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Ship And Shore Environmental Environmental Equipment & Supplies
9 equipment items found
Manufactured by:Ship & Shore Environmental, Inc. based inSignal Hill, CALIFORNIA (USA)
Wet scrubbers are vital components in the control of industrial air pollution, designed to address the presence of varied pollutants like gases, liquids, and solid particulates in the air stream. These systems operate through a series of stages where contaminated air is drawn in and subjected to chemical scrubbing processes. The initial phase involves passing the air through a packing medium ...
Manufactured by:Ship & Shore Environmental, Inc. based inSignal Hill, CALIFORNIA (USA)
At Ship & Shore Environmental, we are one of the leading suppliers of air pollution control systems, including their Emergency Chlorine Scrubber Systems (ECSS). Our systems have been proven to remove more than 99.999% of all chlorine ...
Manufactured by:Ship & Shore Environmental, Inc. based inSignal Hill, CALIFORNIA (USA)
Regenerative Thermal Oxidizers (RTOs) by Ship & Shore Environmental are engineered to meet stringent air pollution abatement regulations. These systems efficiently convert volatile organic compounds (VOCs) into carbon dioxide and water, reducing harmful emissions in various industrial processes. Designed for energy efficiency, RTOs repurpose thermal energy to lower operational costs. The ...
Manufactured by:Ship & Shore Environmental, Inc. based inSignal Hill, CALIFORNIA (USA)
Concentrator and adsorption systems are integral solutions for managing air flows with low VOC concentrations in industrial settings. These systems utilize vessels containing media such as Zeolite or Carbon to adsorb hydrocarbons from VOC-laden air. The process involves passing the air through multiple compartments within the vessels, where VOCs are trapped by the media, allowing clean air to be ...
Manufactured by:Ship & Shore Environmental, Inc. based inSignal Hill, CALIFORNIA (USA)
Permanent Total Enclosures (PTEs) are strategically designed environmental solutions for capturing volatile organic compound (VOC) emissions. Engineered to envelop emission sources completely, PTEs minimize and concentrate emissions, allowing for efficient management via a VOC control device. These systems are highly adaptable, suitable for both new and existing setups, and are particularly ...
Manufactured by:Ship & Shore Environmental, Inc. based inSignal Hill, CALIFORNIA (USA)
Catalytic oxidizers are crucial in VOC abatement, providing destruction efficiencies between 95%-96% by oxidizing volatile organic compounds into harmless carbon dioxide and water. Operating between 500°F to 800°F, these systems can achieve higher efficiencies and operational fuel savings by incorporating additional catalysts. A catalytic oxidizer includes a combustion chamber, a catalyst ...
Manufactured by:Ship & Shore Environmental, Inc. based inSignal Hill, CALIFORNIA (USA)
Ship & Shore Environmental, Inc. provides innovative emission control solutions, focusing on their low NOx flares designed to achieve optimum emission reductions. These flares offer a reliable answer to emission regulations, ensuring ultra-low emissions of NOx, CO, and unburned hydrocarbons with over 99.99% destruction efficiency. Significantly, this performance is maintained at minimal cost and ...
Manufactured by:Ship & Shore Environmental, Inc. based inSignal Hill, CALIFORNIA (USA)
Ship & Shore Environmental, Inc. presents Low NOx Burners, an innovative technology designed to significantly reduce nitrogen oxide (NOx) emissions in industrial processes. These burners play a critical role in industrial sustainability by lowering harmful emissions, enhancing energy efficiency, and optimizing overall performance. They are applicable across various industries such as ...
Manufactured by:Ship & Shore Environmental, Inc. based inSignal Hill, CALIFORNIA (USA)
S&SE offers advanced VOC abatement systems through their Catalytic Oxidizers, crucial for industries dealing with volatile organic compounds. These oxidizers achieve destruction efficiencies of 95%-96% by operating at temperatures ranging from 500°F to 800°F. By augmenting the catalyst quantity, higher efficiencies and operational fuel savings of 40-60% are achievable. These systems are equipped ...