Mosaic New Wales MicroEssentials Conversion

Mosaic New Wales MicroEssentials Conversion project

Major expansion has fertilizer plant exceeding design capacity

Mosaic Fertilizer, LLC

|

USA

|

2014-2016

1.2 million labor hours with 0 LTIs.

10% under budget.

65,000-ton MicroEssentials product warehouse.

Conversion to MicroEssentials production.

Challenges

  • To meet the increasing demand for specialty crop nutrients, Mosiac needed to convert an existing dual-train, DAP granulation plant to produce their patented MicroEssentials line of products.
  • Extensive modifications were required to the existing plants to convert them.
  • The existing plant scrubber systems needed to be replaced and retrofitted for closed-loop scrubbing.
  • Equipment ventilation and dust-collection systems needed to be redesigned to improve dust collection, handling, and recycling.

Solutions

  • Executed detailed engineering, design, construction management, and commissioning services.
  • Modified the existing plants to allow micronutrient receiving, storage, and feed systems; sulfur unloading systems with a sulfur pit; a new 65,000-ton MicroEssentials product warehouse with an automated reclaimer; and all associated utilities and infrastructure required to support the project.
  • Replaced the existing plant scrubber systems and retrofitted them for closed-loop scrubbing.
  • Redesigned equipment ventilation and dust-collection systems to improve dust collection, handling, and recycling.

Highlights

  • The East granulation plant started up in February 2016 and exceeded design capacity within two weeks.
  • The West granulation plant started up in June 2016 and already exceeds design capacity. The overall project is approximately 10% under budget.
  • Construction and on-site personnel exceeded 1.2 million labor hours.
  • A total of 1,660 contractor personnel were provided with safety training for site access, and no lost-time incidents were reported on this project.

Project numbers

1,660 contractor personnel
1.2 million labor hours with 0 LTIs

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