Gazmi Gas provides certified food-grade gas filling systems

Food-Grade Gas Filling & Impurity Control

Clean gas. Clean lines. Clean results. Powered by GazmiGas.

CO₂ / N₂ / N₂O Hygienic Design Purity & QA/QC

Certified Purity

Food-grade CO₂, N₂, and N₂O that meet strict standards for flavor protection and product safety.

Hygienic Piping

Stainless-steel lines with proper filtration to reduce particles, moisture, and oil aerosols.

Traceable Quality

Batch-level documentation and routine testing for consistency from cylinder to final product.

Why Gas Quality Matters

From sparkling beverages to whipped cream texture and MAP packaging freshness, gas purity directly shapes taste, stability, and shelf life. GazmiGas focuses on clean supply, controlled humidity, and reliable filtration—so what your customers taste is the product, not the pipeline.

Quick take: Dry, oil-free, low-particle gas keeps flavors true and reduces oxidation or off-notes. Hygienic design helps prevent cross-contamination during filling and changeovers.

Recommended Control Points

  • Use food-grade certified gases with batch CoA.
  • Stage filtration (e.g., 1.0 μm → 0.5–0.2 μm at point-of-use).
  • Target low moisture (e.g., ≤ −40 °C dew point) and oil-free delivery.
  • Verify with routine QA (odor, purity, pressure, and leak checks).
  • Maintain traceability for cylinders, valves, and changeover events.
Typical Pressures
Source 5–15 MPa → regulated to 0.1–0.4 MPa at use points (process-dependent).
Filtration & Dew Point
1.0 μm line filters; 0.5–0.2 μm final filters; dew point ≤ −40 °C.
99.9%+ Typical purity options
0.2 μm Polishing filters
–40 °C Dew point target

Explore GazmiGas Solutions

Ready to streamline whipping, carbonating, or nitrogen flushing? Start with our food-grade nitrous oxide and explore visual references on Pinterest.

See It on Facebook

FAQ

What’s the difference between food-grade and industrial gas?
Food-grade gas is produced, handled, and documented to protect flavor and product safety. It follows hygienic handling, impurity limits, and traceability suitable for food contact applications.
Can I use the same line for CO₂, N₂, and N₂O?
Shared lines increase cross-contamination risk. If sharing is unavoidable, use validated cleaning and filter change SOPs and keep a clear changeover log.
How do I choose the right final filter rating?
Most beverage and dairy applications use 0.5–0.2 μm polishing filters at the point of use. Confirm with your HACCP plan and product requirements.

GazmiGas — Food-grade gas solutions for beverages, dairy, and fresh packaging. Clean gas. Clean lines. Clean results.

#FoodGradeGas #CO2 #N2 #N2O #FoodSafety #CleanProcessing #GazmiGas

 

 

Back to blog