Recovers and Concentrates Industrial Acids

The Acid Recovery System from GMM Pfaudler efficiently recovers and concentrates spent acids, leveraging decades of engineering expertise. This system is essential for chemical, pharmaceutical, food, and energy sectors, solving the challenge of acid waste management. It employs a multi-stage concentration and distillation process, ensuring precise recovery for applications like nitric and sulfuric acid reclamation, and hydrochloric acid regeneration. Capable of continuous operation, it integrates seamlessly into production lines with PLC control and remote monitoring. Designed with corrosion-resistant materials like glass-lined steel and fluoropolymers, it withstands harsh conditions and minimizes maintenance needs. Additionally, the system reduces operational costs through energy-efficient heat recovery designs, supporting environmental and cost-saving goals. Customization options and engineering support ensure a tailored fit for your facility’s specific requirements.

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Removes Acid Gases and Industrial Fumes

The Sorpt.X SW from Dürr is designed to efficiently control acid gas emissions across various industries, including chemical, pharmaceutical, and automotive sectors. This wet scrubber operates by exposing acid gases to an alkaline agent to form stable salts, ensuring easy removal. It features different configurations such as spray, tray, and packed towers, offering flexibility in handling varying gas volumes and concentrations. The Sorpt.X SW’s low pressure drop design, with typically less than 2 in. w.g., is crucial for retrofitting, especially where process fans have limited capacity. It boasts high removal efficiencies for SOx, HF, and HCl, while requiring minimal maintenance due to its non-clogging atomizing nozzles. Constructed with materials that resist corrosion, it maintains performance even in harsh conditions. Configurable to fit both vertical and horizontal setups, the Sorpt.X SW ensures seamless integration into existing systems, supported by Dürr’s engineering expertise for tailored solutions.

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Recovers and Purifies NMP Solvent Efficiently

The Solvent Recovery System from Dürr excels in recovering and purifying NMP solvent for battery electrode manufacturing. It operates on a closed-loop principle, capturing exhaust air from dryers, precooling it, and condensing solvent with chilled water. This system is vital for producing electronic-grade solvents with applications in lithium-ion battery and electrode slurry production. Configured for both small-scale labs and industrial setups, it offers flexible throughput solutions—carbon beds for limited operations and condensers with scrubbers for large-scale needs. Integration is seamless, featuring energy-efficient heat exchangers that optimize air temperature within the process cycle. The system is crafted from durable, corrosion-resistant materials, ensuring compatibility with various chemicals. Dürr’s solution not only complies with stringent global emissions standards but also promises rapid ROI by minimizing fresh NMP purchases. Tailored engineering support facilitates customization, from material options to automation features, to meet your specific production requirements.

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Processes and Purifies Industrial Liquids

Della Toffola’s water treatment systems are engineered for diverse industrial applications, offering a robust solution for tackling complex liquid purification challenges. These systems stand out for their versatility, utilizing biological and chemical-physical processes to efficiently refine liquids into treated sewage water, bottled beverages, and pharmaceutical formulations. Designed for adaptability, they seamlessly integrate into existing production lines with options for both batch and continuous operations. The systems boast impressive throughput capacities, adaptable to varying industry needs, whether in water treatment facilities or the pharmaceutical sector. Constructed from high-grade materials like AISI 304/316 stainless steel, they ensure durability and resistance to corrosive environments. Energy-efficient features include PLC control and remote monitoring, minimizing operational costs and environmental impact. These systems comply with rigorous industry standards, ensuring safe, reliable operation. Maintenance is streamlined through automated cleaning protocols, maximizing uptime. With the option for custom configurations, Della Toffola provides engineering support to tailor systems precisely to your specifications, promising an efficient and compliant purification process.

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Eliminates VOCs and Odors Efficiently

The DEO-100™ from Centriair is a regenerative catalytic system designed to eliminate volatile organic compounds (VOCs) and odors from challenging industrial environments. This system excels in applications such as biogas production, wastewater treatment, and industrial food processing, addressing the critical need for effective VOC and odor management. The DEO-100™ operates through patented mesh catalyst technology, optimizing reactor geometry for a large catalyst area and superior heat capacity. This ensures a conversion rate exceeding 98% for most VOCs, including those difficult to tackle with traditional methods like ionization or scrubbers. It offers a low-maintenance solution with continuous, fully integrated operations controlled by a PLC, and energy efficiency is enhanced by regenerative heat recovery. The system’s compact design allows seamless integration into existing facilities, making it ideal for streamlined operations in biogas producers, sewage treatment plants, and industrial processing facilities. Its robust construction requires no media changes, offering significant cost savings and stable performance throughout its lifecycle.

