Abstract: Controlling and managing atmospheric carbon emissions by a process of: generating a certificate of sink (COS) corresponding to a quantity of carbon sequestered by a carbon sequestering entity (CSE); generating a first s-NFT by minting the first-COS; publishing the first-sNFT on an exchange; generating a first tokenized carbon credits (first-TCCs) by tokenizing an amount of carbon represented by the first-sNFT; storing the first-TCCs on a first-CSE wallet; generating a first unique carbon tag (UCT) from the first-sNFT, the UCT being associated with: a first dataset identifying the first-sNFT; a second dataset identifying the number of TCCs associated with the first-sNFT, corresponding with an amount of carbon identified under the first-COS and the status of each TCC; a third dataset identifying a location of each of the first-TCCs; storing the first-UCT and datasets on a server associated with the exchange; and triggering the first-UCT with each transaction associated with the first-TCCs.

Abstract: Embodiments relate generally to systems and methods for establishing communication between an operator using a personal protection equipment (PPE) device and a central monitoring station, particularly in an emergency event. If the PPE device loses connection with a wireless network, and therefore with the central monitoring station, one or more method may be used to communicate information from the PPE device to the central monitoring station. One method may include sending a message to a predefined mobile number with location, operator, and alarm information. Another method may comprise establishing a Bluetooth connection with a secondary device, wherein the secondary device is connected to the wireless network, and sending data from the PPE device to the secondary device, wherein the secondary device forwards the data to the central monitoring station.

Abstract: An apparatus and method to present developing incidents to a user in accordance with a selected criteria. Where the incidents correspond to developing gas concentrations, gas samples can be compared to a selected threshold, and responsive to the comparison, a concentration indicating display, relative to a selected region being monitored, can be presented to a user. The displayed concentration indicating elements, in response to real-time samples, can expand on the visual presentation indicating the characteristics of a developing incident. Stored historical information can be represented for after action analysis.

Abstract: A system for monitoring a gas leakage incident in an industrial facility comprises a local area network, and a plurality of closed-circuit television cameras operatively connected to the local area network. The closed-circuit television cameras are positioned to provide video images of plural areas in a facility, with a central station operatively connected to the network for receiving video images from the television cameras. As plurality of gas detectors positioned in plural areas of the facility are operatively connected to the local area network, with each gas detector being operable to provide a signal which indicates occurrence of a gas leakage incident. Real-time monitoring of one or more gas-leakage incidents facilitates efficient evacuation of operating personnel, with the system preferably configured to automatically direct one or more of the closed-circuit television cameras to the area from which a gas leakage signal originates.