Fungal-derived chitosan offers natural flocculation, microbial control, and water quality enhancement across industrial, municipal, and aquaculture applications.
01 — Industry Challenges
Increasing complexity of process and municipal effluents stretches existing treatment infrastructure.
Volumes and disposal costs of chemically-laden sludge continue to climb.
Heavy reliance on synthetic coagulants raises cost, residue, and lifecycle concerns.
Discharge limits and reporting requirements are tightening across Australia and export markets.
Pathogen outbreaks threaten stock health, biosecurity, and producer profitability.
Variable turbidity, organics, and microbial load disrupt downstream operations.
02 — The Science
Positively charged biopolymer rapidly aggregates suspended solids for easier separation.
Improves clarification across raw water, process water, and effluent streams.
Helps achieve discharge and process clarity targets with lower chemical load.
Chelates a range of metal ions in industrial and mining-impacted waters.
Antimicrobial action assists biosecurity and water hygiene strategies.
Enhances visibility and quality for aquaculture and recreational water bodies.
Lowers overall chemical demand and downstream sludge burden.
03 — Features & Benefits
Breaks down naturally — no persistent polymer residues in effluent.
Favourable profile for operators, aquatic life, and downstream ecosystems.
Derived from circular mushroom biomass, not finite mineral or marine sources.
Delivers performance at milligram-per-litre concentrations.
Supports ESG reporting and sustainable-water strategies.
Australian feedstock, distributed manufacturing model.
04 — Aquaculture Applications
Chitosan supports a healthier, more biosecure production environment across freshwater and marine systems.
Pond water treatment
Improve clarity and reduce organic loading in pond-based systems.
Microbial management
Support biosecurity through natural antimicrobial activity.
Waste reduction
Lower sludge volumes and aiding in biosolids handling.
Filtration support
Enhance performance of mechanical and biological filtration.
Biosecurity support
Augment hygiene protocols in hatcheries and grow-out systems.
Stock health
Cleaner water contributes directly to fish and shellfish welfare and yield.
05 — Industrial Water Applications
From mining to food processing, chitosan offers a renewable building block for sustainable water management.
Wastewater treatment
Municipal and industrial effluent clarification and polishing.
Mining water
Tailings clarification and heavy-metal binding adjunct.
Food processing
Process water clarification compatible with food-contact requirements.
Agricultural runoff
Capture suspended sediment and nutrient loads from catchment runoff.
Industrial clarification
Pulp, paper, textile, and chemical process water polishing.
Catchment & stormwater
Support natural treatment systems in stormwater and catchment management.
Desalination pre-treatment
Natural flocculant for saline intake water pre-treatment, reducing membrane fouling and improving reverse osmosis efficiency in desalination plants.
Why Fungal
ChitoCore combines fungal feedstock advantages with Australian manufacturing — a sovereign, sustainable, and scalable source of chitosan for water-treatment operators and aquaculture producers.
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