Are Mop Oil Skimmers More efficient than Tube Oil Skimmers?
Ambar’s mop skimmers are designed to use the difference in relative density and surface tension between waste oils and water, allowing the oil sorbent materials to attract lubricants as the skimmer passes through the surface of the water. A solitary loop of oil sorbent “mop” descends from the mechanism and traverses the surface of the polluted area. It is drawn back into the mechanism where the oil is recovered from the mop by pressing and wringing it out with pinch rollers. The water is either recirculated through the system or released out into the environment. These mop skimmers are designed to function unattended, with reliability, and requiring little maintenance. Waste oils are an unavoidable off-shoot of the manufacturing process, necessitating the use of mop skimmers. Ambar’s skimmer products are the outcome of research, development, field-testing, and clarification. However, as simplistic as it is in design, it is the refined floating oil skimmer technology that is still in existence to protect our environment.
Tube oil skimmers use a floating plastic hose that snakes out over the surface of the liquid and is then drawn back through the drive unit where oil is removed. This design requires a relatively large amount of surface area for proper operation. This oil skimmer can skim from very shallow tanks. As a rule, the removal capacity is lower than belt, or mop type oil skimmers.
Ambar has numerous models of belt skimmers to meet your industrial facility’s specific needs.
Rates of waste oil recovery vary among different skimmers from one gallon per hour to 8000 gallons per hour. Waste oil is a contaminant, and it becomes toxic waste when it is not properly processed. It is also required to remove these contaminants in order for the industrial machinery to operate with efficiency and reliability. Recovered waste oils can be sold in the marketplace and refined for reuse in other applications, which offsets the cost of doing business. It is a well-rounded cost saving method: the cost of treating waste water is reduced because it reduces the need to use expensive chemicals; the lifespan of process fluids is increased through the perpetual removal of oil from the waste water resulting in a decrease in the cost of maintenance, as well as lower water bills and reduced costs for disposal.