Calgary, Canada

EnCana Corporation

www.encana.com
Calgary, Canada

Encana Corporation produces, transports and markets natural gas, oil and natural gas liquids . It was formed in 2002 and descends from the 19th century Canadian Pacific Railway and 'Canadian Pacific Oil and Gas' in the 20th century, respectively. All of Encana’s reserves and production are located in North America since other international assets were divested in the mid-2000s. The corporate headquarters are in Calgary, Alberta. Encana has onshore operations in Alberta and northeast British Columbia and a development off the coast of Nova Scotia. In the United States, Encana's subsidiary operates in Colorado, New Mexico, Wyoming, Texas, and Louisiana. After incorporating in 2006, Encana Corporation formed two subsidiaries in 2009, with Encana operating in "unconventional natural gas and natural gas liquids exploration, processing, and transportation, and an integrated oil company called Cenovus Energy. Wikipedia.


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CALGARY, Alberta, June 20, 2017 (GLOBE NEWSWIRE) -- Encana’s (TSX:ECA) (NYSE:ECA) cube development approach combined with advanced completion practices have significantly enhanced its Permian well performance and led to a 20 percent increase in the company’s Permian type curves and 700 new premium return locations. The 700 new premium return locations is five times the quantity the company will drill this year and brings total premium return locations in the play to 3,450. Encana expects it will develop less than 30 percent of its Permian premium inventory through 2021. "Through our focus on operational excellence, innovation and quality corporate returns we continue to make Encana more valuable and resilient,” said Doug Suttles, Encana President and CEO. “The company’s world-class Permian asset comprises thousands of feet of stacked resource. Our cube development is delivering leading well performance and efficiencies. We believe this approach will become the industry standard for stacked pay development.” Cube development drives capital efficiency, boosts well performance and grows premium inventory.  Encana’s fast paced and structured innovation is changing the way stacked plays are developed. The company’s cube development approach targets multiple stacked pay zones from a single location to deliver significant value above ground as well as below ground in the reservoir. Above ground, Encana’s cube development drives significant capital and operational efficiencies which are delivering drilling and completions savings of approximately $1.2 million per well compared to traditional single well development. Encana expects to hold its 2017 Permian well costs flat compared to 2016 on a like-for-like basis. Below ground in the reservoir, cube development maximizes production and resource recovery and minimizes or eliminates risk of value erosion connected with infill drilling and offset hydraulic fracturing interference. The combination of tighter well density, precision targeting, advanced completion practices and longer laterals are delivering strong results and improved type curves in addition to enabling Encana to increase its Permian premium return inventory by 25 percent. Innovation that drives value and creates upside  Encana is focused on creating additional value and upside in its stacked pay Permian assets through the combination of its advanced completions design and targeting new benches. The company began applying its advanced completion designs in the Permian during the second quarter. Advanced completion designs have delivered up to a 60 percent well performance improvement in the Eagle Ford and the Montney. Highly resilient to lower commodity prices  Encana launched its five-year plan in October 2016. This included an expected 300 percent increase in non-GAAP cash flow, a doubling of corporate margin and a self-funding capital program post 2017. This plan was built on a flat $55.00 WTI oil price and $3.00 NYMEX through to 2021. Continued operational improvements and productivity gains across the portfolio in the first half of 2017 have further enhanced Encana’s resiliency. The company now expects it can deliver its five-year growth plan in a flat $50 WTI oil price environment, with a self-funding capital program post 2017. For additional details on Encana’s Permian asset, view the company’s updated Permian presentation in the Presentations and Events section of www.encana.com/investors. Encana Corporation Encana Corporation ("Encana") is a leading North American energy producer that is focused on developing its strong portfolio of resource plays, held directly and indirectly through its subsidiaries, producing natural gas, oil and natural gas liquids (NGLs). By partnering with employees, community organizations and other businesses, Encana contributes to the strength and sustainability of the communities where it operates. Encana common shares trade on the Toronto and New York stock exchanges under the symbol ECA. NON-GAAP MEASURES - Certain measures in this news release do not have any standardized meaning as prescribed by U.S. GAAP and, therefore, are considered non-GAAP measures. These measures may not be comparable to similar measures presented by other companies and should not be viewed as a substitute for measures reported under U.S. GAAP. Non-GAAP Cash Flow is a non-GAAP measure defined as cash from operating activities excluding net change in other assets and liabilities, net change in non-cash working capital and current tax on sale of assets. Non-GAAP Corporate Margin is defined as Non-GAAP Cash Flow per BOE of production. Management believes these measures are useful to the Company and its investors as measures of operating and financial performance across periods and against other companies in the industry, and are an indication of the Company's ability to generate cash to finance capital programs, to service debt and to meet other financial obligations. Non-GAAP Corporate Return is defined as the project’s after-tax rate of return after incorporating a burden rate per BOE to cover corporate overhead costs, such as administrative and interest expenses. Non-GAAP Corporate Return is used by management as an internal measure of the profitability of a play. For additional information relating to non-GAAP measures, see Encana's most recent Annual Report on Form 10-K and as described from time to time in Encana's other periodic filings as filed on SEDAR and EDGAR. ADVISORY REGARDING RESERVES & OTHER OIL AND GAS INFORMATION - The conversion of natural gas volumes to barrels of oil equivalent (BOE) is on the basis of six thousand cubic feet to one barrel. BOE is based on a generic energy equivalency conversion method primarily applicable at the burner tip and does not represent economic value equivalency at the wellhead. Readers are cautioned that BOE may be misleading, particularly if used in isolation. 