About Us

U.S Chlorides offers U.S. and Internationally sourced products. Our service-first company policy draws on our network of assets across the world to offer an excellent level of service to our clients that includes seamless transportation via ship, barge, rail, and truck.

By partnering with the world’s leading multi-national companies, we offer our customers premier pricing and 100 percent reliability. Our clients include the US Government, state and local municipalities as well as private companies.

U.S. Chlorides, Inc. is a global supplier, wholesale distributor, and marketer of chlorides, aggregates, chemicals, energy, and other related products.

Current core products are utilized for dust control, de-icing, ice control, road stabilization, asphalt reclamation, water treatment, waste Treatment, drilling, and well completion.

jsf2-279x300

De-Icing & Ice Control

Why Liquid Calcium Chloride is effective:

  • Reacts with snow and ice upon application with faster melting than rock salt, potassium chloride or magnesium chloride.
  • Many government agencies and commercial snow and ice removal professionals have endorsed its use as an effective pre-wetting, anti-icing and deicing agent
  • Many rock salt blends are ineffective at temperatures below 20F.
  • Liquid Calcium Chloride melts ice and snow in temperatures as low as -25F or lower

 

Why provide Liquid Calcium Chloride Ice Control Program?

  • Improved road and parking lot maintenance service
  • More effective anti-icing and deicing with ability to melt snow and ice as temperatures plunge
  • More environmentally friendly than alternatives – eliminating the scatter and bounce effect of rock salt
  • Lower overall ice and snow melting costs
Read More

Dust Control

Why Liquid Calcium Chloride is Effective

  • Binds aggregate particles together by attracting moisture from the air and ground
  • Has a stabilizing effect to reduce frost damage and overall road wear
  • Most cost effective way to reduce dust versus alternatives (Lignosulfonates, asphalt emulsions, water, clay additives)

 

Why provide a Dust Control Program for your unpaved roads?

  • Increased Safety – helps improve driver visibility
  • Decreases health risks by reducing airborne particulates
  • Reduces Aggregate loss by up to 80% – unpaved roads lose as much as 300 tons per mile per year lessens overall maintenance costs
Read More

Road Stabilization & Asphalt Reclamation

Full-depth reclamation (FDR) is a proven method for rebuilding deteriorated asphalt roads. It produces a strong road base, lowers material cost and eliminates the need for disposal of old pavement. The Asphalt Recycling & Reclaiming Association endorses FDR, stating, The process has been proven on a wide range of flexible pavement structures to produce quality results at substantially lower costs and considerably shorter construction periods than conventional reconstruction practices. Improvements have been made to traditional FDR techniques using liquid calcium chloride as the base stabilization agent. The Traditional Method Traditional full-depth reclamation with calcium chloride consists of six primary steps. First, a reclaimer is used to pulverize the surface and road base to a specified depth. Next, calcium chloride such as U.S. Chloride's Gold Blend Liquid Calcium Chloride is applied to the pulverized material using a truck with a spray bar much like a dust control treatment. Then, a second pass of the reclaimer thoroughly mixes the calcium chloride with the road materials. The road is graded and shaped, followed by rolling and compaction with a vibratory roller. The last step is the application of the chloride top dressing or seal. This FDR technique combines the first three steps of the traditional method (pulverization, liquid application and mixing) into one step. The liquid calcium chloride is applied directly to the road material as it is reclaimed. Because the liquid is uniformly mixed during pulverization, the need for a second pass by the reclaimer is eliminated.

The application rate is precisely controlled relative to ground speed and the reclaiming depth to assure consistent coverage of the stabilizing agent. After shaping and compaction, experience has shown that the fog seal may be considered optional, depending on job specifications. The end result is a densely compacted road base with consistent and uniform strength, achieved with less time and effort than was previously possible with the traditional procedure. The use of liquid calcium chloride blends has been used for many years. Injecting the calcium chloride into the material as it's being processed is directly attributable to the results achieved. Solutions of calcium chloride have a stronger moisture film than plain water. This enhances the lubrication effect produced by the liquid and allows the aggregate components to slide more easily against one another during compaction, resulting in a stronger, more compact base. Calcium chloride solutions strongly resist evaporation. This works to maintain optimum moisture content in the road base. Dust problems are virtually eliminated. The potential for surface deterioration during staged construction is minimized or eliminated, so the stabilized road can be kept open for local traffic prior to final paving. The longer a road bed lays, the stronger and more stable it becomes. In the past, a loss of surface moisture would often lead to raveling and deterioration of the road base before paving.

Read More

Water & Waste Water Restoration

Read More

Drilling & Well Completion

Calcium Chloride for Oil & Gas Drilling
Calcium Chloride is used in establishing and maintaining oil and gas wells. It helps well fluids gain needed consistency, increases density and stabilizes shale formations. As a completion fluid it seals well casings and displaces drilling mud. Calcium Chloride is used in several applications for new or existing wells to improve efficiency and production. Calcium Chloride Liquid Blends and solid form are used in gas and oil drilling. It helps keep gases from forming and helps sludge from getting out of hand.

Drilling Muds:
Calcium Chloride is used in drilling mud to cool and lubricate the bit and to remove cuttings from the hole. Calcium Chloride helps add density to the mud to overcome formation pressures and keep oil, gas, and water in place. Calcium Chloride inhibits clay and shale hydration, adds needed weight to overcome formation pressure, aids in carrying cuttings to the surface, and is easily diluted from more concentrated solution.

Completion Fluids:
Calcium Chloride is used as a completion fluid just before the producing formation is reached to flush the hole clean of solids so the casing can be cemented into place. As a clear, solids free brine, Calcium Chloride is ideal as a completion fluid with a density range of 10 to 12 pounds per gallon.

Concrete Accelerator:
As a pipe that runs from the reservoir to the surface, the casing is usually cemented into place to ensure a pressure tight connection to the oil and gas reservoir. The concrete also prevents caving, confines production to the well bore, and provides a way to control well pressure. Calcium Chloride dramatically cuts set time for the concrete and can be used down-hole to several thousand feet.

Packer Fluid:
Once the casing is cemented into place, a smaller diameter pipe, the tubing, is inserted into the casing. Tubing makes the flow of oil or gas more efficient and can be replaced if plugs develop or it is damaged. Tubing is used with a packer fluid that keeps the well fluids away from the casing to minimize corrosion. The tubing packer combination reduces well pressure on the casing and reduces the chance that a casing leak could become a blowout. Calcium Chloride is used in packing the annular space between the tubing and the casing. It helps maintain pressure levels because it has sufficient density to offset the pressure on the casing.

Workover Fluid:
Calcium Chloride is used as a workover fluid, flushing wells free of solids before they are repaired or before reworking a well that has been idle for some time.

Read More