Premium solutions designed for concentration, separation, and thermal purification.
Advanced heat transfer solutions and configurations optimized for heavy industrial concentrations and wastewater processing operations.
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Tailored energy reduction thermal networks designed to recover latent heat, decreasing overhead costs across processing industries.
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High-efficiency multi-stage cyclonic separation technology specifically developed for refining corn, potato, and cassava starch suspensions.
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Suspends and fluidizes raw feed using high-velocity thermal streams, ensuring flash drying and moisture elimination within seconds.
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Utilizes indirect steam-heated contact drying in low-oxygen environments, making it ideal for processing heat-sensitive organic products.
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Precision grain debranning and cracking machinery designed to cleanly separate germs from corn kernels with minimal starch loss.
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Continuous solid-liquid mechanical separation equipment for dewatering fibrous slurries, spent grains, and industrial pulps.
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Complies with rigorous European safety standards to provide rapid evaporation under vacuum, preserving the quality of organic concentrates.
Learn More →Modern industrial processing increasingly requires systems that operate efficiently with low energy use. Evaporators and crystallizers are essential components in chemical manufacturing, wastewater management, lithium battery material processing, and starch wet milling. As strict environmental regulations on wastewater discharge take effect worldwide, Zero Liquid Discharge (ZLD) systems have transitioned from niche options to standard industrial requirements.
To address these changing demands, industrial thermal separation technology has evolved from steam-intensive Multi-Effect Evaporators (MEE) to Mechanical Vapor Recompression (MVR) systems. By recompressing secondary vapors, MVR systems significantly reduce the energy needed for evaporation. Choosing the right industrial separation partner is essential for optimizing heat transfer, mitigating tube fouling, and ensuring stable plant operations.
Engineered systems built for demanding continuous industrial production lines.
We provide a comprehensive range of concentration equipment, including Falling Film Evaporators for heat-sensitive organic feeds, Forced Circulation Evaporators for crystallizing brines, and energy-efficient MVR systems.
These systems utilize indirect steam heating within a low-oxygen chamber, making them suitable for bulk drying applications like corn germ, fiber, starch feeds, and gluten meals.
MQG flash drying systems use high-speed hot air to suspend particles, providing rapid heat transfer for powdery materials while preserving the functional properties of the feed.
A falling film evaporator concentrates heat-sensitive liquids by introducing feed at the top of vertical tube bundles. The liquid is distributed evenly, forming a thin film that flows downward under gravity. Steam jackets or recompressed vapors heat the tube walls, causing partial evaporation.
Maintaining proper liquid distribution and complete tube wall wetting is essential. If the film breaks, it can lead to localized drying, fouling, and reduced heat transfer efficiency. Our systems feature engineered liquid distributors that prevent dry spots and maximize evaporation rates.
Decades of engineering development, quality certifications, and manufacturing experience.
Established as Yixing Yangxi Light Industrial Machinery Factory on a 15-mu site with 45 employees, supplying simple evaporator components and light industrial machinery.
Standardized quality management systems to meet international protocols for pressurized chemical vessel manufacturing.
Recognized as a Jiangsu Provincial High-Tech Enterprise, expanding technical R&D in energy-efficient separation systems.
Obtained the Special Equipment Manufacturing License of the People's Republic of China (License No.: TS2232C42) for fabricating medium-pressure vessels.
Acquired the ASME "U" Stamp certificate, qualifying the company to manufacture pressure vessels compliant with North American codes.
Acquired international quality system certification (Certificate No.: 45021), establishing a complete quality assurance system aligned with international standards.
Operating from a 54,000 square meter facility with 22,000 square meters of production workshops. Our team of 120 professionals includes 3 senior engineers and over 20 specialized design engineers.
Innovating separation systems to support global decarbonization efforts.
Integrating sensors and automated monitoring to trace heat transfer coefficients in real time. This system alerts operators to scaling, helping plan maintenance cycles and reduce unplanned downtime.
Developing high-pressure ratio vapor compressors capable of handling larger boiling point elevations (BPE). This technology expands the use of MVR systems in complex chemical concentrations.
Combining membrane pre-concentration (RO/ED) with falling film pre-evaporators and forced circulation crystallizers to optimize energy efficiency in ZLD installations.
Tailored concentration and separation equipment built for diverse manufacturing sectors.
Our systems integrate YDX Starch Washing Cyclones, Degerming Mills, and ZXG Tube Bundle Dryers to optimize starch extraction and process byproducts like fiber, germ, and corn steep liquor (CSL) efficiently.
Concentrating spent thin stillage using multiple-effect or waste heat evaporators. The resulting syrup is blended with wet cake and dried in tube bundle dryers to produce commercial-grade DDGS feed.
Processing high-salinity industrial wastewater from chemical plants, gasification operations, and lithium extraction lines. Our systems concentrate and crystallize mixed mineral salts for recovery or landfill disposal.
Technical guidance on system selection, energy optimization, and operational best practices.
Mechanical Vapor Recompression (MVR) uses a mechanical compressor to repressurize and heat secondary vapors, returning them to the heating chest. This process requires electricity rather than live steam, making it highly cost-effective when electricity prices are stable.
Multiple-Effect Evaporators (MEE) route vapors through a series of boiling chambers operating at progressively lower pressures. MEE systems depend on a continuous steam supply, making them suitable for facilities with low-cost waste steam or high boiling point elevations that exceed MVR compressor capacities.
Boiling Point Elevation (BPE) is the temperature difference between a boiling solution and pure water at the same pressure. High BPE values reduce the effective temperature difference driving heat transfer.
When designing MVR systems, high BPE requires larger compressor temperature rises, which may necessitate multiple compression stages in series. For MEE systems, it reduces the number of effects that can be run on a given steam pressure limit.
High-chloride brines, such as those containing sodium chloride or calcium chloride, can cause pitting and stress corrosion cracking in standard stainless steels.
To prevent corrosion, we build wet components using Duplex Stainless Steel (2205/2507) for moderate chloride levels, Titanium (Grade 2) for high-temperature chloride solutions, and Hastelloy or Nickel alloys for highly acidic, corrosive mixtures.
Fouling occurs when solutes precipitate, scale forms, or organic matter bakes onto the internal surfaces of heat transfer tubes.
We address this by sizing recirculation flows to maintain a consistent film thickness, designing uniform liquid distribution systems, and scheduling periodic Clean-in-Place (CIP) wash cycles to clear deposits before they harden.
Browse our full line of industrial dryers, dewatering presses, and crystallization machinery.
Engineered multi-effect thermal concentration units configured to maximize vapor recovery and process high volumes of industrial feedstocks.
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Harnesses low-grade exhaust steam and waste gases from dryers to run concentration processes, minimizing total facility energy use.
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Maintains high liquid velocity inside heat exchanger tubes, preventing scaling and suspended solids settling during crystallization.
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Designed to maintain a low temperature differential and short residence time, preventing thermal degradation of delicate mixtures.
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Optimized liquid distribution system and thin-film heat exchangers designed to process sensitive liquid bases under deep vacuum.
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Engineered to crush corn kernels cleanly, releasing the starch while keeping the germ intact to simplify downstream oil extraction.
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Features an enclosed design that prevents oxidation of organic materials during high-temperature steam contact drying cycles.
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A multi-stage wash system designed to wash starch slurries, remove fine fibers, and extract soluble proteins efficiently.
Learn More →Connect with our design engineers to calculate thermal mass balances, configure evaporator layouts, and obtain custom project estimates.
Discuss design calculations, select materials of construction, and request system quotes.
Request a QuoteAccess on-site commissioning support, spare parts fulfillment, and plant expansion consulting.
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