Ship & Shore Environmental, Inc. products

Scrubbers

Ship & Shore Environmental - Wet Scrubbers for Air Pollution and Odor Control

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 enriched with chemical reagents, allowing for the absorption and removal of gases. This is followed by the separation of liquid and particulate matter using techniques like inertial impact, cyclonic motion, or interception. The ionized wet scrubbers provided by Ship & Shore Environmental allow for customization, providing precise control over the absorption efficiency and pressure drop concerns. The distinct K-Rosette filament design enhances the system's function by effectively managing the gas stream, thus optimizing energy usage and ensuring high removal efficiency. This tailored approach makes these systems suitable for various industries ranging from chemical manufacturing to pharmaceuticals.

Ship & Shore Environmental - Emergency Chlorine Scrubber

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 emissions.

Others

Ship & Shore Environmental - Regenerative Thermal Oxidizers for Air Pollution Control

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 technology is adaptable to a wide range of applications, including chemical processing and automotive industries, where precise emission control is paramount. Ship & Shore offers customized solutions with an emphasis on energy recovery and waste heat utilization, ensuring compliance with TCEQ, EPA, and other regulatory bodies. With global operations, Ship & Shore provides comprehensive support from design to commissioning, aided by multilingual staff and 24/7 service availability. Their approach integrates advanced engineering with environmental stewardship, making them a key partner in sustainable industrial practices.

Ship & Shore Environmental - Catalytic Oxidizers for VOC Abatement

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 with Factory Mutual or IRI fuel pipe train, burner controls, and control panels, alongside a process blower. When VOC concentrations are low, a heat exchanger is often employed post-catalyst to preheat incoming emissions. The design comprises an insulated chamber with a catalyst and burner, allowing the VOC-laden air to be oxidized into carbon dioxide and water. Options for catalysts include precious metal layers deposited on ceramic substrates, either in pellet form or as a solid monolith. However, the presence of certain compounds can inhibit the effectiveness of the catalyst. Ship & Shore Environmental offers custom-designed solutions based on specific VOC abatement needs, ensuring compliance with air quality standards.

Ship & Shore Environmental - Catalytic Oxidizers for VOC Abatement

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 comprised of precious metals on substrates like ceramic or metal, and a process blower. It is equipped with a control panel and burner controls. These systems are ideal for applications where VOC concentration is moderate, and often utilize a heat exchanger for energy efficiency. However, they may not be suitable for process emissions containing metallic particles that could deactivate the catalyst. Ship & Shore Environmental specializes in custom designing these systems to adhere to strict air quality regulations while optimizing performance and costs.

Ship & Shore Environmental - Low NOx Flares for Emission Control

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 energy consumption. The system accommodates vapors or gases with calorific values as low as 6 MJ/Nm3, adjusting fuel needs dynamically. Compact design with a 12x12 ft. footprint allows flexibility in spatial restrictions and ensures no heat radiation to surroundings, facilitating installation near other equipment. These flares come with essential components like shutdown valves, flame arrestors, and gas trains. Additionally, low NOx burners are available for retrofitting or new installations, underscoring the firm’s commitment to providing efficient waste gas solutions.

Ship & Shore Environmental - Concentrator and Adsorption Systems for VOC Abatement

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 released. When the media reaches saturation, hot air is used to desorb the accumulated VOCs, which are then concentrated and directed to a thermal oxidizer for destruction. This setup is advantageous due to its efficiency and cost-effectiveness, avoiding the high expenses associated with direct thermal or catalytic oxidation. Furthermore, the system can be adapted for solvent recovery, employing condensers and decanters. Ship & Shore Environmental also offers rotary concentrators, enhancing efficacy by concentrating VOC emissions up to 15 times for subsequent abatement.

Ship and Shore Environmental - Concentrator / Adsorption Systems for VOC Abatement

Concentrator and adsorption systems are effective solutions for managing large air flows containing low concentrations of volatile organic compounds (VOCs). These systems use media within vessels to adsorb hydrocarbons; zeolite and carbon are typical media choices. As VOC-laden air passes through, it gets adsorbed by the media, allowing clean air to be released. When the media approaches saturation, hot air regenerates the saturated vessel by desorbing the VOCs, which are then concentrated in a stream for further treatment in a small thermal oxidizer. This process ensures emission destruction without exceeding 45% of the Lower Explosive Limits. Systems can also facilitate solvent recovery with auxiliary condensation equipment. Ship and Shore offers rotary concentrators that enhance VOC concentration for subsequent destruction by oxidizers. These systems promote efficient, cost-effective air pollution abatement by leveraging heat exchangers for energy optimization.

Ship & Shore Environmental - Permanent Total Enclosures for VOC Emission Control

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 beneficial in hazardous environments to safeguard employee health. A PTE meets specific criteria outlined by the EPA Method 204, including maintaining natural draft openings at a maximum of 5% of the enclosure's surface area and ensuring air flows into the enclosure at a rate of 3,600m/h. The advantages of installing a PTE include thorough VOC capture, reduced operational costs due to lower required air volume treatment, and enhanced workplace conditions. This system can integrate with existing infrastructure using various materials and design elements, addressing industry regulations that demand up to 90% VOC control efficiency.

Ship & Shore Environmental - Low NOx Burners for Cleaner Industrial Emissions

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 chemical, petrochemical, food manufacturing, and more, effectively contributing to environmental protection efforts. By employing advanced combustion technology, Low NOx Burners help industries minimize their ecological footprint without compromising on operational efficiency. These burners are engineered to integrate seamlessly into existing industrial systems, offering a sustainable approach to managing emissions. They underscore the company`s commitment to promoting cleaner, more efficient industrial operations worldwide.