30-day initial or peak production and other short-term rates are not necessarily indicative of long-term performance or of ultimate recovery. Drilling and completions costs in the Permian have been normalized based on lateral lengths of 7,500 feet. Disclosure of estimated well locations include proved, probable, contingent and unbooked locations. These estimates are prepared internally based on Encana's prospective acreage and an assumption as to the number of wells that can be drilled per section based on industry practice and internal review. Approximately 40 percent of all locations specified in our core assets are booked as either reserves or resources, as prepared by internal qualified reserves evaluators using forecast prices and costs as of December 31, 2016. Unbooked locations do not have attributed reserves or resources and have been identified by management as an estimation of Encana's multi-year drilling activities based on evaluation of applicable geologic, seismic, engineering, production and reserves information. There is no certainty that Encana will drill all unbooked locations and if drilled there is no certainty that such locations will result in additional oil and gas reserves, resources or production. The locations on which Encana will actually drill wells, including the number and timing thereof is ultimately dependent upon the availability of capital, regulatory and partner approvals, seasonal restrictions, equipment and personnel, oil and natural gas prices, costs, actual drilling results, additional reservoir information that is obtained, production rate recovery, transportation constraints and other factors. While certain of the unbooked locations have been de-risked by drilling existing wells in relative close proximity to such locations, many of other unbooked locations are farther away from existing wells where management has less information about the characteristics of the reservoir and therefore there is more uncertainty whether wells will be drilled in such locations and if drilled there is more uncertainty that such wells will result in additional proved or probable reserves, resources or production. Premium return well inventory are locations with expected after tax returns greater than 35 percent at $50/bbl WTI and $3/MMBtu NYMEX. ADVISORY REGARDING FORWARD-LOOKING STATEMENTS - This news release contains certain forward-looking statements or information (collectively, “FLS”) within the meaning of applicable securities legislation. FLS include: advancement of and expected growth and returns in Encana’s five-year plan, including impact of various commodity prices; source of funding of capital; success of and benefits from technical innovation and cube development approach, including enhancements to well performance, type curves, number of wells and returns; potential premium return locations, ability to develop and expected drilling; stacked resource potential of assets, including potential upside; performance relative to peers; expectation of meeting the targets in Encana’s corporate guidance; anticipated production, composition of commodity mix, cash flow and corporate margins; anticipated costs, capital and operational efficiencies; and timing of and results from advanced completion design, potential benefits and target of drilling. Readers are cautioned against unduly relying on FLS which, by their nature, involve numerous assumptions, risks and uncertainties that may cause such statements not to occur, or results to differ materially from those expressed or implied. These assumptions include: future commodity prices and differentials; foreign exchange rates; Encana’s ability to access its revolving credit facilities and shelf prospectuses; assumptions contained in Encana’s corporate guidance and in the news release; data contained in key modeling statistics; availability of attractive hedges and enforceability of risk management program; effectiveness of Encana's drive to productivity and efficiencies; results from innovations; expectation that counterparties will fulfill their obligations under the gathering, midstream and marketing agreements; access to transportation and processing facilities where Encana operates; assumed tax, royalty and regulatory regimes; enforceability of transaction agreements; ability to satisfy closing conditions and regulatory approvals, successful closing of, and value of post-closing and other adjustments associated with announced sale of assets; and expectations and projections made in light of, and generally consistent with, Encana's historical experience and its perception of historical trends, including with respect to the pace of technological development, the benefits achieved and general industry expectations. Risks and uncertainties that may affect these business outcomes include: the ability to generate sufficient cash flow to meet Encana's obligations; risks inherent to completing transactions on a timely basis or at all and adjustments that may impact expected proceeds or value to Encana; commodity price volatility; ability to secure adequate product transportation and potential pipeline curtailments; variability and discretion of Encana's board of directors to declare and pay dividends, if any; the timing and costs of well, facilities and pipeline construction; business interruption and casualty losses or unexpected technical difficulties; counterparty and credit risk; risk and effect of a downgrade in credit rating and its impact on access to capital markets and other sources of liquidity; fluctuations in currency and interest rates; risks inherent in Encana's corporate guidance; failure to achieve anticipated results from cost and efficiency initiatives; risks inherent in marketing operations; risks associated with technology; changes in or interpretation of royalty, tax, environmental, greenhouse gas, carbon, accounting and other laws or regulations; risks associated with existing and potential future lawsuits and regulatory actions made against Encana; impact to Encana as a result of disputes arising with its partners, including the suspension by its partners of certain of their obligations and the inability to dispose of assets or interests in certain arrangements; Encana's ability to acquire or find additional reserves; imprecision of reserves estimates and estimates of recoverable quantities of natural gas and liquids from plays and other sources not currently classified as proved, probable or possible reserves or economic contingent resources, including future net revenue estimates; risks associated with past and future acquisitions or divestitures of certain assets or other transactions or receipt of amounts contemplated under the transaction agreements (such transactions may include third-party capital investments, farm-outs or partnerships, which Encana may refer to from time to time as “partnerships” or “joint ventures” and the funds received in respect thereof which Encana may refer to from time to time as “proceeds”, “deferred purchase price” and/or “carry capital”, regardless of the legal form) as a result of various conditions not being met; and other risks and uncertainties impacting Encana's business, as described in its most recent Annual Report on Form 10-K and as described from time to time in Encana’s other periodic filings as filed on SEDAR and EDGAR. Although Encana believes the expectations represented by such FLS are reasonable, there can be no assurance that such expectations will prove to be correct. Readers are cautioned that the assumptions, risks and uncertainties referenced above are not exhaustive. FLS are made as of the date of this news release and, except as required by law, Encana undertakes no obligation to update publicly or revise any FLS. The FLS contained in this news release are expressly qualified by these cautionary statements.


