Abstract: Systems and methods for requesting, accessing and delivering data in a way that does not require users, or others acting on behalf of users, to log in to a dedicated computer application and does not rely on humans to manually retrieve the data. A Requester (“REQ”) sends an email or cellular text message to a server to request data. The server identifies the REQ based on the REQ's email address or mobile phone number and then deciphers what data to compile after interpreting the REQ's message. The server then returns a link to the REQ's email address or mobile phone number. The REQ can select the link to view the data. The email or text message is sent by the REQ, the link is returned by the server to the REQ's email address or mobile phone number, and the data is displayed, all without revealing any personally identifiable information (“PII”).

Abstract: Systems and methods for requesting, accessing and delivering data in a way that does not require users, or others acting on behalf of users, to log in to a dedicated computer application and does not rely on humans to manually retrieve the data. A Requester (“REQ”) sends an email or cellular text message to a server to request data. The server identifies the REQ based on the REQ's email address or mobile phone number and then deciphers what data to compile after interpreting the REQ's message. The server then returns a link to the REQ's email address or mobile phone number. The REQ can select the link to view the data. The email or text message is sent by the REQ, the link is returned by the server to the REQ's email address or mobile phone number, and the data is displayed, all without revealing any personally identifiable information (“PII”).

Abstract: The invention provides for a composition for treating a subterranean formation, the composition comprising a water-swellable agent and a sealing agent. Preferably, the water-swellable agent: i) absorbs greater than 100 weight % of water; and ii) swells to greater than 100 weight % as it absorbs water. Preferably the sealing agent: i) is greater than 0.01 weight % soluble in water; and ii) forms a three dimensional gel structure in water. The invention also provides for a method of treating a subterranean formation penetrated by a wellbore, the method comprising the steps of: a) introducing a sealing agent into the subterranean formation; and b) introducing a water-swellable agent into the subterranean formation.

Abstract: The invention provides for a composition for treating a subterranean formation, the composition comprising a water-swellable agent and a sealing agent. Preferably, the water-swellable agent: i) absorbs greater than 100 weight % of water; and ii) swells to greater than 100 weight % as it absorbs water. Preferably the sealing agent: i) is greater than 0.01 weight % soluble in water; and ii) forms a three dimensional gel structure in water. The invention also provides for a method of treating a subterranean formation penetrated by a wellbore, the method comprising the steps of: a) introducing a sealing agent into the subterranean formation; and b) introducing a water-swellable agent into the subterranean formation.

Abstract: The present invention relates to the completion of subterranean well bores in a multilateral well system. More particularly, this invention relates to the sealing of junctions between lateral well bores and a parent well bore. The sealants used in accordance with the methods of the present invention generally comprise any sealing composition which can be placed within a subterranean formation, and injected a sufficient distance into a region of the formation surrounding a junction between a first well bore and a second well bore in fluid communication with the first well bore, so as to prevent the undesired entry of formation fluids into either well bore in the region surrounding the junction.

Abstract: Methods of cementing and low density foamed cement compositions therefor are disclosed. A low density foamed cement composition of the invention comprises fly ash comprising calcium oxide or calcium hydroxide, water present in an amount sufficient to form a slurry, a foaming and foam stabilizing surfactant or a mixture of surfactants present in an amount sufficient to facilitate foam and stabilize the foamed cement composition, and sufficient gas to foam the foamed cement composition.

Abstract: Sheets to be coated with water-based coating material, for example a primer and a low adhesion backsize, are supplied from a feeder (1), in end-to-end overlapping relationship, to a dual coater (3) in which the sheets are coated individually on both sides. A sheet inserter (2) is provided, upstream of the dual coater, to insert sheets from a second supply into the sheets from the feeder (1). The dual coated sheets are dried as individual sheets or as a pseudo-web of overlapped sheets. The sheets are then overlapped, unless previously overlapped, and the direction of overlap changed, if necessary, to provide the trailing edge of each sheet on top of the leading edge of each succeeding sheet. The overlapped sheets are conveyed through an adhesive transfer station (7) where stripes (236) of at least partially dried adhesive are coated onto the dual coated sheets from a transfer belt (71).

Abstract: Sheets to be coated with water-based coating material, for example a primer and a low adhesion backsize, are supplied from a feeder (1), in end-to-end overlapping relationship, to a dual coater (3) in which the sheets are coated individually on both sides. A sheet inserter (2) is provided, upstream of the dual coater, to insert sheets from a second supply into the sheets from the feeder (1). The dual coated sheets are dried as individual sheets or as a pseudo-web of overlapped sheets, The sheets are then overlapped, unless previously overlapped, and the direction of overlap changed, if necessary, to provide the trailing edge of each sheet on top of the leading edge of each succeeding sheet. The overlapped sheets are conveyed through an adhesive transfer station (7) where stripes (236) of at least partially dried adhesive are coated onto the dual coated sheets from a transfer belt (71).