Water use
Per frac in a
short period
Identify fresh water sources, locations and transport/storage options
Evaluate opportunities to increase the use of saline groundwater
Easiliy incorporate and determine the technical and economic feasibility of sourcing water from industrial/municipal wastewater sources
Determine the lowest cost disposal options including injection wells and third party disposal
Explore opportunities for storage/treatment and reuse of flowback water
Identify optimal locations and capacities for water storage
Identify optimal water flows for each period within the duration of the project
Generate alternative strategies and determine the economic implications of each option
Evaluate the implications of potential adverse circumstances such as road closures, limits on water withdrawals, etc.
Extend reporting capabilities to include the full ENE framework as required by regulations
Quantify the GHG emissions due to selected water transport options
Determine how water management costs will influence cash flows for the project
The cloud platform enables the evaluation of multi-operator water plans without the need to share sensitive information with peers
Mathematical modelling and modern optimization and analysis algorithms at the core of Hydropti ensure that all options are considered and the best strategies can be identified
The Hydropti team includes deep expertise in regulatory requirements community engagement, water resources, engineering as well as mathematical modelling, optimization and software development
Identify optimal water sourcing, transport, storage and disposal options including flowback water treatment and reuse for maximum efficiency
Determine the most cost-effective water transportation options -truck, pipeline, layflat hose- as well as storage and treatment capacities and locations
Fully understand the implications on water requirements of long term development of the play, including a full development scenario and associated time-based decisions