Patent
EnCana Corporation | Date: 2016-11-16

A process for separating a mixed or raw gas feed to produce a dry gas product and a hydrocarbon liquid product is provided. The process comprises scrubbing heavier hydrocarbon components from the gas feed to produce a lighter ends gas stream and a heavier ends liquid stream; cooling the lighter ends gas stream and separating the cooled lighter ends gas stream into a cold liquid stream and the dry gas product; and using the cold liquid stream to assist in scrubbing the heavier hydrocarbon components from the gas feed.


Patent
EnCana Corporation | Date: 2013-03-15

A compressed natural gas (CNG) fueling station module is provided. The module includes a vault for below grade installation, the vault comprising a compressor for compressing natural gas, a storage tank for holding compressed natural gas, a dispenser for dispensing compressed natural gas, each of the compressor, the storage tank and the dispenser in fluid communication with each other. Secured to the vault is a canopy for above grade orientation, the canopy comprising a CNG fuel nozzle in fluid communication with the dispenser and an interface for allowance purchase of the CNG.


Patent
EnCana Corporation | Date: 2011-04-29

A gas flow system for removing a liquid from a well bore and allowing for gas production is provided. The gas flow system comprises a casing in the well bore for allowing flow of the liquid and gas; a tubing string in the casing for allowing flow of the liquid and gas; pressure measurement devices for use in determining a rate of liquid influx into the well bore; a casing control valve moveable between various positions ranging from fully open to fully closed for controlling flow through the casing; a tubing control valve moveable between various positions ranging from fully open to fully closed for controlling flow through the tubing; and flow measurement devices for determining the rate of flow through the tubing and the total rate of flow. The system is switchable between a current production phase and an alternate production phase based on the determined rate of liquid influx, a tubing critical velocity and a gas flow rate through the tubing, wherein switching from a current production phase to an alternate production phase results in the either or both of a decrease in liquid build-up in the well bore and an increase in gas production rate and wherein the current production phase differs from the alternate production phase.


