NPS 2 Gate Valve Enclosure
Using high-resolution 3D scan data, the two-NPS valve enclosure was precisely engineered to achieve a compact and efficient fit around the leaking valve.
NPS 1-1/2 Line Enclosure
The line enclosure was installed over a set of orifice flanges while maintaining full operability of the orifice valve. The 3D scan data supported the complex design requirements and ensured accurate fit-up and successful installation.
Control Valve Pin Hole Enclosure
This pinhole enclosure was compactly designed using the surface profile captured from the 3D scan, ensuring a precise fit and effective leak containment—all while weighing under 18 lbs.
NPS 1 Nozzle Flange Leak
This NPS 1 nozzle flange leak was accurately and rapidly captured using 3D scanning. In this case, speed was critical, as the leak involved highly corrosive and toxic HF acid, minimizing exposure time for the technicians involved.
NPS 3 45° Elbow Enclosure
This NPS 3 45-degree elbow may seem straightforward—but why scan it? The 3D scan quickly and clearly captured the field-installed stopgap, enabling engineering to design a compact enclosure around the obstruction while reducing risk for everyone involved.
NPS 4 Double 45° Elbow Spigot Enclosure
The double 45-degree elbow enclosure required closure in two planes, which was achieved through a spigot connection between the elbows. The primary challenge was maintaining a continuous perimeter seal across this joint. Leveraging 3D scanning provided the accuracy necessary to ensure a precise fit and reliable seal integrity.
NPS 1 Three Way Valve Elbow Enclosure
This elbow coming off a threaded three-way was located in a tight, confined space where design complexity can often exceed fabrication cost. In situations like this, precise fit is critical. The 3D scan enabled a precisely machined enclosure to slip seamlessly into place, eliminating the need for back and forth between the engineering and the technicians to capture a multitude of caliper measured dimensions.