By Peter J. Cook
Carbon seize and geological garage (CCS) is shortly the one method that we will be able to make deep cuts in emissions from fossil fuel-based, large-scale assets of CO2 resembling energy stations and commercial crops. but when this know-how is to be applicable to the neighborhood, it really is crucial that it truly is credibly proven through world-class scientists and engineers in an open and obvious demeanour at a commercially major scale. the purpose of the Otway undertaking was once to do exactly this.Geologically Storing Carbon presents a close account of the CO2CRC Otway venture, probably the most finished demonstrations of the deep geological garage or geosequestration of carbon dioxide undertaken wherever. This booklet of 18 accomplished chapters written through top specialists within the box is worried with amazing technology, however it is not only a set of clinical papers – it's approximately 'learning through doing'. for instance, it explains how the venture was once organised, controlled, funded and built, in addition to the method taken to neighborhood matters, laws and approvals. It additionally describes how you can comprehend the positioning: Are the rocks automatically compatible? Will the CO2 leak? Is there sufficient garage capability? Is tracking potent? this is often the publication for geologists, engineers, regulators, venture builders, undefined, groups or someone who desires to greater know the way a carbon garage undertaking particularly 'works'. it's also for individuals focused on acquiring an in-depth appreciation of 1 of the foremost expertise techniques for lowering greenhouse emissions to the ambience.
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Additional info for Geologically Storing Carbon : Learning from the Otway Project Experience
Establish injection and migration models and uncertainties 1A 2. Environmental impacts within SEPP bounds 3. Injection/migration within model prediction bounds 2 4. Verified stable plume within model prediction bounds a. Measurements show no evidence of CO2 beyond secondary containment in Naylor-1 b. Air samples collected over deep water wells show no evidence of injected CO2 c. Air samples collected over Naylor-1 (over a few days) show no evidence of injected CO2 5. Appropriate decommissioning certificate from authorities a.
Assuming Stage 2C goes ahead, then there will be further savings of $6 million on CO2 costs. Therefore Otway acquired a very significant asset of long-term research significance, through the original purchase of the Buttress Field. One of the costs for which provision were made by CO2CRC, but which do not show in the figures provided here, was the cost of abandonment and remediation of the site. When Stage 1A was first mooted, provision was made for this, and was initially set at $900,000. 2 million.
Taking all this into account, a more realistic figure for the cost of Otway Stage 2 science was of the order of $20 million, bringing the total cost of the complete Otway Project Stage 1 to in excess of $40 million. e. more accurate, than for Stage 1? One of the consequences of a change of government in 2007 was that it introduced a significant element of uncertainty into the CRC Programme, which was not finally resolved until late 2009, when it was agreed to fund a new phase of CO2CRC for the period of 2010–15.