Water & Injection Management

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Overview

For every single barrel (BBL) of Oil, or one thousand cubic feet of gas (a single MCF), three to six BBLs of water are produced requiring disposal. The Groundwater Protection Council (GWPC) estimated in 2019 that the Oil and Gas Industries generate around 3,400 bn Liters of produced water annually. This is based on data from 1M oil and gas wells in the US. Volumes of produced water will increase further as the fracking industry increases natural gas production.

The Water and Injection Management solution from Energy provides US E&P Companies and Oilfield Service Companies water logistics with data, enabling them to monitor injection performance and identify/assess where to dispose of water produced in production efficiently and safely and comply with state regulatory injection limits

Time Series of United States Produced Water Injection

Watch videos to see United States Produced Water Injection by state and by play over time.

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Overview

Time Series of United States Produced Water Injection

Key Benefits

Performance Optimisation Allows user to compare output of hydrocarbons against historical production to check CO2 injection regime effectiveness.

Capacity Estate Management Calculate the well lifetime and ensure switch over to one with spare capacity, or new well, is timely.

Monitor, Report, Validate Monitor, Report, Validate on injection volumes/pressures to meet compliance requlations, and avoid fines for breaching limits.

Assess potential quickly New potential sites for injection, avoiding geologically or seismically unsuitable locations

Gain competitive advantage Gain competitive advantage through knowledge of competitor injection activity

Key Features

Spare Capacity Locator Disposal well spare capacity is calculated as being the difference between last reported volume/pressure and maximum permitted volume/pressure. These are categorized as public or private and shown spatially.

Effective Location Optimiser Map feature enables user to see produced water volumes spatially with disposal wells and their surplus capacity. Existing fault locations to be added in later enhancement. This enables efficient capacity planning and injection scheduling.

Action required alert Spare capacity monitor is re-calculated to incorporate reduced volume and pressure maximums associated with state regulatory dictated seismic response areas (SRA).

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