The oil industry has five main enhanced oil recovery applications that utilize nitrogen, including pressure maintenance, miscible displacement, immiscible displacement, gas assisted gravity drainage (GAGD), and mixed gas, which increases reservoir reserves. Nitrogen is also used as an energized fluid to fracture shale or other unconventional formations to produce tight gas and oil reservoirs.

It is well-known in the oil industry that carbon dioxide can be applied to your reservoir as a tertiary oil recovery method. At Yateem Oxygen, we can provide CO2 injectivity testing, pilot applications and full-field projects. We also provide CO2 services for energized fluid fracturing (fracing) in conventional reservoirs for both long reach horizontal and vertical wells.

We’re helping you produce conventional and unconventional hydrocarbons through fracturing. We supply liquid nitrogen and carbon dioxide, as well as industrial services such as product transport, storage vessels, and booster pressure pumping.

Our industrial gas injection systems are proven, cost-effective and smart ways to get more oil and gas out of your reservoirs. We have the expertise to understand your enhanced oil needs and the ability to develop low cost, reliable gas supply systems to meet your particular needs. Linde have supplied gases to over 20 EOR projects.

We provide high-pressure nitrogen at the wellhead, which is used for the following applications: Pressure Testing Leak Detection Purging Pigging

At Yateem Oxygen, we offer storage and CO2 pumping services with our dedicated fleet, manifolds and boost pumps. We are a leader in gas supply logistics and liquid sourcing. And our highly skilled industry technicians, engineers and field supervisors work closely with service providers and owners to ensure each frack job is executed flawlessly. We can also provide technical assistance in energized fluid frack design with E-Frack simulation.

Reservoirs in a mature primary or secondary stage of production are candidates for gas displacement recovery applying CO2 or N2 injection. To determine if your reservoirs are amenable to this service, we use geological analysis and computer modeling to understand which strategies will work best. But before investing in the infrastructure necessary to enhance recovery on your full field, we offer smaller scale pilot testing services. We’ll provide short to medium term — typically one to 36 months — supply, delivery and pumping of CO2 or N2 to your fields to enable pilot testing. We have the experienced field engineering and technician crews required to safely and reliably deliver and operate our well site equipment. We work with customers to determine the best mode of operation and will provide the equipment and expert crews to execute the pilot tests.

Our cyclical Huff n’ Puff services stimulate aging oil wells with CO2 to recover tertiary oil. In this process, CO2 is injected into a single well. The well is shut-in for a designated soaking period and the CO2 dissolves into the oil to cause swelling, increased saturation and permeability, and reduced viscosity. Oil is then produced back from the stimulated well typically at a higher rate than before treatment.

Yateem Oxygen has the supply infrastructure, storage and pumping equipment, and expert crews to meet your high-pressure nitrogen needs for any oil or gas well application. We deliver liquid nitrogen to the well site in truck mounted storage vessels and have high-pressure pumps which deliver liquid at high-pressures needed for your unique applications. Yateem Oxygen has an extensive liquid N2 production and delivery network to meet our customers’ needs. Our experienced crews provide on-site set-up and operations of our storage and pumping equipment.

Our accelerated reactors cooling application cools most reactors to less than 40 degrees Celsius in under 20 hours and consumes substantially lower quantity of nitrogen when compared to traditional once-through cooling methods. Yateem Oxygen also brings decades of operating experience and trained personnel who can help you run the system safely, efficiently and with reduced operational costs. The service employs a computer program to model your reactor system and predict liquid nitrogen injection rate, volume, and time required for cool down. The service equipment is designed for automatic control of the cool down process given a specified cool down rate, by maintaining an appropriate injection rate and liquid nitrogen velocity. The system is also equipped with automatic fail safe features for shut down in case of temperature variation or system malfunction, thereby ensuring low temperature protection of your reactor system.

We do more than provide industrial gases, applications and services specific to the oil & gas industry. We will help you to optimize every step of your process. From consultation to implementation and use, we offer a range of industrial services that help you deliver your project on time and on budget so you can be as productive and efficient as possible.