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In the production process, the equipment used to achieve uniform emulsification or dispersion of products is called a homogenizer. Emulsification or dispersion refers to the phenomenon where solid-liquid or different phase liquids that cannot be mixed under normal conditions are subjected to fine mixing to achieve a uniform mixture. For example, the average particle size of fat globules in milk is typically 3μm to 22μm. After homogenization, it reduces to around 0.7μm to 1μm. Consequently, the buoyancy of fat globules disappears, and they can be fully mixed into the liquid (milk).



A homogenizer consists of a positive displacement pump and a homogenizing valve. The pump forces the product to pass through an adjustable gap and valve seat under high pressure, causing turbulence and intense mixing, thus breaking down molecular structures to achieve emulsification or dispersion.

Over 100 years of APV expertise in high-pressure homogenization：


Operating flow rate = 11~60000 L/hr
Operating pressure = 70~2000 Bar


Diverse modules, can provide special equipment according to customer requirements, including general industrial grade, explosion-proof grade, or food-grade models.


Homogenizing valve materials options: sanitary grade stainless steel, ceramic, tungsten carbide alloy, Stellite alloy steel.
Equipment equipped with lubrication and cooling systems for lubricating plungers and plunger seals.
The equipment can be cleaned online with cleaning solution or water using CIP.
Available in production units or laboratory units



Effects of high-pressure homogenization:


Reduce particle size
Improve product stability
Enhance viscosity and texture of products
Improve product hydration
Enhance product glossiness
Reduce the use of emulsifiers/stabilizers
Break down cells and extract intracellular substances
Increase chemical reactivity of substances
Enhance product absorption
Reduce molecular weight


 
Sample experiment services are provided, please contact the Taiwan Heat Transfer Business Department if needed.
Further information is available on the official SPX FLOW website：
Laboratory Homogenizers
Rannie 110T/125T - Gaulin 110T/125T Series


 

APV Series
The W+ centrifugal pump series is built for hygienic processing in food, dairy, biotech, and pharma. Offers energy-efficient, low-shear performance. ATEX-certified models available.     
Further information is available on the official SPX FLOW website：W+ Series (NEMA)、W+ Series (IEC)   
Features:       

Efficient hydraulics.       
CIP/SIP ready design.       
Balanced seals reduce wear.       
Modular for ease of service.       
Multiple impeller/material options.       


WS+ Series     
Upgraded for higher energy efficiency and reduced noise. Ideal for sound-sensitive, cost-conscious operations.
Further information is available on the official SPX FLOW website：WS+ Series (NEMA)、WS+ Series (IEC)        
Features:    


Redesigned impeller improves efficiency.       
Low-noise structure.       
Meets 3-A and EHEDG.       
Flexible sealing options.       
Compatible with W+ parts.       


DW Series (Twin Screw Pump)    
For shear-sensitive, high-viscosity applications. Enables gentle, precise fluid handling. Dry-run capable. 
Further information is available on the official SPX FLOW website：Piston & Bi-Lobe Rotor Pumps     
Features:     


Stable flow across viscosity range.       
Wear-resistant components.       
Fully CIP/SIP compliant.       
Designed for easy cleaning and quick disassembly.      




WCB Series    
WCB offers sanitary stainless steel pumps for hygienic applications.       

Universal 2 Series 
Further information is available on the official SPX FLOW website：Universal 2 Series Positive Displacement Pumps
Features: 


Rotary positive displacement; up to 500 psi.       
CIP-cleanable with bearing-free product zone, seal options.   
Seal options; and stainless steel support frame    


Universal 3 Series:
Further information is available on the official SPX FLOW website：Universal 3 Series Positive Displacement Pumps   
Features:    


Enhanced U2; front seals, thick shafts.       
Improved vibration and pressure tolerance.       
Aseptic, fully enclosed design.       

APV and WCB sanitary valves are trusted in hygienic processing across food, beverage, dairy, and pharma. Known for reliability, cleanability, and automation readiness.       

