Abstract: The present disclosure relates to a system for processing a mixed proppant at a wellsite for a well, the system including a separator including a screen configured to receive the mixed proppant that includes a proppant meeting a desired size criteria and an oversized proppant exceeding the desired size criteria, sort the proppant from the oversized proppant, direct the proppant along a primary flow path to a blender, and direct the oversized proppant along a diverted flow path to a reducer. The reducer is operable to process the oversized proppant into a processed proppant that meets the desired size criteria.

Abstract: The disclosure provides a bulk material container including a body and one or more first engagement elements. The body includes a plurality of side walls, a bottom, a cavity, and an opening. The plurality of side walls are coupled to the bottom, and the cavity, which is configured to receive a bulk material, is formed within the plurality of side walls and above the bottom. The opening is formed by the plurality of side walls spatially opposite of the bottom and is configured to discharge the bulk material when the bulk material container is at least partially inverted. The one or more first engagement elements are coupled to the bottom of the body, and the one or more first engagement elements are configured to receive one or more prongs of a transportation device or a bulk material unloading device.

Abstract: The disclosure provides a bulk material unloading system and method. The system includes a bulk material container containing a bulk material and an unloading device. The unloading device is configured to engage the bulk material container and at least partially invert the bulk material container. The method includes engaging a bulk material container containing a bulk material with an unloading device and emptying the bulk material container. Emptying the bulk material into the hopper includes lifting the bulk material container using the unloading device and rotating the bulk material container using the unloading device.

Abstract: A system and method for independent control of simultaneous fracturing for multiple wellbores is disclosed. In certain embodiments, a first clean pumping unit and a first dirty pumping unit are fluidically coupled to a first wellbore, wherein the first clean pumping unit pumps a first fluid to the first wellbore and the second clean pumping unit pumps a second fluid to the first wellbore. In certain embodiments, a second clean pumping unit and a second dirty pumping unit are fluidically coupled to a second wellbore, wherein the second clean pumping unit pumps the first fluid to the second wellbore and the second dirty pumping unit pumps. In certain embodiments, a controller controls a pumping rate of at least one of the first clean pumping unit and the first dirty pumping unit based on a desired parameter of a combined fluid pumped to the first wellbore.

Abstract: A system and method for independent control of simultaneous fracturing for multiple wellbores is disclosed. In certain embodiments, a first clean pumping unit and a first dirty pumping unit are fluidically coupled to a first wellbore, wherein the first clean pumping unit pumps a first fluid to the first wellbore and the second clean pumping unit pumps a second fluid to the first wellbore. In certain embodiments, a second clean pumping unit and a second dirty pumping unit are fluidically coupled to a second wellbore, wherein the second clean pumping unit pumps the first fluid to the second wellbore and the second dirty pumping unit pumps. In certain embodiments, a controller controls a pumping rate of at least one of the first clean pumping unit and the first dirty pumping unit based on a desired parameter of a combined fluid pumped to the first wellbore.

Abstract: A transportable system has a power distribution system with a power distribution unit and a power module. The power module is configured to provide energy in the form of rotational motion to the power distribution system. The power distribution unit has one or more power converters and an input connection. The power distribution unit is coupled to the power module, and the rotational energy from the power module is transferred to the one or more power converters via the input connection.

Abstract: A method of controlling a pumping sequence of a fracturing fleet at a wellsite with two wellbore comprising determining a first pumping sequence for a first wellbore and determining a second pumping sequence for a second wellbore. The pumping sequences are comprised of a plurality of pump stages that are intervals based on time or volume. The intervals of the first pumping sequence and the second pump sequences are overlapped into a combined pumping sequence. At least one interval is identified wherein the combined pumping sequence exceeds an operating limit of at least one fracturing unit and the intervals from the second pumping sequence is offset from the intervals of the first pumping sequence to create a modified combined pumping sequence, wherein the interval of the modified combined pumping sequence is below the operating limit.

Abstract: Apparatus for treating a wetted proppant including a device to estimate fraction of water in a wetted proppant feed of a frac proppant processing plant; a system for determining an environmental temperature at which the wetted proppant will be exposed to in the frac proppant processing plant or in storage holding an output from the frac proppant processing plant; and an additive system to apply a freezing point suppression additive to the wetted proppant in proportion to the fraction of water such that a mixture of the wetted proppant plus the freezing point suppression additive does not solidify at the environmental temperature. A method for treating a wetted proppant is also described.

Abstract: An improved invoice management product may include an invoice hub server and an invoice database, and may receive data including one or more invoices, transmit one or more invoice records to an invoice database, identify one or more invoice records for expedited processing, transmit a request to issue an advance payment to a supplier associated with one or more supplier identifiers associated with the one or more invoice records, and transmit a notice to a customer. An Invoice Hub server may receive data comprising one or more invoices, create one or more invoice records based on the one or more invoices, transmit the one or more invoice records to an invoice database, identify one or more invoice records for expedited processing, transmit a request to issue an advance payment to a supplier, and transmit a notice to a customer associated with the one or more invoice records.

