I first wrote about water and hydraulic fracturing in 2013. At the time, Texas, Oklahoma and most other southwestern U.S. states were suffering through a drought that fell somewhere between severe to near catastrophic in its intensity. At the same time, the development of unconventional oil and gas resources was running at a fevered pace. The industry’s thirst for water in the six years since, while significant, was not so great as to slow production down.
Water sourcing has evolved to meet that demand, so too did effective water management solutions. Rather than use freshwater, operators are using recycled water. Water hauling is shifting from trucks to pipelines. Discussions surrounding midstream systems now require clarification—oil, water or both? Frac pond monitoring by satellites orbiting the big blue marble we call Earth is providing key intel on planned or ongoing operations.
“U.S. demand for water management services associated with the acquisition, transport, transfer, storage, flowback, treatment and disposal of water increased 25% in 2018 to $23 billion,” according to Spears and Associates market report on U.S. water management. “This is due to increased horizontal drilling activity, increased per-well frac job size and increased recycling/treatment activity.”
The analysts estimate that 6.4 Bbbl of water were sourced for in drilling and completion (hydraulic fracturing) in the U.S. in 2018, up 43%.
“Water required for drilling and completion is projected to exceed 10 Bbbl by 2023, a 10% CAGR [compound annual growth rate] over the 2018 to 2023 time frame, due to continued growth in drilling and production activity,” according to the report.
In the March issue, E&P features the significant progress made in the oilfield water management space, reviews technologies making an impact and discusses the next generation of water challenges.
Read each of E&P's 2019 Water Management Techbook articles:
Managing Water for Increasing Production Volumes
As production rates continue to climb, so does the amount of water produced.
Shale Operators Aim to Tame Water Woes in Permian Basin
Companies in the Permian Basin work to get a better handle on water-related issues.
Companies Focus on Replacing Freshwater Sources
These 40 companies are representative of some of the key players in water management.
Innovation, Ingenuity Drive Changes in Handling Produced Water
New technology is needed to get the most out of one of Earth’s most precious resources.
Full Immersion: Industry Gets Religion on Produced Water
Volumes could reach 50 MMbbl/d in just the Permian; all options are on the table.
Adopting an Infrastructure Approach for Produced Water Management
One possible answer to the Permian Basin’s water woes lies in the sands of Oman.
Technology Reduces Produced Water By 50%
Proppant-bonded technology reduces formation water without hindering oil and gas production.
I have an elderly relative who may be the least tech-savvy person I know.
Tata Steel subsidiary Corus Tubes is producing linepipe using high frequency induction welded (HFI), which the company says delivers pipe with tighter tolerances and faster delivery than traditional electric resistance welded (ERW) product.In the process, coils of steel strip are unwound onto a 49-ft (15-m) diameter accumulator drum. As one coil runs out, another is welded on to form a continuous steel web. The coil is then withdrawn from the center of the accumulator and fed into the mill; so an unlimited number of coils can be added without stopping...
The midstream buildout includes creative uses of existing assets to better serve producers while keeping costs down.