The EZ Skid™ is an integrated, compact pre-engineered hot water set heating system, utilizing the direct steam injection EZ Heater®. All components needed for liquid heating applications are included – simply connect to plant utilities: steam, water, air and power.

The Industrial Jetcooker™ is perfect for precisely heating liquids and slurries across varying viscosities and solids. Its unique combining tube adjustor allows easy control of process shear, making it ideal for optimal starch conversion.

The Hydron™ is the most precise, accurate, and versatile Sanitary Hydroheater available. Its modular 3-A certified design delivers optimal process flexibility and stability in an easy-to-use and maintain package.

A member of the SilverLine family, the Infuze™ Sanitary Cooking Skid provides on-demand heating for soups, sauces, slurries or beverages that require heating to achieve finished recipe results, pasteurization or blended emulsification.

Hydro-Thermal’s innovative NOH’s straight tube design allows unrestricted flow, prevents pressure drop and heats slurries without plugging or fouling. The NOH’s rugged design and materials of construction allow it to handle abrasive materials minimizing wear on internal parts.

The Silverline™ is a polished stainless-steel system engineered to precisely replicate specified processing profiles. Despite its simple appearance, it incorporates thousands of hours of engineering into a single, advanced machine – globally acclaimed as one of the most advanced food and beverage processing systems.

The Solaris® features a Cross-Flow Diffuser that injects steam across the entire cross-section of flow to ensure thorough mixing and a uniform temperature profile. It utilizes low shear flow, making it ideal for slurries with high solid contents and process fluids where chunk size must be maintained.

Microfinish trunnion mounted ball valves are available in a one piece fully welded design, mainly for underground installation; two piece which is mainly the ASME flange type design; and three piece with extended pups for in-line welding. All configurations are available in reduced bore and full bore design, in sizes from 2 inch (DN50) and up to 48 inch (DN1200), and pressure classes from ASME 150 to 2500.

Microfinish floating ball valves are available in a flanged type one piece side entry design; a two piece mainly ASME flange type design, and three piece with a variety of end connections such as threaded, socket weld, butt-weld, and extended butt-weld ends for in-line welding. All configurations are available in reduced bore and full bore designs, in sizes from 1/2 inch (DN15) and up to 10 inch (DN250), and pressure classes from ASME 150 to 2500 (size dependent).

The Microfinish cryogenic valve line is available in trunnion mounted valve type up to 24 inch (DN 600) and floating ball type up to 10 inch (DN 250). The various configurations are available in reduced bore and full bore designs, and pressure classes from ASME 150 to 2500 (size dependent). The valve must function properly at temperatures as low as -269°C/-450°F and precise tolerances are set for those parts to be subjected to thermal shock and shrinkage. Furthermore, some cryogens such as LOX and LNG are flammable; so the valve must be designed to be fire safe as specified in API 607, API 6FA, and ISO 10497 standards.

The Microfinish robust metal seated ball valve line outperforms in the harshest industrial conditions. This includes extreme high temperature up to 650°C / 1200°F, abrasive medium such as fly-ash, slurry, and pulp applications, and pressures as high as class 2500. By default, Microfinish metal seated ball valve line exceeds FCI-70-2 Class V leak rate with outstanding repeatability. Class VI leak rate is also feasible upon special request, and pending approval from the Microfinish engineering team.

Microfinish oxygen service valves are available with threaded, socket weld, butt-weld, ASME Class 150, and ASME Class 300 flanged ends. Valves range in size from ½ inch (DN15) to 16 inch (DN400) and materials include stainless steel 316/CF8M and Monel 400.

Microfinish valves for dry chlorine service are in full compliance with the guidelines established in the chlorine institute, Pamphlet 6: "Piping Systems for Dry Chlorine". The valve body material is made from carbon steel WCB, LCB or LC1 (for low temperature), and trim made of Alloy C22 or Alloy C276 material. Microfinish chlorine service valves are cleaned, assembled, tested, packed and delivered under the same conditions of valves used for oxygen service. In cases where there is a risk of uncontrolled cavity pressure build up due to media phase change, Microfinish chlorine valves will include a ball with the relief hole facing the upstream side.