Overview
ABSTRACT
Coal was the spearhead of the industrial revolution in Western countries. Then it was adopted by all emerging countries which found there a large and inexpensive energy a fast and efficient way to satisfy their new electrification needs. At the same time, industry, especially steel and metallurgy, highly supported the consumption of coking coals and injection to produce iron and steel. Nevertheless, the environmental impact of solid fuel consumption, which has risen steadily since the end of the Second World War and which is sometimes unbridled, makes the coal sector guilty, in view of the potential damage to the climate.This article underlines some fundamentals related to the preparation, handling and use of coal.
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Alain DELOYE: Technical Manager - Bulk Testing International – Rouen
INTRODUCTION
Coal remains the world's most widely used fossil fuel in 2017. However, its use varies greatly from one geographical region to another, as do the social and economic contexts of the world's countries.
The ease with which it can be extracted and the widespread availability of technologies for using the fuel have boosted its popularity on the Asian, South American and African continents, while its use is gradually declining in Europe and stagnating on the North American continent.
For a variety of reasons (ecological, environmental, geographical, political), its use will remain more or less accepted in consumer countries, depending on local needs in terms of economics, energy requirements and access to new technologies.
Over the next few years, practical aspects and environmental impacts will evolve considerably around the notion of clean coal. Research into and development of new coal utilization techniques, new combustion techniques (chemical loop, gasification), as well as the development of CO 2 capture, transport and storage processes should contribute to maintaining coal at a significant level in global energy production. In terms of the production of steels and derivatives, it seems that few alternatives are conceivable as substitutes for solid fuels of fossil origin, and so recourse to coal will persist until new non-carbon materials become available.
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KEYWORDS
crushing | storing | self-combustion | pollution
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EURACOAL
Non-binding guide to good practice for implementing Directive 1999/92/EC of the European Parliament and of the Council on minimum requirements for improving the safety and health protection of workers potentially at risk from explosive atmospheres.
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