APV UHT Systems
APV UHT systems support extended-shelf-life and aseptic dairy, beverage, plant-based, cream, dessert, sauce, and specialty liquid-food processing through direct and indirect thermal technologies.
UHT selection starts with the product and the thermal objective.
APV UHT systems cover direct and indirect thermal processing for extended-shelf-life and aseptic dairy, beverage, plant-based, cream, dessert, sauce, and specialty liquid foods. The useful question is not just "UHT?" — it is which heat-transfer method protects product quality while meeting microbial, runtime, energy, and cleaning goals.
Infusion UHT
Direct steam infusion is positioned for rapid, gentle heating and cooling where fresh taste, texture, nutrient retention, and premium product quality are priorities.
Injection UHT
Steam injection provides fast heating and flash cooling for many low- to medium-viscosity dairy and beverage products, with precise thermal control and efficient spore kill.
Tubular / PHE / SSHE UHT
Indirect systems use heat-transfer surfaces and can be configured for product viscosity, fouling behavior, heat recovery, energy use, and production runtime.
UHT systems are built from process choices that have to work together.
The right path depends on product family, thermal target, fouling behavior, heat-transfer method, hold requirements, downstream filling, utilities, and cleaning strategy.
UHT processing explained
SPX FLOW/APV discussion of UHT technology, market drivers, and direct/indirect system choices.
Infusion UHT Express animation
Animation showing the APV Infusion UHT Express concept and the quality-focused direct-heating approach.
Inputs that make UHT review more useful.
| Review area | Useful detail |
|---|---|
| Product family | Milk, cream, plant-based beverage, high-protein product, dessert, sauce, nutritional drink, particulate product, or pilot/R&D need. |
| Thermal target | ESL vs aseptic, target temperature/hold, quality concerns, flavor sensitivity, regulatory requirements, and packaging/filling interface. |
| Runtime and fouling | Expected production hours between CIP, fouling mechanism, protein/solids load, and cleaning utilities. |
| Scale-up | Pilot UHT can support product development, process validation, shelf-life testing, and reduced scale-up risk before production investment. |
UHT literature and related APV components.
APV / SPX FLOW references used.
This page is based on public APV/SPX FLOW product pages, literature, and related resource documents. Triplex can verify current availability and model fit for a specific project.
Need to narrow equipment fit?
Send the product, flow rate, temperature profile, pressure/utility limits, cleaning requirements, materials of construction, and what problem the existing process is trying to solve.
Talk to Triplex
