QB Johnson Manufacturing, Inc. products

QB Johnson Manufacturing, Inc. specializes in the engineering, designing, and manufacturing of amine gas treating units aimed at the effective removal of carbon dioxide (CO2) and hydrogen sulfide (H2S) from natural gas. With over four decades of industry experience, the company designs custom amine treaters ranging from 3 GPM to 600 GPM capacities, ensuring they meet specific customer requirements. These units are modular and skid-mounted, which optimizes the installation process by reducing time and cutting down costs. Amine gas treating is an essential process to purify natural gas, enhancing its quality and safety for various applications. QB Johnson Manufacturing's units install easily at job sites, including known deployments in Oklahoma. The company maintains a commitment to quality, certified under ISO 9001:2015 for its Quality Management System.

Gas plants, also referred to as Gas Liquid Recovery Units, are instrumental in extracting marketable hydrocarbon liquids from gas streams. They play a crucial role in maintaining the BTU content of sales gas, eliminating condensation, and ensuring a consistent two-phase flow within transmission pipelines. By stabilizing the heating value of the gas, these units enhance the efficiency of compression and combustion turbines. Typically, the simplest liquid recovery units employ heat exchangers and external refrigeration to cool the gas for hydrocarbon separation. The procedure includes cross exchanging the separated gas with the inlet gas for pre-cooling. Subsequently, the liquid undergoes level control to a stabilizer where temperature and pressure yield the desired vapor pressure product. QBJ gas plants are engineered to use various refrigeration methods, including mechanical refrigeration, J-T refrigeration, and a proprietary mixed refrigerant system. Their Condensate Field Stabilization Unit employs well-established technology to transform raw condensate into a stable, transportable product, emphasizing operational ease, transportability, and consistent performance across varied conditions.