A gas liquid static mixer has to do more than place bubbles into a flowing liquid. It must create controlled interfacial contact at the required flow range without imposing a pressure drop that compromises pumping capacity, gas delivery, downstream separation, or process stability. For chemical injection, oxidation, pH adjustment, gas scrubbing, flotation, and reaction service,
Gas Liquid Static Mixer Selection for Process Lines Read More »
A top entry mixer selection can look straightforward until a tank develops a surface vortex, leaves solids on the floor, aerates a batch, or requires a rebuild far earlier than planned. The mixer is not an isolated purchase. Its performance depends on the vessel, product rheology, operating cycle, and the mechanical loads created by the
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A batch that looks uniform at the mixer can still separate in the tote, plug a downstream filter, or miss its final viscosity target. High shear mixer emulsification is the controlled reduction and distribution of one immiscible liquid phase into another, but stable results depend on more than motor speed. The emulsion must be created
what high shear actually does to an emulsion Read More »
A chemical injection point can become the highest-risk fitting on a process line when it is difficult to isolate, impossible to inspect under pressure, or positioned where the chemical never reaches the flowing stream. Retractable injection quill applications address that operating reality by allowing a plant to insert, service, or remove an injection device without
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A thick resin, polymer solution, slurry, syrup, or high-solids chemical can move through a pipe with a deceptively calm profile. That calm profile is exactly why a static mixer for viscous liquids must be selected with more care than a general-purpose inline mixer. At low Reynolds numbers, the fluid does not naturally churn across the
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Understanding Dead Volume for a static mixer can be a little tricky. Variables include type of element, qty of elements with the sanitary static mixer and the connection ends. In sanitary tubing systems (e.g., Tri-Clamp fittings used in pharmaceutical, food, or biotech applications), dead volume typically refers to the residual volume of fluid that remains
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Introduction Biological processes need care. In fermentation tanks, shear-sensitive organisms demand gentle handling. Excess agitation harms cell viability. But poor mixing leads to dead zones and low yield. ProMixUSA offers side entry tank mixers designed to keep cultures alive and evenly distributed. Balance Matters in Bioprocessing Too much turbulence can kill cells. But too little
Optimizing Fermentation and Bioreactor Mixing with Side Entry Tank Mixers Read More »
Introduction Storing crude oil requires more than a tank. Without movement, heavy fractions settle. Paraffins harden. Water collects at the bottom. These issues cost time and money. But side entry tank mixers solve them efficiently. At ProMixUSA, we provide mixers built specifically for oil storage. Our units operate continuously to keep your product stable and
Side Entry Mixers for Crude Oil and Petroleum Storage Read More »
Introduction Large storage tanks play a vital role in many industries. They hold fuels, chemicals, water, and other critical fluids. But without proper mixing, these tanks become inefficient. Solids settle. Fluids separate. Temperatures become uneven. That’s where side entry tank mixers prove their value. ProMixUSA provides side-mounted mixers that restore fluid motion inside large tanks.
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Introduction High-pressure systems require strong equipment. You need mixers that won’t deform, burst, or leak under stress. That’s where metal alloy static mixers come in. At ProMixUSA, we supply static mixers built to handle pressure and perform flawlessly—day after day. Why Pressure Demands Strength High pressure increases risk. Weak materials may crack, warp, or split.
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