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Thermal Processing Technology

Thermal Processing Technology
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Thermal Processing Technology

Product catalog summary
Choosing the Right Process
Choosing the appropriate processing system and technology is essential for producing products with specific qualities in a cost-effective manner. Important factors include product specifications, quality requirements, viscosity, particulate content, acidity, heat sensitivity, system flexibility, capacity variability, and operator skills. Flexibility in processing both low-acid and high-acid products is common, with UHT treatment necessary for low-acid products to achieve commercial sterility.
Evaluation of UHT Systems
Different UHT systems are evaluated based on their suitability for various products. Infusion systems are noted for gentle heating and superior product quality, while tubular systems offer high regeneration and low maintenance costs. Plate systems are cost-effective with low space requirements but have limitations with particulates and fibers.
Comparison of Processing Plants
Processing plants are rated on a scale from 1 to 5 for various applications, with 1 being excellent and 5 not recommended. Infusion systems excel in high-quality product processing, while tubular systems are suitable for products with fibers.
Specifications and Applications
UHT plants are designed for fast heat treatment with efficient bacteria spore kill rates and minimal chemical changes. They are applicable to a wide range of products including milk, flavored milk, coffee cream, ice cream mix, and custard. Capacities range from 2,000 to 30,000 L/h.
Advantages of UHT Systems
Infusion UHT systems offer gentle heating, fast processing, and high product flexibility. Injection UHT systems provide high uptime and low energy costs. Tubular UHT systems are effective for high-viscosity products, while plate UHT systems offer high energy recovery and low running costs.
Advanced UHT Technologies
High heat infusion sterilizers and combi UHT plants provide flexible heat treatment options for both direct and indirect UHT products, with features like high kill rates, increased operating time, and efficient deaeration.
Specifications and Applications
The document outlines various thermal processing technologies for liquid food products, particularly in the dairy and beverage industries. It includes systems for UHT (Ultra-High Temperature) treatment, pasteurization, and aseptic processing.
UHT and Pasteurization Systems
  • Bactofugate Sterilization Plant: Designed for sterilizing bactofugate with a capacity of 200-5,000 L/H. It offers long running times between cleanings and high spore kill rates.
  • Add-on UHT Plant: Can be integrated with existing pasteurizers, offering capacities of 2,000-30,000 L/H and flexible temperature settings.
  • Infusion Plants: Provide rapid heat treatment with precise control, enhancing product quality and shelf life.
Advantages of UHT Systems
High flexibility and operator-friendly design. Pre-assembled and factory-tested for reliability. Options for compliance with ASME, PMO, and 3A standards.
Infusion and ESL Plants
These plants offer gentle heating, fast processing, and high bacteria spore kill rates, resulting in superior product quality and extended shelf life.
Multipurpose and Pilot Plants
  • Instant Infusion Plant: Provides ultra-short, high-temperature treatment with precision-controlled holding times.
  • Multipurpose UHT Pilot Plant: Offers flexibility for product trials and is suitable for a wide range of applications.
Fermentation and Aseptic Systems
  • Industrial Fermentation: Designed for sterile conditions, suitable for continuous and batch processes.
  • Aseptic Tanks: Modular design for easy installation and operation, suitable for UHT-treated liquid aseptic products.
Pasteurization Systems
  • Plate and Tubular Pasteurization Plants: Designed for high energy recovery and low operating costs, suitable for dairy and related industries.
  • Controlled Beer Pasteurization: Ensures gentle and accurate heat treatment, preserving delicate aromas and flavors.
Research and Development
The SPX FLOW Innovation Centres focus on developing and testing new processing technologies, aiming to minimize waste and energy use while enhancing product competitiveness.
Overview
The document focuses on the capabilities and offerings of SPX FLOW's Innovation Centres in Denmark, emphasizing innovation, optimal plant dimensioning, high-quality products, and current market knowledge. It highlights the flexibility of conducting trials either at the Innovation Centres or on-site, ensuring confidentiality and high customer service standards.
Key Features
  • Innovation Centres are designed to tailor trials to specific customer needs.
  • Emphasis on maintaining strict confidentiality and high standards of customer service.
  • SPX FLOW reserves the right to update designs and materials without prior notice.
Contact Information
  • Location: Pasteursvej 1, 8600 Silkeborg, Denmark
  • Phone: +45 278 278
  • Fax: +45 70 278 330
  • Email: [email protected]
Disclaimer
Design features and materials are subject to change and should be confirmed in writing. For product availability, contact local sales representatives or visit the SPX FLOW website.
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Catalog excerpts

