Haulage and loading simulator s

haulage and loading simulator s CTS: Cargo Transport Simulator Become a truck driver in this expansive open world truck driver simulator. The world has dynamic day and night cycle, as well as different weather conditions. Start 4.2/5(205.5K). Like Farming Simulator, ETS2 has a simple yet resonant economic sandbox at its centre. You start as a low-skilled, truckless lorry jockey, forced to take work from established haulage companies. RPMGlobal’s mining simulation tool helps Arianne Phosphate advance Canadian phosphate project. Arianne Phosphate’s Lac à Paul phosphate project in Quebec, Canada is another step closer to development after RPMGlobal’s leading mining simulation product enabled the company to optimise key haulage routes for its development. Whether it’s regular heavy cargo or massive loads weighing over 100 tonnes, it’s up to you to shift them. A wide range of trucks and trailers are at your disposal to get the job done, and for exceptional loads you’ll need to clear away roadside obstacles like street signs before setting out. Heavy haulage .

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haulage and loading simulator s

haulage and loading simulator s

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haulage and loading simulator s

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by N Runciman · 1997 · Cited by 27 — of the mine haulage systems. The simulation study is applied to determine if a chute system could be used in place of the current Load-Haul-Dump (LHD). With the largest deployment of mining simulators, a global customer base, original equipment manufacturer endorsements, proven results and engineering.

by N Runciman · 1997 · Cited by 27 — of the mine haulage systems. The simulation study is applied to determine if a chute system could be used in place of the current Load-Haul-Dump (LHD). With the largest deployment of mining simulators, a global customer base, original equipment manufacturer endorsements, proven results and engineering.

SCS Software's blog: ETS2: Low-bed & Low-loader Trailers

Load and Haul Optimization for Largest European Potash Producer

Problem:

Managers and engineers responsible for mining yaulage regularly face tasks including:

  • Determining realistic daily and monthly production loadiing.
  • Testing mine plan feasibility.
  • Evaluating the outcome of operational improvements.
  • Quantifying return on investment.
  • Justifying fleet requirements.

They have to make decisions and commitments read more working in a complex mining system, where no haulsge is isolated. Typical constraints of mines include:

  • Many interdependencies and overlapping activities.
  • Interaction between equipment units.
  • Changing cycle times of processes.
  • Spatial limitations, yield and give-way logic of moveable equipment haulzge.
  • Complex layouts.
  • Limited capacity of bunkers and conveyor systems.

How do managers plan mining processes while considering all of the above? Traditionally, they make assumptions that are never close to reality, such as:

  • Average haulage distance. The cycle time of haulage is different, point to point and time to time, under the influence of uncontrollable parameters.
  • Average dump time. If the system overflows or there are queues in front of the ore passes, then the dump time changes.
  • Percentage of time a conveyor is stopped due to overflow. It is never constant, and it cannot be specified by a single number.

Simulation allows mine planners to model processes as they are and get rid of these assumptions.

As such, the largest European potash producer carried out load and haul optimization. With the help of Amalgama and one of the Hulage Four consulting firms, they created a mining process simulation model using AnyLogic software. A big potash mine is 8 x 8 km in size. 900 thousand tons are mined per month on three underground levels. The mine has 21 km of conveyor belts taking the ore through the system to the skip hoist. The ore is mined with borers, which continuously crush the rock and load it to their attached ore buffers. This ore is then dumped into a dump truck and the dump trucks make runs between borers and ore passes.

simulator x (Borer + Dump Truck)

The capacity of an ore pass is three tons, but a article source truck carries 22 tons of ore. After the first three tons, the dumping speed depends on the current load of the conveying system underneath the ore pass. And the conveyor can already be loaded with ore from other upstream borers, the system may be constrained. To get rid of this constraint, mine planners were going to change the equipment configuration by adding Mobile Ore Loaders, or MOLs. In haulag TO-BE scenario, MOLs played the role of a buffer between dump trucks and ore passes. The dump truck quickly dumped ore into the MOL and returned to the borer while the MOL continued dumping ore into the conveyor system.

Adding Mobile Ore Loaders

By adding buffering capacity, mine planners hoped to lower the dump truck cycle time. The main question was whether usage of MOLs would allow them to get rid of one borer while keeping the production volume. The borer carried high operational expenses and required having a maintenance team in the mine, so its removal would significantly lower the operational expenses. Additional questions included which borer to remove and where to use the five MOLs.

Solution:

Amalgama’s simulation developers created haulagd AnyLogic mining simulation model to answer these questions. This mining simulator included the whole mining process from drilling to hoisting, precisely as the plant https://roaden.click/travel-local/jessica-reedy-put-it-on-the-altar.php laid out.

The haulage was very detailed, and all the processes were simulated with minimal simplification, making the mining model very accurate.

The first experiment with the model was how the mine system would behave if the external constraint of conveyor speed was hau,age. This experiment helped find three borers that had a production rate limited by internal constraints such as their own performance, maintenance intervals, buffer size, etc.

As a result, three borers were kg800 games lg chocolate to be candidates for removal loading minimum influence on the mine production rate, since MOLs would only remove constraints caused by the speed and capacity of conveyors.

The effect of removing each of these three borers was studied with simulation. These experiments showed that removing borer #65 reduced production the least.

Then several scenarios were run to determine where to send the five MOLs to maximize ore production. Five borers were chosen to send the MOLs to. This https://roaden.click/travel-local/talkray-for-blackberry-9900.php showed only a 1.02% decrease in production volume, which was negligible. At the same time, this scenario showed a significant decrease of OPEX, since one borer had been removed from the mine.

Outcome:

The simulation model of the underground mine provided operational improvements to Europe’s largest potash producer and including with load and haul optimization. These improvements allowed operational costs to be cut while keeping the same production volume. Once the project was finished, the mining simulator has been in continuous use for monthly production planning, the identification of potential process bottlenecks, and the evaluation of proposed changes.

Project presentation by Andrey Malykhanov, Amalgama

Источник: https://www.anylogic.com/largest-european-potash-producer-simulates-underground-mining-process-with-anylogic/

RPMGlobal’s mining simulation tool helps Arianne Phosphate advance Canadian phosphate project. Arianne Phosphate’s Lac à Paul phosphate project in Quebec, Canada is another step closer to development after RPMGlobal’s leading mining simulation product enabled the company to optimise key haulage routes for its development. CTS: Cargo Transport Simulator Become a truck driver in this expansive open world truck driver simulator. The world has dynamic day and night cycle, as well as different weather conditions. Start 4.2/5(205.5K).