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Efficiently Separates and Removes Ammonia and Particles

The High Intensity Scrubber from Centriair is a state-of-the-art solution for the removal of ammonia and particles in industries such as composting, sewage treatment, and biogas production. Utilizing high-pressure water nozzles, it effectively separates medium-low particle sizes while providing a beneficial cooling effect, ideal for roasting applications like coffee and cocoa processing. With the capability to handle high airflow, this scrubber features a process water tank that optimizes particle separation and keeps the water clean. Operating continuously with a low pressure drop, it seamlessly integrates into existing systems through efficient automation and control. Available with materials that ensure corrosion resistance, it maintains durability in harsh environments. Additionally, Centriair offers customization options to fit specific operational needs, supported by engineering expertise.

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Neutralizes and Adsorbs Harmful Gases

The Scrubber K-415 from BUCHI Labortechnik enhances laboratory safety by utilizing a four-step process—condensation, neutralization, adsorption, and reaction—to effectively neutralize and remove harmful fumes. Ideal for biopharmaceuticals, fine chemicals, and environmental labs, it supports applications ranging from enzyme blends to injectable vaccines. With a 3-liter neutralization capacity and 32 L/min pump suction, it ensures maximum fume removal. The ECO model integrates intelligent cooling water control, reducing consumption and costs. Constructed from corrosion-resistant materials, it suits high-demand settings, maintaining operational integrity. The Scrubber K-415 aligns with stringent safety standards, offering configurable options for diverse operational needs.

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Removes Films from Mixed Recyclables

The BRS Filmgrabber from Bollegraaf is engineered to efficiently remove film materials from waste streams, utilizing a revolving drum equipped with variable speed motors and retractable pins. This system excels at withdrawing films like plastic bags and wraps from recyclables, positioning it upstream in the sorting line to enhance accuracy for cabin operators and optical sorters. Suitable for applications in plastic and mixed recyclables, municipal solid waste, and construction and demolition waste processing, it manages materials larger than A4 size with over 70% removal efficiency. The BRS Filmgrabber boasts a notable processing capacity, featuring an aeraulic suction system with an integrated dust collector handling up to 20,000 M3/H. Designed for continuous high-speed operations, it ensures minimal downtime and maintenance due to its self-cleaning mechanism facilitated by retractable pins. This robust and durable equipment is a preferred choice for recycling facilities seeking streamlined, efficient waste processing solutions.

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Purifies Bilge Water and Exhaust Gases

GEA’s marine water treatment systems, including the GEA bilge Separator, GEA bilgEGR Solution, GEA NOx Separator, and SeaWaterDistiller, are designed for optimum performance in marine environments. These systems operate using advanced separation and distillation techniques to continuously purify bilge water, treat exhaust gases, and generate fresh drinking water from seawater. Complying with IMO regulations, they ensure minimal environmental impact while maintaining high operational efficiency. Integrating seamlessly into existing marine systems, they offer automated, unmonitored operation through PLC controls, enhancing reliability and reducing crew workload. The use of high-grade, corrosion-resistant materials ensures durability, while designs adhering to marine safety standards offer peace of mind for operators. These solutions are customizable to specific vessel requirements, with engineering support available for installation and maintenance.

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Removes SO2 and Produces Gypsum

The Limestone Wet Scrubbing System offers a robust solution for sulfur dioxide (SO2) removal from industrial flue gases. By employing a limestone-based wet flue gas desulphurization (FGD) process, this system is particularly effective for large-scale applications in cement plants, power stations, and metal smelters. Its scrubbing mechanism operates through a counter-current flow in a spray tower, facilitating the absorption of SO2 and subsequent production of gypsum, a byproduct that can be used in cement manufacturing and plasterboard production.

The system is versatile, accommodating various materials such as stainless steel and rubber-lined carbon steel, ensuring durability and resistance to corrosive elements. It integrates seamlessly into existing operational lines and is adaptable for both small and large volumes of flue gas.

With continuous operation and manual control, the system maximizes efficiency, featuring adjustable parameters to maintain optimal SOx removal even under varying dust and contaminant levels. Furthermore, it includes a reliable dewatering system that minimizes gypsum moisture content to approximately 10%, ensuring easy handling and disposal. This equipment not only enhances environmental compliance for industrial facilities but also contributes to sustainable production practices by transforming waste into valuable resources.

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