LIME Marine does not corrode, erode, attack, oxidize or have other deleterious affects on virtually any metal or materials found in marine water systems such as: BRASS, IRON, LEATHER, CERAMIC ,WOOD, FIBER, PLASTICS FIBERGLASS, COPPER, STEEL, TITANIUM ,COPPER NICKEL ,RUBBER, GLASS, GELCOATS PAINTED SURFACES.

LIME Marine is an electrolyte, as are most cleaning agents. An electrolyte is any liquid that will transfer small electrical currents. Examples: salt water, vinegar, Coca-Cola. An electrolyte may cause plating in some types of equipment. This means a transfer of small amounts of one metal onto another metal according to the galvanic corrosion chart. In some instances, a thin coating of copper may be plated onto a steel drum while circulating an electrolyte such as RXLYME Marine. The only time plating occurs is when two dissimilar metals are in an electrolyte solution.

It is recommended, but not mandatory, that the LIME Marine solution be thoroughly mixed before using. Some settling of a dark precipitate may occur, resulting in an amber colored liquid, but has no negative affects upon the performance of the solution.

RXSOL-51-6001-025 is a concentrated  solution of a POLYELECTROLYTE  polymer and Antifoaming Agents for  use in SEA WATER evaporator  as a controller of scale and foam in side the  evaporators.  It can be used as a scale inhibitor  in the  feed water  to EVAPORATORS producing fresh water .

A liquid polymer-based evaporator treatment specially designed to control and prevent scale formation in evaporators

Key Benefits for Maritime & Desalination Operations of AMEORL Evaporator Treatment Chemical:

RXSOL-51-6001-025 is a concentrated  solution of a POLYELECTROLYTE  polymer and Antifoaming Agents for  use in SEA WATER evaporator  as a controller of scale and foam in side the  evaporators.  It can be used as a scale inhibitor  in the  feed water  to EVAPORATORS producing fresh water .

A liquid polymer-based evaporator treatment specially designed to control and prevent scale formation in evaporators

Low dose levels, typically in the range 0.05 to 0.1 mg/l in the seawater feed stream, depending on feed water quality. Activity is not dependent on temperature. No need to alter dose level if top brine temperature (TBT) changes. Negligible steam volatility and carry over into the distillate.

RXSOL-16-2066-200 is antifoam emulsion and its more concentrated antifoam emulsion. It has excellent candidates for controlling foam in amine and glycol dehydration units. This is suitable products for gas plants and have excellent stability in the presence of salts, resulting in reduced deposits on the plant’s equipment. RXSOL-16-2066-210  help preserves foam control under the severe conditions of a dehydrating unit. These conditions can remove water from other antifoam emulsions, rendering them immediately inactive.

Low dose levels, typically in the range 0.05 to 0.1 mg/l in the seawater feed stream, depending on feed water quality. Activity is not dependent on temperature. No need to alter dose level if top brine temperature (TBT) changes. Negligible steam volatility and carry over into the distillate.

RXSOL-51-2066-220 is antifoam emulsion and its more concentrated antifoam emulsion. It has excellent candidates for controlling foam in amine and glycol dehydration units. This is suitable products for gas plants and have excellent stability in the presence of salts, resulting in reduced deposits on the plant’s equipment. RXSOL-51-2066-220  help preserves foam control under the severe conditions of a dehydrating unit. These conditions can remove water from other antifoam emulsions, rendering them immediately inactive.