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Protecting drinking water resources Class I wells allow injection far below the lowermost USDW. Injection zones typically range from 1,700 to more than 10,000 feet in depth.
Shallow injection wells inject or dispose of fluids into or above shallow aquifers and therefore pose a risk to water quality.
There are also some concerns as to long-lasting geologic effects of deep well injection, such as seismic activity, that have been discovered in recent years. There have also been numerous cases of deep wells failing and causing significant damage to the environment.
A disposal well is often a depleted oil or gas well, into which waste fluids can be injected for safe disposal. A by-product of oil and gas production is water that was either trapped in the same deep formations, was injected to stimulate a formation (hydraulic fracturing), or was injected to enhance oil recovery.
An injection well is used to place fluid underground into porous geologic formations. These underground formations may range from deep sandstone or limestone, to a shallow soil layer. Injected fluids may include water, wastewater, brine (salt water), or water mixed with chemicals.
Deep well injection is a liquid waste removal process. This option uses injection wells to put treated or untreated liquid waste into geological formations that have no possibility of permitting the movement of contaminants into possible potable water aquifers.
Disposal wells inject saltwater into underground formations, often over a mile in depth, into sub-surface zones that already contain naturally occurring saltwater. In contrast, wells that supply fresh water can vary in depth throughout the state, but generally range from no deeper than a few hundred to a thousand feet.
Describe an injection well. After a well is drilled, sometimes to depths over 5,000 feet, steel pipe called casing is cemented in the hole. The casing and cement prevent fluids in different zones from mixing with each other or with injected fluids.