Abstract: A mobile cooling system comprising a heat exchanger for cooling fluids, configured for efficient and cost-effective transportation without wide-load restrictions over highways. The mobile cooler can include a cooler, a motor capable of operating a fan at variable speeds, a control module and telemetry system for remote operation and monitoring, and a solar panel to provide alternative energy, all mounted on a trailer. The cooler is configured to use a fan blowing air to reduce the temperature of a fluid flowing through cooling tubing of the cooler. An engine driver may be located on the same or a separate trailer capable of supplying the cooling system with electrical power. Multiple mobile cooling systems may be efficiently utilized for operations requiring cooling of multiple fluid streams.

Abstract: Modular amine plants and methods of installing modular amine plants are provided. The method includes providing to a site a modular amine plant having a front-end module and a back-end module in fluid communication with each other. The front-end module having pre-fabricated connections for the association of various equipment including: a filter, an absorption tower, and a flash tank. The back-end module having pre-fabricated connections for the association of other various equipment including: a heat exchanger, a distillation tower, and a reboiler. The modular amine plant having moment forces sufficient to withstand wind speeds of about 100 miles per hour.

Abstract: A modular amine plant having a front-end module and a back-end module in fluid communication with each other. The front-end module having pre-fabricated connections for the association of various equipment including: a filter, an absorption tower, and a flash tank. The back-end module having pre-fabricated connections for the association of other various equipment including: a heat exchanger, a distillation tower, and a reboiler. The modular amine plant capable of being installed at a site in less than about 5 days. The modular amine plant further having moment forces sufficient to withstand wind speeds of about 100 miles per hour.

Abstract: Modular amine plants and methods of installing modular amine plants are provided. The method includes providing to a site a modular amine plant having a front-end module and a back-end module in fluid communication with each other. The front-end module having pre-fabricated connections for the association of various equipment including: a filter, an absorption tower, and a flash tank. The back-end module having pre-fabricated connections for the association of other various equipment including: a heat exchanger, a distillation tower, and a reboiler. The modular amine plant having moment forces sufficient to withstand wind speeds of about 100 miles per hour.

Abstract: A modular amine plant having a front-end module and a back-end module in fluid communication with each other. The front-end module having pre-fabricated connections for the association of various equipment including: a filter, an absorption tower, and a flash tank. The back-end module having pre-fabricated connections for the association of other various equipment including: a heat exchanger, a distillation tower, and a reboiler. The modular amine plant capable of being installed at a site in less than about 5 days. The modular amine plant further having moment forces sufficient to withstand wind speeds of about 100 miles per hour.