Sugar & Syrup Pretreatment: Rethinking Sugar Refining with PHILOS Megaflux-CRM
- gabriela2554
- 19 hours ago
- 2 min read
Sugar refining and syrup production are under increasing pressure: markets demand higher clarity, factories demand lower OPEX, and equipment suppliers demand cleaner feeds to keep evaporators and RO units running at design capacity.
Yet, most plants still depend on chemical-heavy clarification, lime, flocculants, carbon, and sulfur, methods that were designed decades ago.
They work… but at a cost. Sludge generation. High consumables. Variable product color. Frequent CIP. And persistent fine particulates and starch that continue to foul downstream units.
However, delivering cleaner, more stable syrups while reducing operational costs is possible by shifting from chemistry-driven clarification to membrane-driven clarification.
Conventional Pretreatments Challenges
Current approaches introduce several drawbacks:
Heavy chemical consumption (lime, sulfur, activated carbon)
Incomplete removal of ultrafine solids
Color precursor carryover → higher carbon usage
Evaporator & RO fouling
Frequent adjustments, variable results
Significant sludge generation & waste handling
These inefficiencies directly impact uptime, energy consumption, and final syrup quality.
Ceramic Membranes Change the Game
PHILOS Megaflux-CRM ceramic filtration and ultrafiltration bring a level of process stability and robustness that traditional sugar pretreatment cannot match.
Instead of depending on reaction chemistry and settling behavior, which fluctuate with feed quality, season, and sugar variety, ceramic membranes apply a physical barrier (0.01–1 µm) that consistently removes:
Suspended solids
Colloids & ultrafines
Starch bodies
Early-stage color precursors
The result is a filtration step that acts the same on Monday morning as it does on Friday night, regardless of whether the feed is cane juice, beet extract, or glucose–fructose syrup.

PHILOS Megaflux-CRM Improves the Process
By integrating ceramic MF/UF as an upstream clarification step, refiners gain:
1. Higher Clarity & Stability
99% turbidity removal
~80% reduction of starch and ultrafines
Significantly less fouling downstream
2. Better Color Management
15–20% reduction in color precursors
Lower activated carbon consumption
More consistent final product color
3. Operating Reliability
Stable flux even in viscous high-solid juice
Resilient to seasonal feed variation
Tolerant to aggressive CIP/SIP cycles (chemical + thermal)
4. Long-term Economic Benefit
Reduced chemical footprint
Lower sludge volumes
Extended equipment life (evaporator, ion exchange, RO)

Engineered for the Food & Beverage Environment
The Megaflux-CRM line is designed specifically for high-solid, high-color, biologically active feed streams seen in:
Cane & beet sugar mills
Glucose–fructose syrup production
Starch-rich industrial sweeteners
Specialty syrups & beverage bases
Robust α-Al₂O₃ and ZrO₂ filtration layers ensure:
Long service life
Excellent fouling resistance
Full compatibility with downstream carbon or RO
Stable operation under thermal and chemical stress
Plants that have adopted ceramic MF/UF in the sugar industry report:
Lower OPEX: less lime, sulfur, carbon, and sludge disposal
Higher uptime: fewer shutdowns, smoother RO/evaporator operation
Improved syrup brightness: stable turbidity, reduced color
Sustainable operations: cleaner process, reduced effluent load
Applying Megaflux-CRM to your processes is an upgrade path toward a more predictable, scalable, and cost-efficient production line.
Curious About Implementing Ceramic MF in Your Line?
PHILOS can support feasibility evaluation, pilot design, and full-scale deployment using our Megaflux-CRM ceramic membrane platform.
Let’s explore how smarter pretreatment can directly improve your syrup quality, plant uptime, and operating cost.
📧 info@pmbr.co.kr 🌐 www.pmbr.co.kr




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