APV Models:     

DT4, D4/DA4: Mixproof valves.       
SV/SVS: Butterfly valves.       
BLV1: Ball valves for viscous fluids.       
SW4: Single-seat control valves.       
SD4: Double-seal CIP/divert valves.       
RUF3: Check valves.       
RG4: Control valves.       
CPV, VRA/VRAH: Pressure/vacuum relief valves.       





WCB Models:       


W60 Series: Single-seat, CIP-ready.       
W75CP, W75CP2 Series: Mixproof (W75CP, W75RS).     

SPX Fluid can provide unit equipment and complete plant technology output for various beverages, alcoholic beverages, or dairy products.

The main unit equipment items are as follows:
   • High-temperature sterilizer
   • Online cleaning system (CIP)
   • Falling film / rising film evaporator
   • Distillation unit
   • Flex-mix mixer
   • Power-mixer high-shear emulsifier

Please contact the Taiwan Heat Transfer Sales Department for inquiries.

SPX FLOW's separators and clarifiers are based on advanced disk stack and highly efficient design. These equipments demonstrate particularly high performance in various processing applications, especially in the food and beverage industry.

Typical uses of centrifuges include:
   • Clarification of liquids
   • Separation of liquids
   • Dehydration separation of suspensions and biomass
   • Recovery of solid materials
   • Extraction of valuable products

SPX FLOW's Seital centrifuges offer a variety of centrifuges for liquid-liquid, liquid-solid, or liquid-liquid-solid separation. Our centrifuges feature a self-cleaning design suitable for various high-demand processes, with processing capacities ranging from 500 l/h to 10,000 l/h (solids-retaining type) and 1,000 l/h to 70,000 l/h (self-cleaning type). All models are CIP capable. Utilize ultra-high centrifugal force to recover fine particles (0.5-500 mm) or separate clarified liquids.

Seven Advantages of SPX FLOW Seital Centrifuges:
   • Short installation time - Modular equipment, no civil foundation, electrical or fluid testing required on-site.
   • High performance - Innovative design developed using advanced software modeling tools, achieving precise mechanical and fluid analysis.
   • High product quality - Use of mechanical seals to reduce oxidation risks, minimizing oxygen pick-up and CO2 loss.
   • High uptime - Real-time operational diagnostics through remote monitoring, allowing for functional checks by technical personnel.
   • Effective process control - Customized process adjustment settings.
   • Lower maintenance requirements - Improved mechanical component reliability through high dynamic stability.
   • Lower investment - Wide range of models and flexible accessory options.

Further information is available on the official SPX FLOW website：Seital Separation

Our company, in collaboration with Shuangliang, pioneered the promotion of Flat Tube ACC (Air Cooled Condenser) in Taiwan. Clyde Bergemann, established in 2014 in cooperation with Shuangliang, focuses on the development of air-cooling technology.

Shuangliang's air cooling technology boasts complete independent intellectual property rights, replacing traditional water cooling with air cooling, applicable in power generation units and process cooling, with a water saving rate of over 85%. (For example, in a 1 million kilowatt thermal power plant, it can save at least 100 million tons of water per year, equivalent to the annual water consumption of 500,000 urban residents.)

Research and development achievements include air-cooled anti-freezing test research, million-unit seismic test research, and wind engineering research on intercooler towers, leading the industry's technological advancement.

Our company provides industry-leading Flat Tube ACC products, based on robust research and manufacturing capabilities.

Three major testing facilities ensure overall product performance:


Bundle performance test device, used to obtain optimized flat tube designs and more accurate heat transfer data.
Shuangliang has set up a 1:1 1000MW level ACC prototype in the park, which is the industry's only large-scale hot-state air cooling test system.
The industry's unique air-cooling test laboratory (-25 ℃ to 40 ℃) and environmental test facility.



Nine test researches thoroughly analyze the performance of heat exchange components:


Test research on heat exchange performance of heat exchange components.
Test research on air-side resistance characteristics of heat exchange components.
Test research on steam-side resistance characteristics of heat exchange component tubes.
Aluminum fin atmospheric corrosion performance test research.
Weld seam and corrosion resistance test of base tube.
Bundle fouling performance test.
Bundle flushing test.
Anti-freezing test research of bundle.
Air-cooled bundle fatigue test.

