The pressure control systems we run on pad are built around equipment designed to stay in service. Fewer maintenance points. Stronger sealing. Engineering that supports long pumping programs.
For a long time, maintenance was simply accepted as part of pressure control. Grease schedules. Routine intervention on location. Equipment that needed constant attention just to stay in service.
Most valves used in frac today were originally built for production environments. They work well in lower-cycle applications, but modern frac operations place very different demands on the equipment.
The Magnum SP® valve was designed specifically for those conditions.
Focus on sealing integrity and durability so the system can stay in service through long pumping programs without constant intervention.
Keeps the valve sealing reliably during long pumping programs, even as pressure conditions change.
Prevents sand and debris from collecting inside the valve body and interfering with performance.
Helps the valve maintain sealing integrity during the pressure fluctuations common in frac operations.
Extends durability in abrasive frac environments where conventional materials wear quickly.
Designed specifically for high-cycle pressure pumping rather than adapted from legacy production valves.
No valve maintenance. High differential actuation improves well swaps. Thousands of stages without a shutdown.
The mechanical foundation behind predictable execution.
Pressure control works best when it's treated as a system, not just a collection of components.
Our frac missile configurations are designed so crews can isolate wells, test equipment, and move through stages without interrupting the rest of the operation.
That flexibility becomes especially important during long pumping programs, where even small interruptions can ripple across the entire pad.
When the system is configured correctly, pressure control stops being something crews have to manage throughout the job.
It simply does its part — allowing the operation to keep moving.
A good plan starts with accurate inputs. Pad layouts are often built from rough measurements or outdated site information. Small errors early can turn into bigger problems once equipment reaches location.
So we start by capturing the pad exactly as it exists in the field.
Using site measurement and mapping tools, our team builds a clear picture of the location — including terrain, spacing, and how equipment will move across the pad once pumping begins.
That information feeds directly into the layout and execution planning process. When the inputs are right, the plan has a much better chance of working the way it should.
Pressure control equipment is only as reliable as the manufacturing behind it.
Most service companies run valves built by third-party manufacturers. When durability issues or design improvements arise, those companies have to work through a long supply chain before anything changes.
Our relationship with Worldwide Oilfield Machine (WOM) works differently.
WOM has spent decades designing and manufacturing pressure control equipment for demanding energy environments. Their operation spans forging, machining, metallurgy, and assembly — giving them control of the entire build process.
When something unexpected shows up in the field, we're able to talk directly with the engineers and metallurgists responsible for building the equipment. That short path between the field and the forge allows problems to be solved faster and improvements to move quickly into the equipment.
Different incentives. Different strategy. Different results.
No fluff. No sales script. Just operators helping you get control of your job.