14
MINING FOR CLOSURE
the communities where mining takes place. Min-
ing companies typically want to develop mines,
achieve a good return for shareholders, then leave
when production is finished – so that they can de-
velop more mines and continue to produce else-
where. Communities on the other hand want to
see wealth and income opportunities created in
their midst that will last over time ...
In line with such interest, the legacy of abandoned
mines, their associated environmental, social and
economic problems and the future development
opportunities for communities has led to an in-
creased emphasis on mine closure planning in re-
cent years (Smith & Underwood, 2000).
However, this is not an issue that has been rele-
gated by mining companies. Nor is it an issue that
lacks strategic relevance or attention within the
industry. Key actors in the industry clearly recog-
nise that the very viability of the mining industry
is challenged because of high expectations for envi-
ronmental protection, lower risk to human health,
competing land use demands, and the value of the
natural environment as recreational space, and as
the repository of valuable biological assets, natural
environmental services and aesthetic appeal (Envi-
ronment Australia, 2002b).
The Australian mining industry fully accepts the
concept and responsibility of minesite rehabilita-
tion and decommissioning (ANZMEC MCA,
2000, p. v).
The importance of such factors affecting the future
viability of the mining industry hold in SEE/TRB
as they do in countries such as Australia (cited
above), and other leading mining nations such as
Canada (Gammon, 2002; WOM Geological As-
sociates, 2000), the U.S. and more. Moreover, in
the majority of jurisdictions taken as examples in
this document, social issues and financial liabili-
ties associated with such sites are being given great
attention. Rising opposition to mining and miner-
als processing from society and increased scrutiny
and coordinated opposition from NGOs constitute
threats to the industry’s “licence to operate”. How-
ever, in a regional environment and security con-
text, the stress upon certain aspects are somewhat
different in SEE/TRB and particularly in multina-
tional watersheds such as the TRB, than they are in
these other jurisdictions. In SEE/TRB, prominent
aspects affecting factors such as tensions between
Nation-states that may result from transbound-
ary pollution and the retardation of social and eco-
nomic development are central. Here, the loss of
mining operations – or the opportunity to mine
– may constitute a major loss to the host society in
development, environment and economic spheres.
In parallel, substandard operations or mine closure
may bear with them repercussions at a much high-
er level than the mining company or the local host
community for a minerals operation (Peck, 2004).
Mining practice has evolved to reflect these con-
cerns in a number of countries and regulatory re-
quirements, and some operators have introduced
management policies and practices and have
adopted technologies that allow mining to occur
with minimum environmental harm (Smith &
Underwood, 2000). To take Canada as a promi-
nent example, Tremblay (2005) writes that the
first government regulations requiring mineral
or mine site rehabilitation were enacted in British
Columbia in 1969.
24
Since then, the (Canadian)
government’s approach has been to set broad rec-
lamation objectives, and then negotiate mine-spe-
cific requirements through the review of reclama-
tion plans and issuing of permits. The philosophy
behind this approach has been that every mine is
unique and therefore, reclamation requirements
must be tailored to suit the site specifics.
25
Further,
to this point and relating to the critical issue of
waterborne pollution from mine sites (including
acidic and neutral drainage issues). Tremblay (per-
sonal communication: Natural Resources Canada,
2005, 2 August) also stresses the understanding
of geochemical issues at mine sites is fundamen-
tal to the success of reclamation efforts. A better
understanding of acidic drainage as a significant
environmental issue in the past 20 years has re-
sulted in increased security for many sites in Brit-
ish Columbia and the rest of Canada.
Moreover, and very importantly in the context of
this discussion, Miller (2005) reports that a number
of jurisdictions have strengthened their legislation
in recent years, including Botswana, Canada (the
Yukon), Chile, Ghana, India, Peru, South Africa,
24. See Barazzuol & Stewart (2003) for details.
25. Tremblay reports that originally (1969), bonds to secure mine
rehabilitation were limited to a maximum of $500 per acre and
raised to $1000 per acre in 1975 (1 acre is approximately 0.4 hec-
tares). The legislative limit on the amount of security the province
could hold was removed in 1989. Since then, security levels have
been increased on many properties to reduce the possibility that
public funds may be required to reclaim a mine in case of com-
pany default.