This research project aims to optimise the long term mine rock dump planning by generating the optimum rock dumping schedules using mixed integer programming (MIP) models. Through the modelling of the problem, three new MIP models were developed and implemented in a greenfield mining project. The life of mine dumping schedules were successfully generated by the models, which focuses on minimising the haulage cost, maximising the equipment utilisation, and seeking the balance between the two
In most surface mining operations, waste rocks are removed from the pit and deposited on adjacent ar...
Use of Integer programming (IP) or mixed integer programming (MIP) for formulation of mine optimizat...
Modern large-scale open pit mines move hundreds of thousands of tonnes of material daily, from the l...
Despite the fact that waste rock hauling and dumping comprises a large proportion of the cost of mat...
Cost reduction via optimising the scheduling of waste rock placement has a very high potential of su...
A mine waste dump progression plan can provide a clear outlook of the mining operation. To produce s...
© The Australasian Institute of Mining and Metallurgy 2018. All rights are reserved. A mine landform...
A mine waste rock dump does not have any intrinsic value, yet is an inevitable structure in surface ...
Abstract The removal of overlying waste rock in open pit mines to dumps is conventionally undertaken...
A mine landform progression plan can provide a clear outlook of the entire mining operation. To prod...
In oil sands mining, timely provisions of ore and tailings containment with less environmental footp...
An open-pit mine schedule defines the optimal sequence of mining valuable (ore) and waste material w...
Acid rock drainage (ARD), produced from sulfide-bearing mine waste (e.g., waste rock, tailings) at a...
The research work aims to solve the production scheduling problem for open pit mining complexes. It ...
Mixed integer programming (MIP) has been used for optimizing production schedules of mines since the...
In most surface mining operations, waste rocks are removed from the pit and deposited on adjacent ar...
Use of Integer programming (IP) or mixed integer programming (MIP) for formulation of mine optimizat...
Modern large-scale open pit mines move hundreds of thousands of tonnes of material daily, from the l...
Despite the fact that waste rock hauling and dumping comprises a large proportion of the cost of mat...
Cost reduction via optimising the scheduling of waste rock placement has a very high potential of su...
A mine waste dump progression plan can provide a clear outlook of the mining operation. To produce s...
© The Australasian Institute of Mining and Metallurgy 2018. All rights are reserved. A mine landform...
A mine waste rock dump does not have any intrinsic value, yet is an inevitable structure in surface ...
Abstract The removal of overlying waste rock in open pit mines to dumps is conventionally undertaken...
A mine landform progression plan can provide a clear outlook of the entire mining operation. To prod...
In oil sands mining, timely provisions of ore and tailings containment with less environmental footp...
An open-pit mine schedule defines the optimal sequence of mining valuable (ore) and waste material w...
Acid rock drainage (ARD), produced from sulfide-bearing mine waste (e.g., waste rock, tailings) at a...
The research work aims to solve the production scheduling problem for open pit mining complexes. It ...
Mixed integer programming (MIP) has been used for optimizing production schedules of mines since the...
In most surface mining operations, waste rocks are removed from the pit and deposited on adjacent ar...
Use of Integer programming (IP) or mixed integer programming (MIP) for formulation of mine optimizat...
Modern large-scale open pit mines move hundreds of thousands of tonnes of material daily, from the l...