DPS Engineering Services
Equipment Manufacturing & Supply
Design · Build · Manage
A vessel or skid needs to fit the product, cleaning route, utilities, controls, and available space. DPS connects equipment specifications with P&IDs, batch parameters, nozzle and instrument requirements, fabrication, inspection, and installation. Supply can form part of a wider project or a standalone engagement with mature engineering information, with capacities, standards, supplier roles, acceptance records, and timing confirmed before commitment. Shop and delivery reviews support the agreed handback.
The Service
Equipment dimensions and duty affect much more than the purchase order. Nozzle orientation, ports, support height, lifting points, agitation, heating, cooling, discharge, and CIP coverage need to align with the installed process. DPS coordinates that specification with fabrication or selected partners, shop review, testing, delivery, piping, controls, and the responsibilities for startup and handback.
01
Batch size, temperature profile, headspace, cleaning circuits, and changeovers affect the required configuration. A standard vessel selected without that basis can create continuing compromises in energy, chemicals, cycles, and floor space.
02
Equipment, piping, instruments, and control panels sourced separately can arrive with conflicting nozzles, connections, or I/O requirements. The supply package needs defined mechanical, electrical, and control boundaries before fabrication.
03
Vessel delivery affects equipment setting, trade access, commissioning, and seasonal production. Shop progress, inspection hold points, shipping arrangements, and the actual fabrication programme need visibility and coordination.
04
Welds, materials, product-contact finish, dimensions, drainability, and applicable sanitary or pressure requirements must be specified and checked before shipment. Receiving inspection alone may leave little opportunity to resolve a mismatch.
The DPS Approach
DPS specifies equipment against the P&ID, batch recipe, layout, cleaning duty, and commissioning plan. The fabrication package addresses nozzle locations, instrument ports, supports, lifting provisions, materials, welds, finish, and testing. Design reviews and in-process inspections connect those requirements with the shop work before delivery and installation.
The supply route depends on the application. Tanks, fermentation and storage vessels, CIP systems, tumblers, kettles, and custom skids may use direct fabrication or qualified partners, with larger or code-specific vessels sourced through an agreed supplier. Reference capacities and finishes are confirmed in the proposal; required certifications, pressure-code construction, fabrication location, records, and acceptance responsibilities must be verified for the selected configuration.
Capabilities
Develop equipment from the process duty, batch requirements, P&IDs, facility layout, and installation interfaces. DPS coordinates configured tanks, vessels, CIP systems, tumblers, kettles, and skids through fabrication or qualified supply partners, with materials, acceptance requirements, documentation, delivery, and commissioning responsibilities agreed for the selected application.
Define storage, process, and fermentation duties with materials, orientation, agitation, heating or cooling, ports, venting, pressure requirements, and cleaning geometry.
Coordinate circuit count, supply and return manifolds, dosing, recovery, chemical monitoring, and recipe or PLC interfaces against the soil load and cleaning requirements.
Specify batch duty, drum and seals, variable-speed operation, vacuum or brine interfaces, programmable tumble and rest sequences, and cleaning provisions.
Connect batch capacity with steam or electric heating, scraping and mixing, temperature control, discharge, and any direct-steam process requirement.
Coordinate blending, batching, heat exchange, or filtration equipment with skid frames, piping, wiring, controls boundaries, and agreed pre-shipment checks.
Define material traceability, weld and finish inspection, dimensions, pressure tests, passivation, records, qualified supplier roles, and shop or delivery reviews.
Build a food plant equipment list around process duties, vessel interfaces, utilities and purchasing dependencies, with a transparent installed-scope example.
See what separates equipment purchase cost from total installed cost: package boundaries, utilities, installation, controls, testing and exclusions.
Release long-lead food equipment with clear product, utility and interface decisions, comparing early commitment with unresolved change exposure.
Scope & Deliverables
Capacities, configurations, materials, and standards below are planning references. Confirm the selected configuration, duty, availability, fabrication route, applicable certifications, and acceptance requirements in the project proposal.
| Equipment Category | Capacity & Configuration | Materials & Standards |
|---|---|---|
| Process Tanks |
| 304/316L SS; 3-A Sanitary Standards; Ra ≤32 µin standard product-contact finish |
| Storage Vessels |
| 304/316L SS; atmospheric or low-pressure rated; ASME code construction through a qualified supplier where required |
| Fermentation Vessels |
| 316L SS standard; 3-A Sanitary Standards requirements; dual-zone glycol jacket capability |
| CIP Systems |
| 304/316L SS construction; supply and return manifolds; chemical dosing integration |
| Marination Tumblers |
| 304 SS drum and frame; food-grade seals; variable speed drive |
| Processing Kettles |
| 304/316L SS; steam-jacketed or electric; 3-A Sanitary Standards |
| Custom Skid Assemblies |
| 304/316L SS; carbon steel frames; fully piped and wired on skid |
| Surface Finish Options |
| Standard Ra ≤32 µin; high-polish Ra ≤20 µin; electropolish available |
A standalone supply engagement can be considered where the process information is mature. Provide the P&ID, batch conditions, duty, instrument requirements, nozzle specification, and facility interfaces for review before fabrication is agreed. The supply package then defines the equipment configuration, verification records, delivery, installation boundaries, and startup responsibilities, including work retained by the owner or another integrator.
Confirm the programme after engineering approval, configuration, materials, inspection requirements, and fabrication workload are reviewed. Indicative scheduling references are eight to fourteen weeks for standard tanks and vessels in the 50–5,000 gallon range, and twelve to eighteen weeks for CIP or complex skids. These references require a current project-specific quotation and coordination with transport, site readiness, and the wider construction schedule.
Define the applicable sanitary design and acceptance requirements in the equipment specification. Checks can include material mill certificates and traceability, full-penetration weld inspection, visual and borescope records, measured product-contact finish, dimensions, drainability, and CIP coverage. The turnover package can include weld logs, finish measurements, material records, and hydrostatic or pneumatic test results. Confirm the selected equipment’s 3-A or other certification status separately from specifying design requirements.
Code-stamped vessels can be sourced through qualified fabrication partnerships where the application requires them. Determine the governing pressure conditions, applicable codes, design authority, inspection, and documentation before selecting the supply route. Atmospheric storage, fermentation, blending, and CIP applications still require an application-specific assessment; the project should identify the responsible manufacturer and verify any required stamp and certification rather than assume a blanket DPS approval.
Tank and vessel configurations include reference capacities up to 12,000 gallons, with individual category ranges shown in the scope table. Confirm actual fabrication capability, configuration, and availability for the selected duty. Larger fermenters, storage silos, or blending tanks can be evaluated through qualified partners, with DPS coordinating specification, vendor review, shop inspection, delivery, and the piping, controls, and documentation interfaces.
Coordinate process diagrams, facility layouts, utility loads, hygienic requirements, controls specifications, and capital planning for food and beverage facilities.
Coordinate process piping, equipment setting, utilities, power, instrumentation, controls, CIP, commissioning, and turnover for food and beverage facilities.
Define PLC logic, SCADA and HMI architecture, batch and recipe control, cleaning sequences, utility monitoring, and automation turnover for food and beverage systems.
The Next Conversation
Share the P&ID, product and batch parameters, cleaning requirements, space, utilities, and instrument list. DPS can help define the supply route, equipment package, verification records, and responsibilities for installation and startup.
Discuss Your Project