Alganize products
Alganize - Golf Soil Microbiome
Microbiome Golf is an innovative solution designed to alleviate the stress experienced by grasses on golf greens due to intensive use, frequent mowing, and changing weather conditions. The product leverages natural metabolites produced by the plants themselves to reduce this stress, thereby allowing the grasses to channel more energy into growth and overall vitality. Additionally, these metabolites serve as nourishment for the soil microbiome, bolstering the grasses` immune system and fostering a healthier soil structure. This dual-action mechanism makes the turf more resilient to stress factors and helps maintain its health and beauty. Microbiome Golf contains a liquid organic soil additive produced through a unique process involving microalgae.
Alganize - Metabolite Molasses Field Solutions
Alganize specializes in providing innovative agricultural solutions designed to enhance soil health and promote sustainable farming practices. Their product, Metabolite Molasses Field, integrates advanced microbial technology to regenerate soil ecosystems and increase crop yields. By leveraging the power of soil microorganisms, the product can unlock up to 300 kilograms of nitrogen per hectare, significantly enhancing nutrient availability to plants. Alganize's focus is on utilizing beneficial microorganisms such as Bacillus sp., Pseudomonas sp., Mycorrhiza, Azospirillum, Trichoderma sp., and PGPR bacteria to enrich soil properties, suppress pathogens, and improve plant vitality. Their formulations also target the enhancement of the plant's immune system and overall growth resilience, making nutrients more accessible while increasing water retention and stress tolerance. Suitable for use in a variety of climates, Metabolite Molasses Field can be mixed safely with other agricultural inputs and manures. It promises not only economic advantages by increasing yield and savings on fertilizers, but it also supports better environmental practices by enhancing soil biodiversity and reducing chemical dependencies.