Phosphate Fertilizer From Phosphorous Ashes
by Glatt PHOS4green
by Glatt PHOS4green
PHOS4green converts phosphate-containing sewage sludge ash into high-quality fertilizers in a sustainable way. The versatility of the granules enables a wide range of applications in agriculture with a pronounced delayed release effect and sustained supply of the nutrient. The characteristics of the granule can be customized to target specific release rates in to the soil.
Spray granulation with optional subsequent coating by means of fluid bed technology produces abrasion resistant fertilizer granules with a very homogenous particle structure. These particles are easy to dose and have consistent performance over time and do not experience degradation during storage. Parameters such as particle size, residual moisture and solids content can be specifically targeted. The solubility of such granules can be adapted very well to the application. Undesirable bulk product changes like segregation, particle abrasion, hygroscopy and other drift effects that occur during transportation and spreading are significantly reduced.
Up to 46% available phosphate content
Whether superphosphate, or triple phosphate, PHOS4green phosphate fertilizers meet the highest quality requirements and are particularly suitable for organic farming. The admixture of other nutrient-containing components in the suspension enables the production of combined fertilizers. …
Clever combinations for special applications
Combine your seed with the required nutrient components as one ready-to-use particle. The fertilizer granules can also be coated directly with biocides, insecticides or fungicides. These particles can also be coated with biopolymers to allow controlled release of either plant nutrients or pesticides. …
PHOS4green is a fertilizer manufacturing process that is particularly well-suited for organic farming. The process of recovering phosphorous from ashes and then using it in fertilizer utilizes the closed loop concept of circular resources. …
Planting trials with ryegrass (Lollium) and alfalfa (Medicago sativa)
Studies on plant growth when fertilizing with recycled phosphorus using PHOS4green compared to conventionally fertilized plants: See for yourself the quality of PHOS4green fertilizers and compare results measured in biomass (fresh mass, dry mass). …
By utilizing waste heat and eliminating significant amounts of material transport by recycling the phosphate ash produced at the mono-incineration plants, your eco-balance is improved.
Upon request, we can provide you with cooperation partners with an excellent distribution network for your products.
Further information on this topic and related topics can also be found in the following publications:
Published article: ‘Growing the German phosphate industry’. PDF, English
Published article: A Fluid Bed Approach – Case study on the economical production of urea-based fertilizers can be achieved using fluidised bed technology, PDF, English
Published article: ‘Fomulation For Success – Fluid Bed Systemes as Key for the Production of Speciality Fertilizers’, PDF, English
Published article: ‘Improved performance for crop protection products’, PDF, English
Published article: ‘Like a phoenix from the ashes’. A recovery technology that releases phosphate from sewage sludge ashes and converts it into ready-to-use fertilizers. PDF, English