Monday 17th October 2022 - 1:00pm - 2:00pm
To avoid worsening impacts of climate change, the world needs to rapidly transition to low carbon design. In this webinar, case studies will be presented on the use of life cycle assessment by engineers, including carbon accounting, to inform design alternative reviews. The objective of presenting these case studies is to promote the benefits of LCA and educate engineers in the practice of carbon accounting.
Global Technology Leader - Wastewater Treatment, Jacobs
Tim Constantine is Jacobs’ Global Technology Leader for Wastewater Treatment. He has over 27 years of industry experience and has been involved in the design, optimisation, and assessment of over 250 facilities around the world. Tim’s expertise leads him to support projects worldwide, especially those that involve the application of leading-edge technologies and treatment strategies. He holds two US patents, both related to energy efficient biological nutrient removal processes.
Senior Associate – Decarbonisation, Advisian
Xavier is a highly skilled and specialised Study Manager and Engineer with 15+ years’ experience in complex engineering design, major project delivery and technology innovation, with deep experience in the energy and resource sectors, including hydrogen generation, de-carbonisation and clean technology.
His engagements span Tier 1 resource companies, professional services firms and technology development organisations, coupled with a PhD in CO2 capture and storage. He has experience in both client and consultant organisations across multiple engineering sectors, coupled with outstanding teamwork and communication skills, has led to successful stakeholder engagement and enabled the delivery of complex technical engagements across the energy and heavy engineering sectors.
Associate Consultant – Decarbonisation, Advisian
Maysar is a Principal Process Engineer responsible for assisting clients in understanding their energy transition journey and identifying opportunities related to energy transition and decarbonisation, particularly in the areas of CO2 abatement, H2 and sustainable and/or renewable fuels. She comes from a process engineering background with 20 years of experience in upstream and downstream oil and gas, syngas and petrochemicals.
Maysar’s experience varies from refinery operations and plant optimisation roles to significant process and plant design experience spanning all project phases, from feasibility studies and conceptual design to FEED and detailed design in petrochemical, refining, gas/condensate and syngas projects.
Maysar was a key contributor to the full value-chain lifecycle analysis study for a Tier 1 global LNG producer for their downstream suite of assets and products.
Managing Consultant –Decarbonisation, Advisian
Jessica has over 15 years of strategy development, project management and team leadership experience in the energy, mining and transport industries. With a process engineering background, she has substantial experience with multidisciplinary, geographically-dispersed teams and has engaged in all phases of project execution. Her experience is broad and includes chemical, hydrocarbons, mining and environmental industries including gold and iron ore mining, phosphate beneficiation, refinery expansion projects, onshore and offshore greenfield design and brownfield modifications.
Her expertise includes strategy development, stakeholder management and operations improvement. Jessica is also the decarbonisation focal point for the Asia Pacific Region. With a passion for helping customers continue their success through the global energy transition, Jessica connects people with projects, ideas with practical implementation and helps teams synthesise complex problems with clarity to support decision making.
Barrett Moulds (MC)
Principal Engineer, Water Treatment, Water Corporation of WA
Barrett is chair of the WA chapter of the Sustainable Engineering Society and is a registered environmental and chemical engineer with extensive experience in the water industry. He is passionate about delivering infrastructure that is compatible with the goals of ecological and environmental protection and restoration.