Australian Clients Visit

 Focusing on Ecological Agriculture, Discussing Cooperation on Organic Fertilizer Equipment

In March 2025, a delegation of Australian clients visited our company.  As an agriculturally advanced country, Australia places great importance on the development of ecological agriculture.  The clients hoped to introduce advanced organic fertilizer equipment to further improve the production level and product competitiveness of local organic agriculture.

Accompanied by our company's representatives, the clients visited our organic fertilizer production equipment R&D center and ecological agriculture demonstration base, learning about the equipment's development history and practical application effects. In the production workshop, the clients focused on inspecting the application of wind-powered and hydraulic composting machines in large-scale organic fertilizer production. Our technical staff explained how the equipment improves the quality and production efficiency of organic fertilizers through precise control of fermentation parameters, while also reducing environmental impact, which is highly consistent with Australia's strict environmental protection standards.

During the subsequent discussions, both parties explored topics such as organic fertilizer quality testing, market promotion, and technical cooperation. The clients introduced the market demand and certification system for organic agriculture in Australia, while our company shared its experience in organic fertilizer equipment R&D and ecological agriculture project cooperation. The clients expressed their agreement with our company's vision of "becoming a globally leading provider of organic fertilizer equipment solutions," believing that there is huge potential for cooperation between the two parties in the field of ecological agriculture. During this visit, both parties initially reached a technical cooperation agreement and plan to jointly develop high-end organic fertilizer equipment tailored to the Australian market, promoting in-depth cooperation between the two parties in the field of ecological agriculture.

Building on the discussions around composting, the collaboration also explored advanced fertilizer production machine technology for product diversification. For high-density, low-dust organic fertilizers, the parties examined the merits of a roller press granulator production line, which utilizes a fertilizer compactor to achieve dry fertilizer granules compaction. This technology is efficient for enriching organic bases with mineral nutrients, bridging towards an npk fertilizer manufacturing process. Alternatively, for producing premium spherical organic granules, a complete organic fertilizer disc granulation production line was presented as the core of a sophisticated organic fertilizer manufacturing system. These discussions highlighted how integrating different granulation technologies could create versatile solutions, allowing Australian producers to manufacture a wide range of organic and organic-mineral fertilizers, meeting specific crop and soil requirements with precision.