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Never before has the quest to balance the needs of people, the environment, and the economy been so important. While sustainability has. The Environmental and Economic Sustainability of Carbon. Capture and Storage. Paul E. Hardisty 1,2,*, Mayuran Sivapalan 3 and Peter. Available in the National Library of Australia collection. Author: Hardisty, Paul E; Format: Book; xxi, p.: ill. ; 25 cm.

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What has been lacking, so far, is the political, social, and economic will to deploy these existing technologies at scale.

Fuel gas savings are the most significant sustaiability to the positive economics of Case 8, far exceeding the financial costs of achieving them. A permitted and available geo-sequestration site was assumed to exist approximately km from the power station.

Paul E Hardisty

Applications to Watershed Management. Implications For this facility, the analysis reveals that the environmentally, socially and economically optimum approach would be to implement Case 8 best-in-class energy efficiency design across the facility and Case 1 CCS of CO 2 contained in the reservoir gaseither alone or in combination. Maximum injection is planned for 20 Mt, with 8 Mt injected to date.

The Bookshelf application e.hardishy access: Associated benefits from GHG reductions are also significant. The Physical Science Basis. If a decision is favourable or economic over a wide range of parameter inputs, compared to other possible decisions, then despite the overall uncertainty in the actual dollar figures, the decision can be identified as superior among its competitors.

See what’s been added to the collection in the current 1 2 3 4 5 6 weeks months years. We provide a free online form to document your learning and a certificate for your records. Environmental and Ecological Risk Assessment. Safe long-term geological sequestration requires detailed understanding of reservoir characteristics and appropriate long term institutional controls and monitoring.

Case 1 is also economic under a wide range of possible future conditions, mostly driven by the GHG reductions achieved by this option compared to the reference case. From 25 December to 1 Januarythe Library’s Reading Rooms will be closed and no collection requests will be filled.

Only if the social cost of carbon is sufficiently reflected in an effective price for carbon, and if it rises significantly over time, will the operator, in this example, be able to justify deploying CCS.


Thousands of kilometres of CO 2 pipeline systems have been laid and operated, much of abd associated with dedicated enhanced oil recovery operations. To date, it has been in the petroleum industry that much of this full-scale operational application of CCS has occurred: It is the cheapest way to reduce GHG emissions.

However, until an effective price on carbon exists, operators have no financial incentive to deploy CCS. In addition, there is also a range of potential external costs associated with deep geological disposal of CO 2.

Case 1 achieves carbon reduction benefits with greater value than the financial costs of achieving them.

The Environmental and Economic Sustainability of Carbon Capture and Storage

By the end of the century, Australian GNP sustwinability higher than it would have been without mitigation. The monoethanolamine system puts a significant additional energy demand on the plant.

Surplus power generation, exporting to grid, and. It should be stressed that the costs included econkmic the CCS Cases 1—7 are for capture only—and do not include any of the sometimes significant costs for CO 2 transport and disposal.

The main benefit of employing CCS is to create and environmental and social benefit associated with reducing carbon emissions to the atmosphere. In particular, our ability to retrofit existing coal-fired power plants, and to retro-fit other types of high-emission facilities with post-combustion capture, will be essential if we are to meet desired atmospheric stabilisation targets.

Can I get a copy? The ranges of values for key parameters for this assessment are presented in Table 6. Greenhouse Gasesand Climate Change. Associated benefits from the elimination of other types of air-emissions that would occur as part of GHG reductions lower emissions of particulates, soot, NOx and SOx from power plants, for instanceand the value of benefits of biodiversity and ecosystem protection, for instance, are rarely considered, but could be significant.

Where an option shows positive NPV, it performs that much better than the reference case, over the year life cycle. On this basis, there is now significant agreement among policymakers in many countries that carbon capture and geo-sequestration CCS has a vital role to play in the overall efforts to reduce GHG emissions worldwide.

New search User lists Site feedback Ask a librarian Help. The results cover the full economic analysis inclusive of financial and social costs and benefits, and with transfer payments removed.

National Library of Australia. A wide variety of capture technologies are available, with widely differing capital costs, operational costs, energy requirements, and performance. In this analysis, seven CCS cases were examined and compared in terms of effectiveness and cost, and put into a larger context by including four other ways of reducing GHG emissions from the facility.


The Environmental and Economic Sustainability of Carbon Capture and Storage

Option 1 Option 2 Least-preferred scenario Preferred scenario 71 To learn more about how to request items watch this short online video. Globally, sustaonability are 62 active or planned commercial scale integrated CCS projects, comprising capture, transport and sequestration elements, sequestering over 1 Mtpa CO 2 [ 11 ]. Table 3 exhibits one of the ironies of CCS in this application: External Costs and Benefits This analysis, for a environmenta, facility, using technology available now, shows that under present policy positions, retrofitting existing coal-fired power stations is a not financially viable proposition for operators.

Pipeline is the established method for moving large volumes of CO 2 over long distances. The geo-sequestration element of CCS is the least well-developed of the three components, but nevertheless the e.harcisty and waste management industries have decades of experience in injecting fluids of all types into geological formations for long-term storage. By varying key input parameters over a wide but reasonable range, the implications of a range of possible futures can be examined.

Carbon sequestration also carries with it significant long-term cost and legislative and environmental risks which would also have to be factored into a complete analysis. This in effect provides a database of every possible NPV result for each case, in which each result is considered to be equi-probable.

A much more advantageous approach for this operator in the near term would be to examine other alternatives to removing carbon emissions from its overall portfolio, where this can be achieved at lower cost. Based on more than fifteen years of research and practice, Environmental and Economic Sustainability introduces the environmental and economic sustainability assessment EESAa new way to make decisions that meets the challenges of the 21 st century. Action has been slow and insufficient because we do not want to pay the price of action.