Recovers and Compresses Butane and Propane Solvents

The GC 5000 Gas Compressor, offered by Precision, is engineered to excel in solvent recovery for hydrocarbon extraction operations. This oil-less piston compressor utilizes PTFE seals to ensure leak-proof performance, recovering butane and propane with ease and safety. Applied in industries from cannabis extraction to fine chemicals, it excels in producing butane hash oil (BHO), cannabinoid distillates, and terpene-rich extracts. With a recovery speed between 1 to 5 lbs per minute, it integrates seamlessly with hydrocarbon extractors thanks to its NEMA7 switch, simplifying installation without requiring a C1D1 compliant environment. It operates at discharge temperatures up to 350°F and complies with Class 1, Division 1, Group D, and Class II, Groups F & G standards, ensuring safety and reliability. The compressor’s design prioritizes minimal maintenance and durability, supported by a 1-year warranty and the capacity for operation across various temperature controls and settings.

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Automates Solvent Evaporation and Recovery Processes

The ASE 100 Continuous Feed Solvent Evaporator & Recovery System, engineered by Precision Extraction Solutions, addresses the complexities faced by cannabis and hemp producers in solvent management. This system replaces traditional multi-step recovery processes with a singular, streamlined solution. Featuring proprietary rising cyclonic evaporation technology, it excels in solvent recovery while reducing the need for multiple rotary evaporators. The ASE 100 is designed for continuous operation and is fully programmable through a PLC unit connected to a C1D1 approved tablet, enhancing control and remote monitoring capabilities.

Capable of evaporating up to 100 liters of ethanol per hour, this system serves industries ranging from cannabis and hemp to pharmaceuticals and chemical processing, delivering high-purity end products such as cannabis oil and essential oil concentrates. Additionally, it supports various configurations with options for both process water or chillers to suit specific operational needs.

Constructed to withstand rigorous use, the ASE 100 boasts a robust design certified across all 50 states and is C1D2 compliant, with pre-approval for easy certification in Ontario, Canada. Its energy efficiency is highlighted by a total power consumption of 40kW, utilizing electrical heating with a capacity of 18kW. With minimal maintenance requirements and a high recovery rate of 98.6%, the ASE 100 is a reliable choice for high-speed, efficient solvent recovery, offered with Precision Extraction Solutions’ engineering support and technical expertise.

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Purifies and Reclaims Solvent Mixtures

The Sorpt.X LD Liquid Distillation System from Dürr is designed for robust solvent recovery and purification, addressing the needs of the chemical, pharmaceutical, and electronics industries. Utilizing extractive and azeotropic multicomponent distillation techniques, this system effectively separates and purifies solvent mixtures into high-quality, reusable components. With the capability to handle flows between 500 CFM and 1,000,000 CFM, it can be tailored to meet specific operational requirements, whether in continuous or batch, vacuum, atmospheric, or pressure conditions. Dürr’s pre-assembled skid-mounted systems ensure rapid installation and minimized downtime, while the integration of optimized heat recovery technologies significantly reduces operating costs. Materials such as stainless steel and Hastelloy ensure durability and chemical resistance, making the system compliant with stringent industrial standards. Configurations include steam and air stripping columns to enhance solvent removal efficiency, supporting environmental compliance and reducing hazardous disposal costs. For seamless integration into existing production lines, the system offers PLC-controlled automation with options for remote monitoring and customization to fit specific space constraints and throughput demands.

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Processes and Coats Lithium-Ion Battery Electrode Materials

Dürr’s Lithium-Ion Battery Electrode Coating and Slurry Mixing System offers a comprehensive solution for manufacturing high-quality battery electrodes. This system excites automotive and battery manufacturers with its capability to improve production efficiency. It encompasses raw material handling, slurry mixing, web handling, and precise electrode coating. Engineered for continuous, high-volume operations, it supports the production of cathode and anode materials, as well as battery cells and modules. Automated features ensure seamless integration into existing production lines, enhancing throughput and quality control.

The system utilizes advanced coating technologies and efficient solvent recovery processes, increasing energy savings with optimized motor controls. Designed for diverse industrial applications, including automotive and chemical sectors, it meets stringent environmental compliance standards. Material options include corrosion-resistant configurations to ensure durability. Supported by Dürr’s engineering expertise, it includes turnkey installation, start-up supervision, and robust 24/7 service to maintain optimal performance.

