We have articulated in past posts some of the benefits of configuring processing equipment in skid form. Generally, these advantages have to do with efficient execution, that is that a skid that supports a specific processing step is more thoroughly debugged at the OEM factory, installs quicker and is turned over to production faster with minimal interruptions.
As we've said before, skids come in all shapes and sizes, for many applications and industries. Take this solvent coater we retrofitted for the New College Institute.
Question: when is a skid not JUST a skid?
Answer: When it is a cart, a panel, a pod, a plate, a module…
More and more frequently we at Optimation are seeing requests, and opportunities, for modular or skid-based production and manufacturing process projects. These are condensed application sets embodied in a well-controlled and highly-engineered custom configuration.
Topics: Skid Systems
At Optimation we design and fabricate many skid systems. These systems are used by manufacturers for a broad variety of applications. Skids can be built as carts, in frames, in shipping containers or trailers. They can be built as prefab production lines units that can be bolted together to form larger systems. Physical layout can be tailored to the complexity, geography and environmental conditions the skid needs to perform in. Some are mounted indoors in factory conditions, others may ultimately be located in the arctic, or on an offshore oil platform. Applications also vary. Some are used for chemical delivery or small scale chemical processing. Others have been used for hydrogen distribution, high pressure test systems, food processing or testing medical devices. Skid systems have the advantage of being built in a shop in controlled conditions and then installed in remote or challenging locations.
Gas Technologies LLC. located in Walloon Lake, MI. has an NGL production facility set up in North Dakota and they are producing NGLs. Present production is at the rate of 600 mscfd. They anticipate a ramp-up of this rate by year-end and will shortly set up an adjacent Mini-GTL plant at the North Dakota site. Their goal is to change the world of gas flaring by making a huge reduction in the amount of gas flared.
Today’s technologies demand more of everything—more data, computing power, test cycles, security, reliability, everything.
Many companies employ systems of interconnected piping, pumps, accumulators, filters, heat exchangers, etc. and associated control systems to produce a specific set of conditions or products in a manufacturing or production process. Optimation specializes in this space, delivering such systems on skids or in pods for food, chemical, industrial coatings, or other products. Often these systems are designed and engineered to yield an environment for controlling processes using gases such as nitrogen or argon, etc. This requires use of specific technologies and materials, combined in such a way that they not only deliver the right pressures and volumes, but also employ the proper materials, fittings, piping, and valves. We also must consider the safety features that accompany such conditions in the presence of electricity which introduces a whole other set of risks.
At Optimation we support and promote manufacturing by designing, fabricating and installing manufacturing systems. There are many different needs by different manufacturers. One of the common requests we get from manufacturers is to fabricate skid based systems. From a simplistic perspective, a skid based system can be compared to using a modular home instead of stick built construction. Skids can be built remotely, moved in quickly and may fit into difficult locations or installed in locations where there isn't sufficient local skilled trade labor to build a system from the ground up.
Topics: Skid Systems
Many companies who manufacture goods frequently find themselves lacking resources, space, and time to invest in their business when it comes to improving or expanding their production processes. Attempts to add new equipment, or shutdowns to existing equipment for upgrades, become disruptive and interfere with meeting production quotas; the additional work also stretches staff with extra tasks not planned for.