ZAP completed the engineering design, procurement, and construction of the installation of two Solar Taurus 70 turbine booster compressors site, with a future option to install a third Solar Taurus 70 turbine booster compressor.
We offer services from inlet liquid handling through treating and cryogenic recovery plants.
ZAP Engineering has extensive expertise in the Midstream sector of the Oil and Gas Industry. We offer services from inlet liquid handling through treating and cryogenic recovery plants. Over the life of the company, we have provided total engineering packages throughout the Midstream sector. These projects range from up front conceptual studies to detailed design of cryogenic plants. ZAP has a history and relationship of working with many different OEM suppliers in the industry to provide the best solutions to our customers. We offer front end process engineering resources for conceptual studies, debottlenecking projects, and plant performance studies.
ZAP specializes in the following midstream areas:
- Product Storage
- Gas Compression (Field and Plant)
- Engine, Motor or Turbine Driven
- Positive Displacement
- Inlet Liquid Handling
- Product Stabilization
- Treating & Dehydration
- Molecular Sieve
- Methanol Injection
- Natural Gas Processing
- Joule Thompson
- Enhanced Joule Thompson
- Turbo Expander
- Nitrogen Rejection
Midstream Oil and Gas Projects
60 MMSCFD Libby Gas Plant – Lea County, New Mexico ZAP Engineering & Construction Services, INC was contracted, by 3 Bear Energy LLC, to perform the engineering and design for a 60 MMSCFD cryogenic gas processing plant with 400 GPM amine unit, inlet liquids handling, stabilizer, and all utilities. The project included site development, in […]
ZAP completed the engineering design, procurement, and construction of the installation of two Solar Taurus 70 turbine booster compressors, with a future option to install a third Solar Taurus 70 turbine booster compressor.
Each ROTF will consist of modular 30,000 BPD oil stabilization trains and a balance of plant infrastructure suitable for a full plant capacity of 120,000 BPD.