Mobile refrigeration unit

A field gas power generation system, comprising:

• a gas conditioning system, comprising:
• an inlet valve configured to direct flow to a fluid conduit;
• a chiller wherein the chiller is in thermal communication with the fluid conduit and is configured to remove heat from the flow within the fluid conduit;
• a separator defining a separator inlet to receive flow from the fluid conduit, wherein the separator is configured to direct conditioned gas from the separator inlet to a first separator outlet;
• a system outlet configured to receive flow from the first separator outlet;
• and
• a dehydration agent injection system, comprising:
• an injector configured to inject a dehydration agent into the flow, wherein the separator is configured to direct the dehydration agent from the flow to a second separator outlet;
• and
• a reboiler configured to receive flow from the second separator outlet, the reboiler comprising an electric heating unit, wherein the electric heating unit is configured to transfer heat to the dehydration agent disposed within the reboiler;
• and
• a generator configured to receive flow from the system outlet, wherein the generator is configured to generate electricity from the flow from the system outlet.

A method of operating a gas conditioning system, the method comprising:

• transporting the gas conditioning system relative to a fluid source, wherein the gas conditioning system comprises a chiller, a separator, and a reboiler;
• directing a flow from the fluid source to the chiller;
• injecting a dehydration agent into the flow;
• removing heat from the flow with the chiller;
• separating a conditioned gas from the flow from the chiller via the separator;
• separating the dehydration agent from the flow via the separator;
• directing the conditioned gas to a downstream device via an outlet;
• directing the dehydration agent from the separator to the reboiler;
• and
• electrically heating the dehydration agent via an electric heating unit of the reboiler.