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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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Separates and Purifies Solvent-Based Liquid Mixtures

The BORSIG Organic Solvent Nanofiltration (OSN) unit offers a robust solution for separating complex liquid mixtures in the petrochemical, chemical, pharmaceutical, and food industries. Utilizing a feed-and-bleed system, it facilitates gentle separation without thermal stress, preserving temperature-sensitive molecules and recovering valuable components efficiently. This innovative membrane technology allows for the effective concentration and purification of aromatics, active pharmaceutical ingredients (APIs), and homogeneous catalysts, while ensuring energy savings and reduced waste disposal costs. Its modular design provides flexibility in capacity adjustments and seamless integration into existing production lines. Constructed with solvent-resistant materials, the OSN unit is designed for durability and reliability in high-demand environments, ensuring minimal maintenance and downtime. Compliance with industry standards and customization options available for specific requirements make BORSIG OSN units an ideal choice for companies aiming to enhance their separation and recovery processes.

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Granuates and Dries Pharmaceutical Solids

The Integrated Pharmaceutical Granulation and Drying Systems from GEA offer a comprehensive solution for solid dosage form production. This equipment is specialized in granulating and drying processes, seamlessly integrating into pharmaceutical manufacturing lines to optimize product quality. Utilizing fluid bed processors combined with high shear mixer-granulators, these systems support continuous and batch operations for producing tablets, capsules, and controlled-release formulations. Designed with advanced PLC-based automation, these systems ensure precise control and monitoring, enhancing process efficiency while supporting CIP and WIP cleaning protocols for minimal downtime. Constructed from materials that comply with GMP and FDA standards, they promise durability and resistance to chemical corrosion, with optional configurations tailored to specific operational needs.

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Performs Liquid Nanofiltration and Separation

The X-Spiral 8 from Root Sciences is a premier membrane nanofiltration system designed specifically for the nuanced needs of cannabis and hemp processors. This equipment excels in separating and filtering liquids, making it indispensable for producing high-quality cannabis oil, CBD isolates, and pharmaceutical-grade compounds. Using state-of-the-art nanofiltration technology, the X-Spiral 8 ensures precise molecular separation, enhancing the purity and consistency of your end products. It seamlessly integrates into existing production lines, with PLC-controlled automation allowing for enhanced process management and remote monitoring. Energy efficiency is at the core of its design, reducing power consumption significantly with optimized motor controls. Constructed from corrosion-resistant materials, this system is suitable for handling diverse chemical environments and adheres to stringent industry standards, including GMP compliance. Maintenance is simplified with an integrated CIP (Clean-In-Place) system, ensuring swift and contamination-free cleaning cycles. Additionally, customization options are available to meet specific throughput and processing requirements, making the X-Spiral 8 a versatile and powerful tool for advancing your production capabilities.

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Extracts, Distills, and Purifies Cannabis and Hemp Products

The VTA Custom Industrial Distillation and Extraction System from Root Sciences is a versatile and precision-engineered solution designed for cannabis and hemp processing facilities. This system stands out with its ability to efficiently extract, distill, and purify cannabinoids and essential oils, ensuring high-purity distillates and isolates. Featuring a multi-stage separation process, it is ideal for tasks ranging from extraction to nanoemulsification. The system accommodates both batch and continuous operations, providing flexibility to suit your production scale. With adherence to GMP standards and available UL and CE certifications, it ensures regulatory compliance and safety. Its design incorporates PLC-controlled automation for seamless integration into existing production lines, offering remote monitoring to maximize operational efficiency. Constructed with options for corrosion-resistant materials, it delivers durability and compatibility with a variety of solvents. Root Sciences supports customizations to match specific processing needs, offering engineering expertise to tailor the system for unique operational requirements.

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Creates Stable Nanoemulsions for Cannabis Products

The Pony 1000 and Pony 1500 from Root Sciences are high-pressure nanoemulsification systems designed to create stable, bioavailable cannabis formulations. Using high-pressure homogenization, these units efficiently break cannabis oil into uniformly small droplets, resulting in enhanced stability and bioavailability. Ideal for producing CBD-infused beverages, THC gummies, and topical cannabis lotions, these systems attain flow rates of up to 80 L/h. Equipped with Clean-In-Place (CIP) capability and simple preventative maintenance procedures, they integrate seamlessly into continuous, high-speed processing lines. Configurable in various electrical options, they operate with reduced energy consumption. Optional upgrades like heat exchangers and stainless steel tank systems enhance operational versatility.

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