THE PERMANENT BIOLOGICAL GROWTH MEDIA FOR INDUSTRIAL ODOUR CONTROL

Engineered for zero degradation, stable pressure

For decades, the industry has relied on woodchip, bark, and compost as the default biological scaffolding for

odour control. While cheap to purchase initially, organic media is fundamentally flawed in aggressive, humid

industrial environments:

Rapid Degradation: Organic matter inevitably rots, breaking down into a sludgy mass that destroys
system efficiency.
Severe Compaction: As the media slumps, bed depth decreases, completely altering the Empty Bed
Residence Time (EBRT) and allowing untreated odour to escape.
Skyrocketing Energy Costs: Compaction creates massive pressure drops, forcing extraction fans to work
harder and driving up operational expenditure (OPEX).
Constant Replacement Cycles: Requiring full extraction and replacement every 2 to 3 years, organic
media demands heavy labour, continuous material costs, and expensive site downtime.
High Compliant Disposal Cost: With the diversion of organics from landfill and the potential
contamination of spent organic media, disposal costs at approved disposal sites are significant.

FiltaMin is a premium, naturally occurring clinoptilolite zeolite specifically selected and graded for high-

performance biofiltration. It is not a consumable; it is a permanent piece of environmental infrastructure.

By replacing rotting organics with a robust, porous mineral architecture, FiltaMin provides the ultimate

environment for biological oxidation to thrive, entirely eliminating the structural failures of traditional

systems.

Permanent Structural Integrity: FiltaMin is a volcanic mineral. It does not rot, slump, or break down
over time, ensuring your biofilter maintains its exact designed bed depth indefinitely.
Stable and Predictable Engineering: With a consistent bulk density of 1300kg/m³, FiltaMin ensures
your void space and mass load calculations remain perfectly accurate from day one through year ten.
Maximum Cation Exchange Capacity (CEC): Operating like an ionic sponge, FiltaMin chemically buffers
sudden spikes in volatile contaminants, particularly high-load ammonia, holding the compounds until
the biofilm can fully metabolize them.

Switching to FiltaMin is an investment in long-term operational efficiency and compliance.

Lower Total Cost of Ownership: With a lifespan exceeding 20 years, the complete elimination of
replacement material and disposal costs yields a rapid return on investment.
Guaranteed Compliance: Consistent air distribution and superior buffering capacity mean continuous,
reliable boundary compliance for H2S, VOCs, and complex odours.
Zero Maintenance Downtime: Remove the bi-annual headache of excavating and disposing
contaminated organic waste from your facility.

Head Office:

Central Coast, New South Wales, Australia

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