During the power generation process in power plants, steam power cycles (Rankine cycles) are utilized, which include processes such as constant pressure heat absorption, isentropic expansion, constant pressure heat rejection, and isentropic compression. Additionally, reheating cycles and regenerative cycles are often incorporated.

In the power generation cycle, our company collaborates with Shuangliang Group to provide customers with all auxiliary equipment for power plants besides turbines and boilers. These include:


Surface Condenser
Air Cooled Condenser
LP Feed Water Heater
HP Feed Water Heater
Deaerator
Air Ejector
Water Ring Vacuum Pump
Gland Steam Condenser

Shuangliang is capable of designing and providing various advanced and efficient heat exchanger products, and is the only equipment manufacturer in the industry that provides fluid analysis and structural optimization analysis, capable of providing customers with front-end process design and structural simulation analysis.

Our technical capabilities include:

G-type finned tube: Reasonable tube arrangement, low shell-side pressure drop, saving energy by 20%. Withstands high temperatures up to 400℃.




Double pipe plate structure: The double pipe plate structure effectively prevents contact between tube-side steam and shell-side nitrogen.




Single pipe plate deep hole structure: Single plate + deep hole safety ring plate structure.




Stress analysis: Overall structural stress analysis, higher design reliability.




Deep hole welding: Fatigue resistance, best sealing butt welding method, using imported French Polysoude welding machine with "steady flow circuit power supply, walking accuracy compensation" for one-time welding.




Large bundle assembly: Small diameter, thin wall, super long (27 meters long heat exchange tube) heat exchange tube surface protection assembly, non-traditional center positioning butt welding for tube holes and heat exchange tubes.




Comprehensive helium leak detection: Improved helium leak detection fixtures, helium leak detection using suction gun method, meeting European and Japanese standards requirements.

Low Temperature-Multi Effect Distillation (MED) for seawater desalination refers to a desalination technology where the highest brine temperature (TBT) does not exceed 70°C, characterized by a series of horizontal (or vertical) tube falling film evaporators connected in series and divided into several effect groups. A certain amount of steam is inputted through multiple evaporation and condensation cycles, resulting in distilled water multiple times the amount of heating steam.

Technical Features:

Adaptability to different high and low-grade waste heat situations, improving overall efficiency.
Low operating temperature to avoid or reduce equipment corrosion and scaling.
No need for complex pretreatment of seawater, suitable for various changes in seawater conditions.
Stable and reliable device operation, with low maintenance and repair requirements, and low cost.
Strong load adaptability, with an adjustment range of 40% to 110%.
High product water quality with a salt content lower than 5mg/L.


Application Scenarios:


Suitable for large and medium-sized seawater desalination plants utilizing high and low-grade steam provided by power plants and chemical plants, especially suitable for utilizing low-grade waste heat.



The product water has extremely high purity and can be used as boiler makeup water, process water in production processes, or for large-scale municipal drinking water supply.

Main Heat Exchange Components of a Lithium Bromide Absorption Chiller:

Evaporator
Condenser
Generator
Absorber

Refrigerant Water Cycle:
Water vapor and concentrated lithium bromide solution are separated in the generator → The vapor condenses into water in the condenser → Passes through a throttle valve →
Evaporates and absorbs heat in the evaporator → Mixes with lithium bromide in the absorber to form a dilute solution → Returned to the generator.

Lithium Bromide Cycle (Performs the function of a compressor):
Water vapor is separated in the generator, forming a concentrated solution → Pressure is reduced through throttling → In the absorber, the solution absorbs water vapor and becomes a dilute solution → The dilute solution is pumped to increase pressure → Returned to the generator.

