Zenith Phosphate Grinding Solution for Jordan Preferred Option for Deep Processing

Faced with the upgrading trend of the phosphoruschemical industry, Zenith provides intelligent grinding equipment and system solutions to address the triple challenges of resources, cost and environmental protection in Jordan phosphate rock grinding and processing, and help enterprises build an efficient, green and intelligent production system.

Overview of Jordan Phosphate-Rock Resources & Industry Trends

Jordan is a key phosphate resource country in the Middle East and one of the world’s major phosphate rock exporters. Its proven phosphate reserves exceed 4.3 billion tons. Major mining areas are distributed in the southern desert, with three principal deposits Eshidiya, Al-Abiad and Al-Hassa accounting for most national phosphate output, which are centrally operated and managed by Jordan Phosphate Mines Company (JPMC).

Jordan phosphate rock is sedimentary phosphorite. Run of mine ore generally has a P2O5 grade of 28%-31% and features good overall grindability. Some ore seams contain clay interlayers, leading to relatively high surface moisture of raw materials, which easily causes material adhesion and blockage during the grinding process.

Jordan’s phosphate industry used to rely heavily on raw ore exports. In recent years, the Jordanian government has vigorously promoted local deep processing policies, encouraging domestic projects for phosphoric acid, high concentration phosphate fertilizers and fine phosphate products so as to cut raw ore exports.

Main Fineness Requirements for Jordan Finished Phosphate Powder

Grinding fineness of phosphate powder varies greatly for different downstream products, and it is the primary reference indicator for production line scheme design:

1. Raw material for wet process phosphoric acid and high concentration phosphate fertilizers: 80-200 mesh, uniform particle size distribution, strictly control over grinded fines to ensure sufficient sulfuric acid decomposition reaction

2. Ordinary phosphate fertilizers and industrial phosphates: 60-120 mesh

3. High purity fine phosphorus chemical products and new energy phosphorus based materials: 200-325 mesh ultrafine powder

Based on the actual production demands of the phosphate fertilizer industry, Zenith has built a four core product matrix. It can meet customized requirements of different capacity scales and diverse process working conditions, and deliver a full coverage, highly adaptable overall solution for phosphate rock grinding.

The equipment integrates multiple core advantages: high efficiency grinding, low carbon energy saving, intelligent control and environmental friendliness, providing solid equipment support for stable production, quality improvement and cost reduction of phosphate fertilizer processes.

PMD Permanent Magnet Direct Drive European Trapezium Mill

Fineness: 0.038-1.6 mm

Capacity: 6-55 T/H

As the industry’s first Europeantrapezium type mill with permanentmagnet directdrive system, it achieves 20%-30% comprehensive energy saving compared with conventional transmission schemes. It is suitable for fine phosphaterock powder production lines that focus on longterm electricitycost control and lowcarbon operation.

MTW6X European Trapezium Grinding Mill

Fineness: 0.038-1.6 mm

Capacity: 6-55 T/H

It adopts full thinoil lubrication structure with stable operation and highlevel intelligence, suitable for newbuilt plants and technicalrenovation projects with a capacity of dozens of tons per hour.

MTW European Trapezium Grinding Mill

Fineness: 0.038-1.6 mm

Capacity: 3-45 T/H

Equipped with curvedsurface shovels and integral bevelgear transmission, the mill features compact structure and small footprint with moderate equipment investment cost. It is a popular choice for medium and smallscale phosphate fertilizer processing plants in Jordan.

LM Vertical Grinding Mill

Adjustable Fineness: 80-600 mesh

Capacity: 3-170 T/H

Integrating crushing, drying, grinding, classification and conveying functions, it delivers a onestop compact solution. With large singleunit capacity and low energy consumption, it can stably produce 80-325 mesh phosphate powder, suitable for largescale wetprocess phosphoricacid plants, highconcentration phosphatefertilizer bases and newenergy phosphorusmaterial projects.