage/CO2 removal systems, fired heaters, steam raising equipment, cracked gas compression, quench system and caustic system. · Troubleshooting & providing direction to the shift teams on a daily basis to safely maximise value from the asset. · Writing and commissioning plant modifications to improve plant HSE performance and reliability.· Key role in the planning and execution of the major statutory turnaround. Lead engineer in the boiler/fired heater area. Provided commissioning support for major projects.· A major contributor to the site critical projects to install feed flexibility modifications. Led the commissioning of the modifications, allowing the plant to use cheaper feedstocks, reduce site flaring and maximise profit.· Key contributor to the G4 fired heater remediation project. Led the training of the shift teams and commissioning of the modifications which significantly improved fired heater operation and availability. · Technical support to incident investigation teams to identify root causes and implement corrective actions.

Grangemouth, Scotland, United Kingdom

Engineer responsible for dehydration, refrigeration systems, distillation section, hydrogenation reactors and propylene fractionation area. · Troubleshooting & providing direction to the shift teams on a daily basis to safely maximise value from the asset. · Led resolution of operational difficulties.· Leading role in the development of projects.· Pre-commissioning & commissioning support for plant major expansion.· Site representative on multi company safer ethylene group, promoting the sharing of ethylene plant HSE best practices and learnings throughout the organisation.

Grangemouth, Scotland, United Kingdom

Provided plant and capital project support. The role gave an opportunity to develop various skills including plant commissioning, process modelling and economic analysis of projects. · Lead engineer for development of a $1.5 million fired heater technology project. · Lead engineer for a project to evaluate increasing the site propylene purification capacity.· Member of a team to select new internals for a quench tower.