Advantages


Simple structure with few mechanical moving parts; smooth operation and low vibration.
Easy to operate, with a wide range of cooling capacity adjustment (stepless control from 10% to 100%).
Low energy quality requirements: steam or hot water-driven units can utilize waste heat, residual heat, or other low-grade heat sources.
Thermal energy-driven: power consumption is only 5% of that of a mechanical compression chiller with the same cooling capacity.
Stable cooling efficiency when the heat source is stable, and capable of fully automated control.

Disadvantages


Lithium bromide solution is corrosive to carbon steel, requiring regular maintenance and protection.
The unit operates under vacuum conditions, requiring high airtightness; air ingress will cause performance degradation.
Still requires cooling water for operation.


 
Conditions for Using Lithium Bromide Absorption Chillers:

Ø Energy-saving!!! No compressor required!!!
Ø Available waste steam pressure ≥ 30 kPa, or waste hot water temperature ≥ 80°C
Ø Waste heat source capacity > 500,000 kcal/hr (approx. 581 kW)
Ø Or equivalent fluid conditions such as waste gas, exhaust air, or wastewater with the above heat parameters
Ø Cooling capacity demand > 100 RT (≈ 350 kW)
Ø Required chilled water temperature ≥ 5°C
Ø Initial investment is approximately twice that of a conventional mechanical chiller

 
Official Website
Hua Yuan Tai Meng (a subsidiary of MOON-TECH Group)
http://http://www.powerbeijinghytm.com/

MOON-TECH Low-Temperature Refrigeration (Brine) Systems
MOON-TECH provides refrigeration technology covering a temperature range from 0°C to -160°C, ideal for industrial low-temperature applications.

Core Technology
MOON-TECH’s brine refrigeration systems are built around self-developed screw compressors, paired with a variety of evaporators, condensers, and oil circulation systems.

✔ Simple operation
✔ Stable outlet temperature
✔ Optional ASME certification
✔ Optional explosion-proof configuration


Supported Refrigerants



R134a, R507, R410, R404, R23
Ethylene (E1150), Propylene (E1270), Ethane (R170), Propane (R290)
NH₃ (Ammonia, R717), CO₂ (Carbon dioxide, R744)



System Types by Temperature Range




Temperature Range
System Configuration




0°C to -25°C
: Single-stage screw compressor units


-25°C to -50°C
: Two-stage twin screw compressor units or NH₃/CO₂ cascade systems


-50°C to -100°C
: R23 / E1150 (Ethylene) two-stage cascade systems




Available Options
MOON-TECH also offers brine systems using conventional HFC refrigerants or ammonia (NH₃) based on project-specific needs.

 

MOON-TECH’s process gas compressors adopt screw-type technology, available in both oil-injected and oil-free configurations.

Pressure range: from micro pressure up to 6.4 MPa
Certifications available: API 619, CE, and Explosion-proof certification

Industrial process gas compressors or boosters play an essential role in the energy and chemical industries. MOON-TECH offers high-performance compressors suitable for handling a variety of gases such as:
Steam, biogas, refrigerants, analytical gases, flash steam, methane, ethylene, propane, propylene, pentafluoropropane, water gas, ammonia, acetylene, chloromethane, carbon dioxide, vinyl chloride, sulfur dioxide, nitrogen, hydrogen, helium, and other industrial gases for compression and even liquefaction.

These units meet the boosting demands of multiple processes such as light hydrocarbon recovery, gas gathering, LNG liquefaction, and carbon capture across sectors like petroleum and natural gas.

Single Unit Compressor Capacity:


Inlet flow rate: 100–15,000 m³/h
Suction pressure: -0.05–2.0 MPaG
Discharge pressure: 0.1–5.0 MPaG
Motor power: 22–3550 kW
Capacity control method: slide valve
Control range: 15%–100% stepless regulation
Cooling method: air-cooled or water-cooled

Product Applications:


Natural Gas & LNG Industry: NG boosting and transmission, BOG compressors
Chemical and Industrial Process Gas Compression
CCUS (Carbon Capture, Utilization & Storage): CO₂ compressors
Waste Heat Recovery: Steam vapor compressors
Hydrogen Industry: H₂ compressors
Other Specialty Gases: Compressors for N₂, H₂S, etc.