Pope Turnkey Process Vessel Systems

Pope Scientific specializes in providing turnkey process vessel systems and custom process skid designs tailored to meet our customers’ exact requirements.

Integrated Processing Vessel Systems

For clients requiring complete, custom processing solutions, Pope Scientific is the go-to provider. Since 1975, we have been recognized and respected for our custom lab, pilot plant, and processing equipment. Our ability to design and supply complex equipment for a broad spectrum of applications showcases our “Solution Driven” capabilities. Our team of chemical, mechanical, and electrical engineers leverages extensive manufacturing and processing experience to deliver top-tier solutions tailored to each customer’s specific process needs.

Custom Process & Engineered Skids

Our custom process skid designs for turnkey systems often include a range of peripheral items essential to enhancing and completing the setup. These can include additional vessels, filter systems, chillers, heaters, pumps, heat exchangers, condensers, load cells, powered lifts, vacuum systems, fractionating columns, and other necessary components. Pope’s continuous processing equipment experience can also be leveraged when building skids, whether it is distillation-based like our wiped-film stills or chemistry driven.

Furthermore, Pope is equipped to integrate data recorders and PLC control systems to cater to the sophisticated demands of our clients. We also accommodate customers who prefer to work with their own automation integrators, offering flexibility by limiting our scope to instrumentation as needed. Whether the requirement is for a skid system suitable for small to medium-scale manufacturing or a custom-designed pilot plant, Pope has the expertise and the resources to deliver high-quality equipment and comprehensive solutions.

Turnkey & Custom Processing FAQs

What exactly is a “turnkey” system from Pope Scientific?

A turnkey system is a complete, integrated processing solution designed and built to be ready for immediate use. Rather than purchasing individual components separately, Pope provides a fully engineered package—including vessels, pumps, thermal control, and automation—mounted on a skid or portable cart.

What types of peripheral equipment can be integrated into a custom skid?

Our designs often include a wide range of components such as:

Separation & Filtration: Filter systems, Nutsche filter-dryers, distillation and condensers.
Utilities: Chillers, heaters, and vacuum systems.
Fluid Handling: Pumps, flow control valves, and flow meters.
Measurement: Load cells for weight monitoring and various process sensors.
Material Handling: Powered lifts for heavy components.

What certifications and standards do your systems meet?

Safety and compliance are central to our engineering. Our vessels are manufactured, certified, and permanently stamped according to ASME Section VIII requirements. We also accommodate international standards such as TSSA (Canada), CE/PED (Europe), and UN/DOT. Pope can also provide panels with UL ratings for ordinary and hazardous locations when required.

Which industries do your turnkey systems serve?

Our systems are utilized globally across a variety of sectors, including:

Pharmaceuticals & Nutraceuticals: Synthesis, purification, and isolation.
Specialty Chemicals: Fine chemicals, polymers, and lubricants.
Electronics & Advanced Materials: Electronics-grade materials, battery materials, and other high-purity processing applications.
Food & Flavors: High-value edible oils and fragrance components.

How do I start a custom project with Pope?

The process typically begins with a technical review. You can fill out our Vessel Application Questionnaire or contact our application specialists directly to discuss your project scope, design specifications, and process goals.

Does Pope offer support after the system is delivered?

Yes. Beyond design and manufacturing, we provide technical support, glass repair services, and consulting to ensure your system continues to operate at peak performance throughout its lifecycle.