Reaction solvents
Solvent selection driven by boiling point, water tolerance, and recovery economics.
A reactor charge, a cooling tower, a scrubber, and a turnaround crew all pull from the same purchase order file, and every one of them stops the plant when supply gets thin. This page maps the chemical processing applications Lowe Chemical supports and the products behind them, from the raw materials that go into the reaction to the chemistry that keeps the plant running around it.
Find your application
Type a product name such as caustic soda, glycol, antifoam, or citric acid to see every place it lands in a plant. Or filter by area to browse the reactor, the utilities, or the turnaround list on its own.
Solvent selection driven by boiling point, water tolerance, and recovery economics.
Strong and organic acid catalysts for condensation, esterification, and alkylation routes.
Caustic and alkoxide chemistry through the reaction and workup steps.
Water removal and equilibrium driving in ester production.
Initiator and catalyst supply for surfactant and polyol production.
Alkanolamine and specialty amine routes into surfactants and intermediates.
Controlled oxidation steps with the handling requirements that come with them.
Monomer, initiator, and inhibitor supply for emulsion and solution polymer plants.
Coupling, solvency, and freeze protection across a wide slate of downstream products.
Workhorse solvents and reaction feedstocks bought by the tanker.
Fast and medium evaporating solvents for reaction, cleaning, and formulation.
Neutralizers, intermediates, and gas treating chemistry in one product family.
Carrier and process solvents specified by aromatic content and flash point.
Reactive building blocks with tighter handling and documentation needs.
Organic and inorganic building blocks feeding resin, ester, and salt production.
Column operation supported by entrainers and foam control.
Phase separation where a stubborn rag layer costs hours per batch.
Antisolvent addition and controlled cooling to hit particle size targets.
Clarity and throughput on plate and frame, leaf, and bag filtration.
Water control in solvent streams and in storage.
Color body and trace impurity removal ahead of packaging.
Reclaim streams that need makeup product, drying, and quality verification.
Anionic, nonionic, and amphoteric packages built to a cost and performance target.
Viscosity build that survives shear, temperature, and shelf life.
Microbial protection matched to pH, packaging, and regulatory profile.
Foam control during high shear mixing, filling, and transfer.
Finishing chemistry that lands the batch inside spec before packaging.
Hard water and metal ion control across cleaning and industrial formulations.
The small dose components that create the biggest QC headaches.
Scale, corrosion, and oxygen control protecting steam generation.
Open loop programs balancing scale, corrosion, and biological control.
Inhibited loops where fluid quality determines equipment life.
Thermal oil and glycol loops serving reactors and jacketed vessels.
Low temperature secondary loops in process cooling.
Return line corrosion control that quietly prevents big repairs.
Rotating equipment fluids that keep utilities online.
Turbidity and solids removal before water touches the process.
Solids capture and press performance on the back end.
Discharge compliance and upstream process protection.
Meeting metals limits on a variable waste stream.
Keeping the bugs healthy and the clarifier clean.
Collection system and equalization tank odor management.
High purity water production and membrane care.
Acid gas capture on vents, reactors, and process stacks.
Ammonia and amine vapor capture on the acid side of a scrubber train.
Chemical destruction of odor compounds rather than masking them.
Acid gas removal from process and fuel gas streams.
Utility chemistry around abatement equipment.
Baghouse and material handling dust control on dry product lines.
Product changeover and pre-entry cleaning on a shutdown clock.
Restoring heat transfer without eating the tube bundle.
Stainless steel surface treatment after fabrication or repair.
Shop and field cleaning across pumps, motors, and process equipment.
Cross contamination control between campaigns on shared equipment.
Protecting idle assets between campaigns and through winter.
Safe handling of spent catalyst and reactor residue during turnaround.
Oxygen exclusion on peroxide sensitive and flammable storage.
Protecting the vessel and protecting the product inside it.
Bulk to drum, tote, and pail conversion with the documentation to match.
On-site response materials sized to the products actually stored.
Seasonal protection on outdoor tanks and transfer lines.
Caking, bridging, and dust problems in dry product operations.
How Lowe helps
Most processors are buying raw materials from one desk, utilities chemistry from another, and turnaround supplies from a third. Consolidating those conversations is usually worth more than shaving a few cents on any single product.
Product, grade, quantity, package size, destination, and timing. Whether it is one reactor feedstock or the whole plant spend, we will help you move from need to answer.
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