Optimizing oil & gas logistics scheduling
Move to superior coordination of operations supply-chains
In the world of logistics, timing is everything. For example, in onshore drilling, moving rigs from one well to another takes accurate scheduling of multiple resources, such as transport vehicles, cranes, forklifts, and crews, that must all be coordinated to perform a task according to a fixed window and budget so that the next well can spud on time. With Actenum DSO/Logistics scheduling software, you benefit from reliable, timely, and accurate scheduling capabilities that align resources and activities and ensure that you meet your costs and deadlines.
Actenum brings it all together
Actenum DSO/Logistics scheduling software is offered as a cloud-based or on-premise solution. It provides a “single source of truth” for all activities, that is visible by everyone. There are no extra spreadsheets or files needed to schedule. Actenum allows you to build and manage logistic schedules automatically, with an AI-based optimization engine that identifies the optimal schedule. And, it allows you to run “What if?” scenarios to see what works best to complete jobs on time and on budget. As well, schedules can be updated in real-time to deal with real-world operational disruptions, when the weather doesn’t cooperate or a piece of equipment breaks down. So, you can always make the best decisions.
Ensuring efficient offshore logistics
Offshore rigs require ongoing supplies such as drill fluids, fuel, drill pipes and other materials needed for production as well as food and other necessities for the rig personnel on board. Actenum DSO/Logistics scheduling software helps ensure your operations run according to plan by scheduling the supplies and support vessels needed to transport people and goods to the rig, reliably and economically.
The company is very dedicated to the software and its clients and that’s what makes Actenum scheduling software a great product. The technical and sales staff are responsive and very easy to work with.