AlphaSpace by endla
Reduce CAPEX, decrease OPEX, and increase production with industry leading completion auto-design software custom implemented for your unique wells.
The software is nothing short of amazing and certainly makes my job a lot easier.
How AlphaSpace delivers value
Reduced well installation cost
Efficient designs Reduce rig standstill | |
Fast and simple Logs to tally in 10 minutes OCR can focus on running the completion | |
Consistent Highly repeatable performant designs |
Improved well lifetime outcomes
More performant designs Optimize production zone grouping | |
Cross-functional objectives Dynamically balance, install cost, coal exposure and isolation | |
Continual improvement Through rapid feedback of learnings into well designs | |
Flexibility Free technical debt holding back change to better approaches (packer installation rules) |
Enhanced engineering productivity
Cloud app Virtual teams can collaborate from anywhere | |
Information transparency Enable review of design process to ensure organisation wide objectives achieved | |
Continual improvement Through weekly and monthly iteration of software driven by your needs | |
Simplify & Focus Reduce IT infrastructure and technical debt |
Case Study
AlphaSpace is the evolution of AlphaTally. The industry proven software resulted in a step change in performance for coal seam gas companies over existing solutions.
Senex Energy Ltd
- Existing solution was for the operating company representative to manually complete the tally
- Endla's software was implemented and used on 70 wells in the backend of the 2019/2020 Project Atlas and Roma North campaigns in the Surat Basin
- Senex continues to use Endla's software today.
Endla’s tool saves us time and enables us to increase the number of packers, which improves the completion design quality and has resulted in significant value-add to the wells drilled on this campaign.
Saved 140-200 hours of rig time by reducing completion design time
Improved isolation performance by an order of magnitude while using the same or fewer parts
Reduced frequency of events with suboptimal selection of parts available by improving the inventory allocation
Improved well performance by making better hardware placements