Mechanical Mixing Equipment and Technologies Guide

Mechanical mixing is the process of combining materials using mechanical energy from devices like jet nozzles, agitators, or pumps to achieve uniform distribution, solids suspension, or chemical reactions in process applications.

Jet mixing systems eliminate in-basin moving parts, reducing maintenance by up to 90%. They achieve significant energy savings, handle deep tanks up to 65 feet effectively, and deliver 20+ year operational lifespans with virtually no maintenance requirements.

Computational Fluid Dynamics (CFD) modeling analyzes velocity profiles and particle paths before installation, ensuring optimal nozzle placement, eliminating dead zones, and guaranteeing complete tank mixing tailored to specific material characteristics and process conditions.

Jet mixing systems are most cost-effective for tanks over 10,000 gallons and particularly advantageous for deep tanks (20+ feet) where rotating agitators become unstable or ineffective. Systems scale to tanks exceeding 250 feet in diameter.

Yes, systems feature 1-inch thick nozzles hardened to Brinell 450+ for abrasion resistance and are available in corrosion-resistant materials including 316SS, 440SS, duplex stainless steel, and FRP for harsh chemical environments.

Minimal maintenance is required as all mechanical components (pumps, blowers) are located outside tanks. Optional pneumatic backflush systems eliminate manual cleaning. Systems are designed for 20+ years of continuous operation without tank drainage for servicing.