Thermal Processing Technology-1

Thermal Processing Technology

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Thermal Processing Technology-2

Choosing the right process In order to be able to produce a product with specific product It is quite common to process both low-acid (pH>4.5) and qualities in the most cost-effective way it is essential to make high-acid (pH<4.5) products in the same UHT plant. However, the correct choice with respect to processing system and tech- only low-acid products require UHT treatment to make them commercially sterile. In many cases the choice is straight forward, but in other cases Spores cannot develop in high-acid products such as juice, and there may be more options to choose between. Some of the...

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Thermal Processing Technology-3

Evaluation of the UHT systems U H T P R O C E S S R E C O M M E N DAT I O N PLANT TYPE LO W C O S T P R O D U CTS VO L AT I L E A R O M A COFFE E WH ITE N E R S P R O D U CT W ITH F I B R E S JUICE COFFE E / TEA LO W C O S T P R O D U CTS VO L AT I L E A R O M A COFFE E WH ITE N E R S JUICE COFFE E / TEA PA R T I C U L AT E S O R F I B R E S G A S K E TS HIGH PRESSURE DROPS

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Thermal Processing Technology-4

THE C* VALUE WITH A B* = 1: The lower the better DESIGN THAT FITS 0,8-f 0,70,6 0,50,40,30,20,1 0 SPICES PARTICLES PARTICLES • UHT plant 10,000 l/h • 10 hours/day • 300 days/year • Spare parts 3% of investment/year • One service visit each 2500 hours • Depreciation over 10 years • Interest 5% • Price of operator 120 DKK/hour • Cost of steam, power, water, ice water, etc set at Danish prices. • Cost of CIP included

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Thermal Processing Technology-5

Rated on a scale from 1 to 5: 1 = excellent; 2 = good; 3 = acceptable; 4 = possible; 5 = not recommended. TUBULAR STERILIZER STEAM INFUSION STERILIZER STEAM INJECTION STERILIZER HIGH HEAT INFUSION STERILIZER INSTANT INFUSION PASTEURISER SSHE STERILIZER MILK LOW COST 1 2 5 4 3 5 POOR QUALITY RAW MATERIAL 4 2 1 2 2 1 HEAT RESISTANT SPORES 3 3 2 2 1 5 FLAVOURED MILK FOULING PRODUCT (CHOCOLATE) VOLATILE AROMA DIFFICULT TO STERILIZE (COCOA) SENSITIVE COLOUR CREAM WHIPPPING CREAM STABILISED DESSERTS COOKED CREAM COFEE WHITENERS MILK-BASED VEGETABLE...

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Thermal Processing Technology-6

SPX FLOW is a world leader in UHT technology with a comprehensive portfolio of tried and tested UHT plant solutions comprising plate, tubular, injection and infusion UHT plant technologies. In addition to these basic technologies, variations such as scraped surface heat exchanger, high heat infusion and combi UHT plants are available as well as Add-On, Pure-Lac™, ESL, aseptic tanks, UHT pilot plants and Instant Infusion. The UHT R and D centre based in Silkeborg, Denmark, operates a UHT pilot plant capable of running all the main UHT systems. This pilot plant is used for product testing and new...

