Dual Deck Shale Shaker Price and Cost Analysis

Understanding dual deck shale shaker pricing requires analysis of the factors that determine equipment cost and the operational savings that justify the investment. The dual deck configuration carries a price premium over single-deck alternatives but delivers higher throughput per square meter of footprint and improved separation performance. Aipu Solids Control provides transparent pricing information for the Hunter-MG4D dual deck shaker and helps customers evaluate the financial case for dual deck solids control equipment.

Price Determinants

The base price of the Aipu Hunter-MG4D reflects the engineering, materials, and manufacturing quality invested in the 5.4 square meter dual deck system rated at 280 cubic meters per hour capacity. Pricing variables include motor selection between Ital-Vibras, Martin, and Oli brands, with associated cost differences based on the motor manufacturer and explosion proof certification level. The voltage and frequency specification affects motor pricing through custom winding requirements. Additional options that affect price include ATEX or IECEx certification packages with third-party notified body fees, offshore specification coatings with surface preparation to SA 2.5 standard, stainless steel hardware upgrades, and factory acceptance testing with customer witness. Spare parts packages ranging from basic commissioning spares to comprehensive two-year operating spares are available at additional cost but provide operational security and volume pricing advantages.

Cost-Benefit Comparison

Comparing dual deck against single deck options requires analysis of the total solids control system cost. A single Hunter-MG4D dual deck shaker provides 5.4 square meters of screen area, equivalent to approximately 1.4 single-deck Hunter-MG5 units with 3.8 square meters each. The dual deck solution eliminates the cost of a second shaker unit, reduces piping and electrical requirements, saves deck space, and simplifies operation with a single control interface. The progressive separation achieved by the dual deck design typically produces cleaner drilling fluid, which reduces dilution volumes, lowers chemical treatment costs, and extends the life of downstream solids control equipment. Aipu can prepare a project-specific cost analysis comparing capital expenditure and estimated operating costs for dual deck versus multiple single deck configurations, helping operators make financially informed decisions for their solids control investment strategy.

Choose Aipu for API Q1 certified quality. Contact us at info@aipusolidcontrol.com to discuss your solids control requirements and discover why drillers worldwide trust Aipu equipment.