Abstract: A method of assembling a wardrobe box assembly includes providing a wardrobe box and a hanger support member, the wardrobe box defining an interior cavity, a first box mounting slot, and a second box mounting slot, the hanger support member defining a first hanger engagement slot and a second hanger engagement slot; aligning the first hanger engagement slot with the first box mounting slot and aligning the second hanger engagement slot with the second box mounting slot; and engaging the first hanger engagement slot with the first box mounting slot and engaging the second hanger engagement slot with the second box mounting slot to mount the hanger support member on the wardrobe box in a use configuration, wherein the hanger support member extends laterally across the interior cavity.

Abstract: A wardrobe box includes a sidewall enclosure comprising a plurality of side panels, the plurality of side panels comprising a first side panel and a second side panel opposite the first side panel, the sidewall enclosure at least partially defining an interior cavity of the wardrobe box; a first box mounting slot defined at a top edge of the first side panel and configured to engage a hanger support member; and a second box mounting slot defined at a top edge of second side panel and configured to engage the hanger support member.

Abstract: A method and apparatus for combining multiple sources of intake water for use in hydraulic fracturing and other oil and gas drilling operations and treating the water with peracetic acid prior to discharging into one or more frac tanks or into a well. The apparatus includes a manifold assembly that combines water from multiple sources prior to entering a mixer where PAA is injected in a finely dispersed spray under pressure to thoroughly mix the PAA and intake water prior to be discharged into one or more frac tanks. By using a manifold assembly, the apparatus is easily transported to different job site-locations and permits the use of standard connection fittings to easily connect the apparatus to existing fracturing equipment. A method for injecting the PAA and testing and adjusting the level of PAA is also disclosed.

Abstract: An apparatus and method for injecting surfactant into a well for coal bed methane (CBM) recovery, tight sand gas extraction, and other gas extraction techniques provides for the mixing of surfactant and water near the downhole end of the well, maximizing water removal for gas recovery. The apparatus may include a check valve that feeds a nozzle to atomize the spray of surfactant into the well production tube. Surfactant is not sprayed directly into the formation, thereby protecting the formation from damage and recovering surfactant even in the case where water is not present. The capillary tube feeding surfactant to the check valve may be placed externally to the production tube to facilitate ease of cleaning and clearing of the production tube.

Abstract: An apparatus for monitoring the pressure in a gas well at a downhole location is disclosed. The apparatus uses a capillary tube connecting a downhole monitoring assembly with a pressure gauge or gauges at the wellhead. The downhole monitoring assembly and capillary tube are located externally to the production tube so as not to block the production tube for cleaning or other uses. A passage from the interior of the production tube passes gas to the capillary tube in order to measure the pressure at the downhole end of the production tube.

Abstract: An apparatus and method for injecting surfactant into a well for coal bed methane (CBM) recovery, tight sand gas extraction, and other gas extraction techniques provides for the mixing of surfactant and water near the downhole end of the well, maximizing water removal for gas recovery. The apparatus may include a check valve that feeds a nozzle to atomize the spray of surfactant into the well production tube. Surfactant is not sprayed directly into the formation, thereby protecting the formation from damage and recovering surfactant even in the case where water is not present. The capillary tube feeding surfactant to the check valve may be placed externally to the production tube to facilitate ease of cleaning and clearing of the production tube.