Water Quality 

Responsible water use and continual improvement in water management is a high priority for the upstream oil and gas industry.

The Issue: Industry’s Operating Practices Affecting Water Quality

The public is concerned about industry’s operating practices affecting water quality, such as produced water management and disposal, potential effects of coalbed methane (CBM) development on groundwater and drinking water wells, drilling fluids contaminating groundwater during fracturing operations (especially fracture-intensive shale gas developments), and the impacts of tailings ponds on surface water.

What We're Doing: Taking Strict Measures to Protect Both Surface Water and Groundwater Quality.

water qualityProduced water (water, typically saline, brought up to the surface when oil and gas is extracted) is managed by reinjection into deep disposal wells located in saline aquifers. Produced water is also injected for pressure maintenance of the reservoir. Regulations prohibit both surface disposal of produced water and disposal above the base of groundwater protection. The oil and gas industry is looking at options for treating produced water for other beneficial uses.

As of August 2009, industry has performed 9500 water well tests in the vicinity of CBM development. An independent review of CBM-related water well complaints conducted by the Alberta Research Council (now called Alberta Innovates) and commissioned by Alberta Environment found no correlation between water well complaints and CBM development (Blyth, 2008). The coals in areas of active CBM development in Alberta are dry and do not facilitate migration of methane or other contaminants to groundwater.

CAPP continues to work with government, other water-using sectors, non-government organizations and the public to ensure that water is managed in a responsible way that allows the many users that rely on this shared resource to thrive, while protecting the resource now and in the future.

Fracturing or "Fracing"

Source: Encana The oil and gas industry is highly regulated and takes strict measures to protect both surface water and groundwater quality. When an oil and gas well is drilled, cement and steel casing is placed around the production casing to prevent hydrocarbons from moving into fresh water zones. Cement also prevents the vertical flow of groundwater between zones, particularly between fresh and saline intervals. During fracturing operations (sometimes called "fracking"), groundwater is protected in accordance with regulations that permit the use of only non-toxic fracture fluids above the base of groundwater protection.

Learn more about shale gas and fracturing

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WANT TO KNOW MORE?

BC Oil & Gas Commission

Even at the exploration stage of oil and gas production, ground water is protected. In the case of a geophysical exploration project there are specific requirements for protection including setbacks and, in the unlikely case of incident, repair of damage. Precautions can include domestic water well pretests and other stipulations before any activity takes place.

Oil Sands Tailings Ponds

Oil sands operators employ numerous mitigation measures to limit and manage seepage from tailings ponds, including: construction of ditches and groundwater interception wells around tailings facilities to capture seepage and runoff, which is then pumped back into the tailings pond; and construction of cut-off walls to prevent seepage migration. Both industry and government monitor water quality to detect and prevent any impacts that oil sands development may have on water quality.

Read more about tailings ponds