In the last 20 years, there have been considerable changes in the mining eq
uipment and mining methods wed at Syncrude. In the next 20 years, it is exp
ected that there will be further significant changes in the technologies th
at Syncrude employs. These changes will cover a wide spectrum and will rang
e from derivative changes (changes that are improvements to current mining
techniques) to breakthrough changes (changes that radically alter the way i
n which mining is conducted). Between these two extremes are platform chang
es that represent a significant advance in the technologies currently emplo
yed.
Some of the changes within the derivative category include the move to larg
er and more efficient mobile equipment such as shovels and trucks. Improved
wear materials to extend component life and reduce the required maintenanc
e also fit into this category. Finally, there are a wide range of other opt
ions such as contracting strategies, organizational structures, and mine pl
anning and reporting systems.
Changes in platform technologies include improved equipment condition monit
oring and diagnostic systems, and the associated sensors and embedded analy
sis systems. Platform changes in mine planning production, and maintenance
systems will allow critical data to be made available in real time to users
. These changes require the development of strategies for a communications
infrastructure for voice, data and video that are capable of covering the e
ntire Syncrude mining operation.
Changes in the breakthrough category include the development of such techno
logies as shallow in-situ technology improved use of automation and the dev
elopment oi modular and relocatable oil sand mining and bitumen extraction
facilities.
Work being conducted within Syncrude and/or through its research partners i
n each of these areas will be discussed along with the potential impact of
any changes. A vision of what the Syncrude mining operation could look like
in 20 years time will also be explored.