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Ship & Shore Environmental Inc., a Long Beach, Calif.-based ´óÏó´«Ã½ specializing in air pollution capture and control systems for industrial applications, has launched a limited time Energy Efficiency Program for plastic manufacturers. This program includes complimentary Ship & Shore engineering assistance with incentive/rebate program applications in order to encourage plastic manufacturers to produce their products responsibly, efficiently and effectively while improving environmental quality.

"The overall perception of plastics as toxic, harmful, and replaceable is nothing new; however, Ship & Shore Environmental knows that plastics are essential and useful when handled properly. There are utility companies that will reward rebates and incentives to those who implement and incorporate energy-efficient solutions into their processes," says Anoosheh Oskouian, CEO of Ship & Shore Environmental. "We want companies in the plastics industry to know that there is a way to keep their processes clean, environmentally conscious, and efficient. Our team knows that incentive/rebate applications take meticulous amounts of time, planning, and effort that some people cannot afford. This is why we decided to launch complimentary incentive application assistance as part of our Energy Efficiency Program.”

"The focus is to minimize harmful environmental impacts during the production phase of plastic manufacturing processes so that everyone can benefit. This is where Ship & Shore's clean technology steps in," adds Anu Vij, COO at Ship & Shore Environmental.

Ship & Shore Regenerative Thermal Oxidizers (RTOs) are specifically designed to operate in self-sustaining mode. These systems reportedly help companies increase energy and operational efficiency, reduces the harmful effects of  emissions in a safe and controlled environment, and minimizes overall utility consumption. Along with incentive/rebate application assistance by a Ship & Shore engineer, the company is also offering a complimentary energy efficiency assessment for overall plant optimization.