Hudson Resources owns Western Australia’s attapulgite clay and freshwater diatomaceous earth deposits. Through Hudson Marketing, these minerals are processed into tailored specifications for consumer, commercial, and industrial applications, providing a secure Asia-Pacific supply chain alongside global competitors such as Oil-Dri, Imerys, Clariant, and Active Minerals.

Explore how attapulgite clay and diatomaceous earth improve soil, poultry, aquaculture, and livestock hygiene while reducing antimicrobial resistance in Australia. Antimicrobial resistance and antibiotic residues in aquaculture affect Australia’s seafood exports to China and Asia-Pacific markets. Attapulgite clay and diatomaceous earth improve poultry litter and livestock bedding hygiene, reducing antibiotic use and pathogen risk.

Antibiotic-free aquaculture potential: Inviting Tasmanian salmon and other species to trial Hudson G2 attapulgite clay which has shown results in aquaculture initial trials and research to protect water, fish health, and disease prevention without anti-biotics and 100% natural and Australian

Hudson Resources supplies high-purity Australian attapulgite clay and diatomaceous earth raw ore. Hudson Marketing delivers processed industrial solutions for filtration, coatings, specialty absorbents, and jet fuel clarification. Secure, reliable supply.

Attapulgite (palygorskite clay) is a versatile natural mineral with high adsorption, absorption properties, driving demand across Asia Pacific industries. From drilling fluids in oil and gas to soil conditioners, fertilizer carriers, and animal feed binders, attapulgite plays a vital role in agriculture, industrial, environmental, and specialty applications. Australian deposits, including Hudson Resources’ Lake Nerramyne attapulgite, provide premium-grade clay for export acro

Attapulgite clay (G2) substrate in aquarium filtration system supporting nitrogen cycling.

Attapulgite clay (G2) combines the advantages of biological, chemical, and mechanical filtration in a single medium, reducing maintenance, supporting healthy bacterial colonies, and stabilizing water quality better than most alternatives.