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Thermal Processing Technology-7

Injection UHT plant - SDI FLE X I B LE HAN D LI N G OF A WI D E RAN G E OF TRAD ITI ONAL, D I R E CT U HT PR OD U CTS S P E C I F I CAT I O N S A UHT PLANT DESIGNED TO GIVE A VERY FAST HEAT TREATMENT, WITH AN EFFICIENT BACTERIA SPORE KILL RATE AND VERY LOW CHEMICAL CHANGE TO THE PRODUCT A D VA N TAG E S • Gentle and accurate heating in the infusion system • Long operating time between CIP • Superior product quality • High product flexibility • As option designed according to ASME, PMO, 3A • Flexible product range • Easy inspection of product and medium surface • High pressure tolerance • As option...

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Thermal Processing Technology-8

A D VA N TAG E S • High energy recovery, giving low running cost • Flexible low viscosity product range • As option designed according to ASME, PMO, 3A • Pare Clip gaskets (non-glue) Scraped surface heat exchanger UHT plant - SSHE F O R H E AT T R E AT M E N T / U H T O F P R O D U C T S W I T H V E RY H I G H V I S C O S I T Y A N D / O R PA R T I C L E C O N T E N T S P E C I F I CAT I O N S A U HT P LANT D E S I G N E D FO R R O B U ST AN D FLEXI B LE R U N N I NG OF PRODU C TS W I T H V E RY H I G H V I S C O S I T Y F O R W H I C H A T U B U L A R O R P L AT E U H T P L A N T I S N OT S...

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Thermal Processing Technology-9

High heat infusion steriliser - SHH F L E X I B L E H E AT T R E AT M E N T O F A W I D E R A N G E O F T R A D I T I O N A L D I R E CT U H T P R O D U C T S S P E C I F I CAT I O N S A U HT PLANT DESIG N E D TO G IVE A VE RY H IG H KI LL RATE OF BACTE R IA SPOR ES (FO 40 TO 70) AN D H IG H E R H EAT R EG E N E RATION (APPROX. 65%) THAN A CONVE NTIONAL I N FUSION PLANT A D VA N TAG E S • Kill rate over Fo 40 • Non-aseptic flavour dosing of the vacuum chamber possible • Increased operating time • Destruction of heat resistant spores (HRS) • Reduced maintenance costs • As option designed according...

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Thermal Processing Technology-10

Add-on UHT plant - Add-On A D D - O N , D I R E C T A N D I N D I R E C T U H T SYS T E M F O R A N E X I S T I N G PA S T E U R I Z E R S P E C I F I CAT I O N S A D VA N TAG E S • Very high degree of flexibility • Direct and indirect UHT • Operator-friendly • As option designed according to ASME, PMO, 3A • Pre-assembled and factory-tested A D VA N TAG E S • Over 10 hours between CIP • High spore kill rate in bactufugate • Low chemical change • Operator-friendly • Pre-assembled a

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Thermal Processing Technology-11

• High product flexibility • Low fouling rate • Long operating time between CIP • Operator-friendly • Pre-assembled and factory-tested • As option designed according to ASME, PMO, 3A • Gentle and accurate heating in the infusion system • Fast heating 600°C/sec. • Accurate holding time • High bacteria spore kill rate • Superior product quality - low chemical change, pasteurized milk flavour • Shelf life up to 45 days

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Thermal Processing Technology-12

Instant infusion plant - SII U LTRA-S H ORT, H I G H-TE M PE RATU R E TR EATM E NT WITH PR E CI S I ON-CONTR OLLE D H OLD I N G TI M E S P E C I F I CAT I O N S I N FUSION PLANT DESIG N E D FOR VE RY FAST H EAT TR EATM E NT AN D U LTRA-SHORT, PR ECISION-CONTROLLE D HOLDI NG TI M E A D VA N TAG E S • Gentle and accurate heating in the infusion system • High product flexibility • Efficient bacteria spore kill rate • Long operating time between CIP • Up to 70% less vitamin loss • Precision-controlled holding time down to 0.09 sec. • Very low chemical change • As option designed according to ASME,...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.