Abstract: A system and method for protecting workers, vehicles, and well-heads by enclosing well-site cellars with a series of framed plates. Each plate is perforated and configured for lifting with holes for hoisting the plates. Each plate is lipped to be retained by longitudinal edges of the cellar. A plurality of plates supports a platform for supporting a pipe wrangler adjacent a cellar based wellbore.

Abstract: A system and method for protecting workers, vehicles, and well-heads by enclosing well-site cellars with a series of framed plates. Each plate is perforated and configured for lifting with holes for hoisting the plates. Each plate is lipped to be retained by longitudinal edges of the cellar. A plurality of plates supports a platform for supporting a pipe wrangler adjacent a cellar based wellbore.

Abstract: A system and method for enabling drilling equipment to access and work with well heads located in a cellar type arrangement. Modules are combined together with wheel risers to form various shaped platforms for spanning across the roof of cellars for hydrocarbon extraction. The various shaped platforms provide support adjacent the well head for work over rigs and surface rigs to drive adjacent the well heads located in the cellar.

Abstract: A system and method for protecting workers, vehicles, and well-heads by enclosing well-site cellars with a series of framed plates. Each plate is perforated and configured for lifting with holes for hoisting the plates. Each plate is lipped to be retained by longitudinal edges of the cellar. A plurality of plates supports a platform for supporting a pipe wrangler adjacent a cellar based wellbore.

Abstract: The present invention provides a method for treating diarrhea caused by the interaction of a chemotherapeutic agent with a CFTR protein, which comprises administering sequentially, separately or simultaneously with said chemotherapeutic agent a therapeutically effective amount of a CFTR protein inhibitor to a patient in need of the treatment of such a diarrhea and a method for optimizing time and dosages of a diarrheagenic chemotherapeutic agent in a patient in need thereof, which comprises evaluating the sensitivity of said patients towards said agent through the detection of chloride levels in a biological sample of said patient and selecting a time and dosages of said agent based on the above chloride levels.