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Abstract SYMPHOS 2011

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Environment & sustainable development KN5<br />

Michael Zammit Cutajar<br />

Former Ambassador on Climate Change, Malta<br />

Sustainability will be a component of corporate competitiveness in this half-century – driven both by the perpetual<br />

search for resource efficiency and by rising expectations of environmental and social standards. The phosphate<br />

industry will need to pursue these general aims amidst growing global concern about feeding a “9-billion world”.<br />

In pursuing a strategy for sustainability to 2050, the phosphate industry and its main actors should:<br />

• promote sustainable use of fertilizers, notably in regions (e.g. Africa) where access to them is inadequate;<br />

• set verifiable benchmarks of environmental performance that should be integrated in measuring and<br />

rewarding corporate success;<br />

• invest in economic diversification and social development around operating hubs, as well as in national<br />

infrastructure that is supportive of production operations;<br />

• support research on new resources and processes, and engage in open dialogue with all stakeholders.<br />

18<br />

Dr Philippe A. Tanguy<br />

Total SA, Paris, FRANCE<br />

“PHOSPHATES IN SUSTAINABLE HUMAN DEVELOPMENT”<br />

CARBON AND WATER MANAGEMENT FOR INDUSTRIAL SUSTAINABILITY –<br />

EXAMPLES FROM THE OIL INDUSTRY<br />

Environment & sustainable development KN6<br />

The present energy system based on non-sustainable resources is reaching its limits. As the “business-as-usual’<br />

scenario will not be able to cope with the increased energy demand while addressing climate change issues,<br />

new scenarios must be deployed to reduce the environmental footprint of energy production and use. They rely<br />

mostly on a significant increase in energy efficiency, the development of renewable and new energy sources, and<br />

greenhouse gas mitigation measures, especially carbon capture and storage. The proposed scenarios, however, pay<br />

little attention to their underlying water requirements. Yet, the development of several “new” energies requires a<br />

large amount of water, which may jeopardize their industrial deployment at large scale. In a sustainable world, it is<br />

essential to establish sound management policies for the access and use of water. This brings a clear and important<br />

message to industry that it is of paramount importance to develop and implement water use improved practices<br />

and find alternative water sources, especially in countries where the supply of water is already constrained. Process<br />

engineering innovations will be needed to establish solutions that are sustainable on the long term.

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