Patent
EnCana Corporation | Date: 2011-11-09

A method of removing hydrogen sulfide from water is provided, comprising providing water containing a first amount of hydrogen sulfide and having a first pH; adding a stripper gas to the water to form a mixture; agitating the mixture; and separating a gaseous portion from the mixture to form a water product, the water product containing a second amount of hydrogen sulfide that is less than the first amount of hydrogen sulfide.


Patent
EnCana Corporation | Date: 2012-04-11

A process and process line (100) for treating water containing hydrogen sulfide for use as a hydraulic fracturing fluid is provided, to practice the following steps: separating a gaseous portion containing hydrogen sulfide (118) from the water to form a first degassed water product (120); introducing the first degassed water product (120) into a mechanical gas stripping unit (122) and treating the first degassed water product (120) with a stripper gas (124); recovering from the mechanical gas stripping unit (122) at least one overhead vapor stream containing hydrogen sulfide and a stripped water stream (128) as a bottom stream; degassing the stripped water stream (128) in a degassing tank (130) to produce a second degassed water product (132); and treating the second degassed water product (132) with a hydrogen sulfide scavenger (136) to produce a sweet water product (140) having substantially reduced hydrogen sulfide.


A process and process line is provided for preparing a friction-reduced hydraulic fracturing fluid at a central location which can be readily transported to an oil or gas well in a formation at a well site, comprising: preparing a mixture of polymer and water at the central location by shearing the polymer in the water in a high shear environment to create the friction-reduced hydraulic fracturing fluid; pumping the friction-reduced hydraulic fracturing fluid through a series of pumps and pipelines to the well site; and injecting the hydraulic fracturing fluid into the oil or gas well at a pressure sufficient to cause fracturing of the formation,


Patent
EnCana Corporation | Date: 2013-05-16

An assembly and process for fracturing, stimulating and producing a wellbore having a plurality of oil or gas producing zones is provided comprising introducing into the well the pumpable seat assembly comprising a generally cylindrical tube having an outer diameter and an inner diameter with an upper end forming a ball seat; setting the pumpable seat assembly below an oil or gas producing zone to be produced; introducing a dissolvable ball into the well, said dissolvable ball having a sufficiently large enough outer circumference so that it can sit on the ball seat and temporarily restrict a flow of fluids to the portion of the wellbore located below the pumpable seat assembly; and fracturing the oil and gas producing zone to stimulate oil or gas production; whereby the biodegradable ball is configured to dissolve within a predetermined period of time so that when it dissolves any oil or gas produced from zones below the pumpable seat assembly can flow through the cylindrical tube.


Patent
EnCana Corporation | Date: 2013-05-23

A process and an apparatus for use in fluid fracturing of a well and the like is provided, the apparatus being a pumpable seat assembly for temporarily sealing a well casing comprising a generally cylindrical tube having an outer diameter and an inner diameter; a upper slip assembly and a lower slip assembly mounted on such cylindrical tube and adapted to selectively engage the well casing to anchor the pumpable seat assembly; an elastomeric packing element mounted on said cylindrical tube between the upper slip assembly and the lower slip assembly; and a dissolvable member positioned within the generally cylindrical tube for temporarily restricting a flow of fluids to the portion of the wellbore located below the pumpable seat assembly.


Patent
EnCana Corporation | Date: 2014-03-14

A fluid distribution apparatus includes a trailer having a central platform and one or more sets of wheels. The central platform may include two or more hose reels mounted thereto, each of the hose reels including a reel that is rotatable about a rotation axis and a fluid distribution hose windable around the reel. The rotation axis of each of the hose reels may be generally parallel to a longitudinal axis of the central platform. The central platform may also include a manifold coupled with each of the hose reels and couplable with an external fluid source, such as a natural gas fuel source. The manifold may provide fluid from the external fluid source to each of the fluid distribution hoses of the respective hose reels.

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