Viking Dew Point Conditioning provides mechanical refrigeration units (MRU’s) to clients looking for a leasing option to reduce the hydrocarbon dew point of gas to meet pipeline specifications. Our team of professionals reviews inlet gas analyses and conditions, performs process simulations, and determines the right equipment to meet our clients’ specifications.
If you are interested in learning more about leasing options for your company, please contact Mark Whitt, Project Manager, at firstname.lastname@example.org or at (903) 939-1555 x120.
You may also click below to be redirected to Viking’s website to learn more about our history and previous projects.
The Viking MRU (Mechanical Refrigeration Unit) is engineered and designed to process untreated gas to meet pipeline quality dewpoint or BTU specifications. The MRU is comprised of an inlet coalescer, gas to gas exchanger, cold separator, stabilizer tower, and glycol dehydration system. These units are designed to maximize efficiency while removing the heavier hydrocarbons from the inlet gas stream and creating a pipeline quality residue gas (typically producing a +20 F hydrocarbon dew point) and a marketable NGL product. Our process group can analyze your process to optimize operating conditions and equipment selection.
Our smaller units are supplied with a methanol injection system for freeze control. These smaller units are provided with a multi-stage R507 refrigeration system that is self-monitoring and controlled.
The larger units are supplied with front end glycol injection dehydration and a glycol regeneration unit. No upstream dehydration is required. These larger units are supplied with a hot oil heat medium system for better reboiler control and supplies heat for glycol regeneration. The hot oil system is gas fired thereby reducing the total electrical KVA requirements. These units also utilize a propane refrigeration compressor/condenser system.
Our equipment is modularized construction to minimize field installation and maximize transportability. Our units are delivered to the job site with process equipment installed, on module piping and control valves installed and insulated, and instrument ready to operate. Some onsite erection is required due to shipping height restraints.
Our units consist of a process module, or in some cases two process modules, a glycol regeneration module (larger units), heat medium module (where required), and an MCC module with IA package. Interconnecting piping and electrical connections are constructed in the field.
All equipment is engineered and constructed to the latest codes and standards.
The control system is AB PLC based with an operator interface panel located in the MCC building. Communications are via Ethernet data transfer and the system communication directly with the BMS controls and the compressor loading system.
Veritas Gas Processing provides engineering, design, fabrication, and assembly of cryogenic gas processing plants, NGL fractionation, crude oil stabilization, and other midstream related processing equipment. In the past 25 years, the owners of Veritas have been invovled in the engineering and design, fabrication and assembly, and installation of over 30 projects.
Vulcan Field Construction delivers expert project management and installation teams to complete the construction, commissioning, and start-up of Veritas-designed and fabricated cryogenic gas processing plants, as well as project management and installation teams for other gas processing plant projects.
Vanguard Processing Solutions offers specialized staffing services, including cryogenic plant operators, mechanics, and instrumentation and electrical technicians, for operating Veritas-designed and fabricated cryogenic gas processing plants. Our team engineers and designs the highest quality plants and knows them better than anyone else, making us the perfect operating partner.
Viking Dew Point Conditioning provides mechanical refrigeration units (MRU's) to clients looking for a leasing option to reduce the hydrocarbon dew point of gas to meet pipeline specifications. Our team of professionals reviews inlet gas analyses and conditions, performs process simulations, and determines the right equipment to meet our clients' specifications.