Abstract: Method for collecting video files of one or more Leak Detection and Repair (LDAR) components, including receiving information pertaining to the one or more LDAR components within a specified area, recording a video of the LDAR components for a predetermined amount of time using a camera, associating the video with the information, and storing the video along with the information to a memory located in a computer.

Abstract: A method for verifying whether a technician is accurately monitoring one or more Leak Detection And Repair (LDAR) components. The method includes receiving a request to display an assignment. The assignment lists one or more LDAR components to be monitored in one or more areas. The assignment also lists one or more artificial LDAR components that do not exist in the areas. After receiving the request to display the assignment, the method includes displaying the assignment and receiving information regarding one of the artificial LDAR components.

Abstract: Various technologies and techniques directed to creating, encrypting, and updating a database of position coordinates of LDAR components. In one implementation, the method for creating a database of coordinates of leak detection and repair (LDAR) components includes receiving an input pertaining to an LDAR component, obtaining position coordinates of a handheld computer device and associating the position coordinates of the handheld computer device with the LDAR component.

Abstract: Reigniting a flame in a volatile organic compound (VOC) detector in the event that the flame has gone out. In one implementation, a signal is received at a handheld personal computer indicating that a flame in the VOC detector has gone out. The flame in the VOC detector may then be reignited using the handheld personal computer and a Bluetooth enabled device facilitating communication between the handheld personal computer and the VOC detector.

Abstract: Method for collecting video files of one or more Leak Detection and Repair (LDAR) components, including receiving information pertaining to the one or more LDAR components within a specified area, recording a video of the LDAR components for a predetermined amount of time using a camera, associating the video with the information, and storing the video along with the information to a memory located in a computer.

Abstract: Reigniting a flame in a volatile organic compound (VOC) detector in the event that the flame has gone out. In one implementation, a signal is received at a handheld personal computer indicating that a flame in the VOC detector has gone out. The flame in the VOC detector may then be reignited using the handheld personal computer and a Bluetooth enabled device facilitating communication between the handheld personal computer and the VOC detector.

Abstract: A method for calibrating a volatile organic compound (VOC) detector. In one implementation, an initiation request may be received indicating a gas concentration level amount to be used for calibrating a VOC detector. A gas may be provided to the VOC detector according to the gas concentration level amount. The VOC detector may be provided with the gas concentration level amount. A calibration log may be received from the VOC detector. The calibration log may comprise an identifier of the VOC detector, the gas concentration level amount, and a date indicating when the VOC detector received the gas concentration level amount and the gas according to the gas concentration level amount.

Abstract: Method for managing a response to a triggering event in connection with a fugitive emissions monitor of a component. In one implementation, the method may include determining whether an input is a triggering event. If the input is a triggering event, then a message regarding the triggering event and one or more actions to remedy the triggering event may be displayed. The method may further include displaying one or more queries to confirm that the actions have been completed.

Abstract: A laser smoke evacuation system and method for laser smoke removal from the site of laser laparoscopy in a patient cavity. The system includes a CO.sub.2 gas pump connected through a control valve, a pressure sensor, and a bacterial filter to a laparoscopic tube inserted into the patient, a return line from a second laparoscopic tube in the patient through a smoke filter, a pressure sensor, a control valve, and a fluid trap into the return of the pump, and an insufflator connected into the patient to supply CO.sub.2 gas lost by leakage and tissue absorption an to provide required distention of the patient cavity. The method includes the steps of supplying a first flow of CO.sub.2 gas into a patient cavity to the operation sites, returning the first flow of CO.sub.2 gas with removed laser smoke from the cavity, cleansing the smoke from the first flow of CO.sub.2 gas, recirculating the cleansed first flow of CO.sub.2 gas back to the patient, and providing a second makeup flow of CO.sub.