Abstract: This invention relates to electrical junction box covers for temporary use during application of drywall and other finish work. Electrical junction boxes include any type of electrical outlet or switch box, including communication boxes for cable, Ethernet, phone, or any other related system. The covers of the invention prevent debris from entering the electrical junction boxes during the application of drywall and finish work. The covers protect electrical and data cabling and provide substantial efficiencies in construction of residential and commercial structures.

Abstract: The disclosure provides a transportable system. The transportable system comprises a power distribution system comprising a first power distribution unit. The transportable system further comprises a first power module. The first power module is configured to provide energy in the form of rotational motion to the power distribution system, wherein the first power distribution unit comprises one or more power converters and an input connection, wherein the first power distribution unit is coupled to the first power module, wherein the rotational energy from the first power module is transferred to the one or more power converters via the input connection.

Abstract: This invention relates to electrical junction box covers for temporary use during application of drywall and other finish work. Electrical junction boxes include any type of electrical outlet or switch box, including communication boxes for cable, Ethernet, phone, or any other related system. The covers of the invention prevent debris from entering the electrical junction boxes during the application of drywall and finish work. The covers protect electrical and data cabling and provide substantial efficiencies in construction of residential and commercial structures.

Abstract: This invention relates to electrical junction box covers for temporary use during application of drywall and other finish work. Electrical junction boxes include any type of electrical outlet or switch box, including communication boxes for cable, Ethernet, phone, or any other related system. The covers of the invention prevent debris from entering the electrical junction boxes during the application of drywall and finish work. The covers protect electrical and data cabling and provide substantial efficiencies in construction of residential and commercial structures.

Abstract: This invention relates to electrical junction box covers for temporary use during application of drywall and other finish work. Electrical junction boxes include any type of electrical outlet or switch box, including communication boxes for cable, Ethernet, phone, or any other related system. The covers of the invention prevent debris from entering the electrical junction boxes during the application of drywall and finish work. The covers protect electrical and data cabling and provide substantial efficiencies in construction of residential and commercial structures.

Abstract: An indoor/outdoor cabinet operable by multiple power sources that includes an internal cavity that may be maintained at a desired temperature by a first power source when the cabinet is being used indoors and may be maintained at a desired temperature by a second power source when the cabinet is being used outdoors without the need for an externally located generator or gas supply.

Abstract: An improved invoice management product may include an invoice hub server and an invoice database, and may receive data including one or more invoices, transmit one or more invoice records to an invoice database, identify one or more invoice records for expedited processing, transmit a request to issue an advance payment to a supplier associated with one or more supplier identifiers associated with the one or more invoice records, and transmit a notice to a customer. An Invoice Hub server may receive data comprising one or more invoices, create one or more invoice records based on the one or more invoices, transmit the one or more invoice records to an invoice database, identify one or more invoice records for expedited processing, transmit a request to issue an advance payment to a supplier, and transmit a notice to a customer associated with the one or more invoice records.

Abstract: An improved invoice management product may include an invoice hub server and an invoice database, and may receive data including one or more invoices, transmit one or more invoice records to an invoice database, identify one or more invoice records for expedited processing, transmit a request to issue an advance payment to a supplier associated with one or more supplier identifiers associated with the one or more invoice records, and transmit a notice to a customer. An Invoice Hub server may receive data comprising one or more invoices, create one or more invoice records based on the one or more invoices, transmit the one or more invoice records to an invoice database, identify one or more invoice records for expedited processing, transmit a request to issue an advance payment to a supplier, and transmit a notice to a customer associated with the one or more invoice records.

Abstract: A system and method for hydrating a hydratable material are provided in which a first hydration fluid is heated prior to mixing with the hydratable material to produce a hydration mixture. The hydration mixture is subsequently mixed with a second hydration fluid to produce a well injection fluid having a hydrated hydratable material. Generally, the first hydration fluid will be at about ambient temperature before it is heated and the second hydration fluid will be at about at about ambient temperature when it is mixed with the hydration mixture. Typically, the first hydration fluid will be a minor part of the hydration fluid content of the well injection fluid and the second hydration fluid will be a major part of the hydration fluid content of the well injection fluid.

Abstract: Methods including providing a fluid flow path allowing the passage of a treatment fluid comprising an aqueous base fluid therethrough. Introducing an exothermic reactant into the fluid flow path to react with the aqueous base fluid and heat the treatment fluid. Introducing a gelling polymer into the fluid flow path and hydrating the gelling polymer. Introducing the treatment fluid into a subterranean formation.

Abstract: A system and method for hydrating a hydratable material are provided in which a first hydration fluid is heated prior to mixing with the hydratable material to produce a hydration mixture. The hydration mixture is subsequently mixed with a second hydration fluid to produce a well injection fluid having a hydrated hydratable material. Generally, the first hydration fluid will be at about ambient temperature before it is heated and the second hydration fluid will be at about at about ambient temperature when it is mixed with the hydration mixture. Typically, the first hydration fluid will be a minor part of the hydration fluid content of the well injection fluid and the second hydration fluid will be a major part of the hydration fluid content of the well injection fluid.