![]() ![]() Their drone-based methane sensor is a Tunable Diode Laser Absorption Spectroscopy (TDLAS) capable of determining methane at a lower detectable limit of 5 ppm-m. John’s, Newfoundland and Labrador, Altomaxx has five office branches across Canada and the United States. ![]() This plug-and-play testing program for cleantech startups supports the development and testing of clean technologies to reduce methane emissions in the natural gas industry.Īltomaxx is a leading-edge drone-service provider focused on developing integrated solutions within the natural gas industry. NGIF Emissions Testing Centre has a four-stage program where selected startups and their projects: are evaluated for eligibility (stage 1) undergo simulation testing in a controlled laboratory environment hosted by the University of Calgary (stage 2) undergo testing in a live industrial gas plant operations site hosted by Tourmaline Oil/Perpetual Energy West Wolf Lake Gas Plant (stage 3) and are provided a data/outcome report and validation to accelerate their commercialization (stage 4). has been selected to participate in NGIF’s Emissions Testing Centre (ETC) program, a division of NGIF Capital Corporation, to demonstrate and validate their drone-based methane sensors that detect and pinpoint leak locations along pipelines, well heads and natural gas facilities. This allows it to be nicely integrated with foundations and Walkways.CALGARY, AB (October 06, 2022) Altomaxx Technologies Inc. Additionally, its base is 2x3 foundations while the whole structure is 3x3 foundations. The platform of the Drone Port is 4 meters above the base.To remedy this, turn off unused Drone Ports with the standby switch (or cut their power supply entirely).This makes it the third highest power consumer not considering overclocking, only behind the Resource Well Pressurizer and Particle Accelerator. A Drone Port always consumes 100 MW regardless if a Drone is docking or not.Similar to Truck and Train Stations, Drone Ports can be renamed. As Batteries are consumed only by distance, prolonged waiting times don't increase their consumption. If multiple drones arrive at the same Drone Port at once, they will circle above the port until it frees up. A Drone Port can be the destination port of any amount of other Drones. In case it's the Drone's destination port, it needs to temporarily be loaded with Batteries from its home port. Only one Drone Port needs to supply batteries. The status of other Drone Ports/Drones can be viewed and configured in the third tab.ĭrones only fly between their respective home and destination port. The nested Drone's destination port can be configured in the second tab. Cargo throughput (maximum, outgoing and incoming transfer rate).Battery consumption per trip and per minute.Drone status (No Drone/Docking/Docked/Loading/Unloading/Cannot Unload/Insufficient Batteries/Takeoff/En Route).The Drone Port's UI shows information about its nested Drone: The Drone Port's inventory is divided into two separate inventories of 18 slots (twice as much as a Drone's 9 slots) for outgoing and incoming cargo. It has one input port, one output port and a separate input port for Batteries. Drone Ports are used for nesting a Drone, as well as to load/unload Drone cargo and supply Batteries.
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