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Profiles

Tim Graham

Tim Graham

Business Analyst

Climateworks Centre

Tim Graham joined Climateworks with an immediate focus on the SEAFOAM project. His work in this capacity concentrated on shipping and offshore energy sectors, geospatial analysis and production of maps, and the development of methodology for quantification of offshore emissions mitigation in Indonesia. More recently, he moved to the Research Analysis and Modelling team, where he delivers research, analysis, scenario development and modeling, including an AusTIMES core scenarios update. He is also authoring a report on core scenario modeling methodology and assumptions. He holds a Master of Engineering degree from Newcastle University, United Kingdom.

The project found offshore wind is the most economically and commercially deployable for Indonesia, with minimal environmental impact. Photo credit: iStock/Ian Dyball. , This map shows that while only a small portion of seagrass locations have been verified, they could, in fact, be extensive. (Climateworks Centre) , High speed wind turbines require wind speeds of 7-8.05 m/s, while low speed wind turbines require wind speeds of 2-6 m/s. (Climateworks Centre) , Of the 10 most used ferry routes in Indonesia (which carried 74% of all ferry passengers in 2021) eight are suitable for electrification. Infographic: Courtesy of Climateworks Centre.
Article

Indonesia Can Lead the Way on Ocean-Based Climate Action

Protecting and strengthening blue carbon ecosystems, developing offshore renewable energy, and decarbonizing domestic shipping all have potential to significantly reduce emissions.