Explore our foundational equipment list for thermal concentration, efficient dewatering, and starch processing, built under strict ASME and CE certified parameters.
Highly optimized dewatering solution engineered to handle solid-containing materials. Designed for high volume reduction with minimal energy impact.
Ensures high-efficiency starch purification and continuous impurity separation. A vital component for food fermentation and agricultural starch processing lines.
Configured for highly scaling liquids and high viscosity concentration. Advanced forced circulation guarantees optimal flow velocity and avoids tube fouling.
Engineered for maximum thermal efficiency and low operating costs. Minimizes downtime during continuous industrial manufacturing cycles.
Top-tier starch refining technology providing continuous starch slurry washing, concentration, and separation functions with minimal water loss.
Designed for industrial wastewater treatment and chemical salt crystallization. Promotes efficient liquid concentration and clean distillate recovery.
Cutting-edge evaporation system layouts focusing on mechanical vapor recompression and multi-effect configurations tailored to high thermal performance.
Engineered for high dry-solids output and solid-liquid separation. Perfect for organic wastes, spent grains, and paper pulp processing.
Bridging the gap between energy conservation, processing efficiency, and environmental compliance on a worldwide scale.
Global environmental mandates necessitate strict wastewater recovery. Our forced circulation evaporators and crystallizers enable chemical, refining, and power plants to recover up to 98% of clean water, transforming aggressive waste brine into transportable solids while minimizing environmental impact.
Processing co-products like Distillers Dried Grains with Solubles (DDGS) requires deep integration of dewatering (single screw presses) and multi-effect falling film evaporators. This thermal synergy minimizes steam expenditure while maximizing dry mass capture and nutritional retention.
Maintaining biological activity and structure of heat-sensitive compounds is crucial. Our falling film evaporators operate at ultra-low boiling points under vacuum, ensuring minimal thermal residence times and avoiding component degradation during chemical processing.
The global market for industrial evaporation faces strict challenges: rising energy costs, carbon emissions penalties, and heavy scaling from hard water and complex chemical feedstocks.
To overcome these challenges, Jiangsu Zongheng focuses on high thermal recovery techniques, such as Mechanical Vapor Recompression (MVR) and Thermal Vapor Recompression (TVR). By recycling latent heat from secondary vapors, energy requirements can drop by up to 60-80% compared to traditional single-effect units.
Recompresses secondary steam using mechanical compressors, reclaiming latent energy with low operational overheads.
Employs high-velocity recirculating pumps to mitigate scaling, extending continuous run-time cycles.
Jiangsu Zongheng Concentrating and Drying Equipment Co., Ltd. (formerly Yixing Yangxi Light Industry Machinery Factory), established in 1992, is situated in Zhoutie Town, Yixing City, on the shores of Taihu Lake. As an official member of the China Starch and Alcohol Association, we manufacture concentration, drying, starch industry, and Category III medium and low-pressure vessel equipment.
Our solutions cater directly to food fermentation, chemical processing, pharmaceutical manufacturing, environmental waste mitigation, and petrochemical installations. Our engineers leverage decades of custom structural fabrication expertise to tackle highly corrosive materials and scaling environments.
Established as Yixing Yangxi Light Industrial Machinery Factory, covering approximately 15 mu with 45 dedicated staff members.
Took the lead in obtaining the ISO9001 International Quality Management certification to align production with high quality-assurance standards.
Officially recognized as a High-Tech Enterprise by the Jiangsu Provincial government, reinforcing our commitment to technology and structural design.
Obtained the Special Equipment Manufacturing License of the People's Republic of China (License No.: TS2232C42) for manufacturing complex industrial pressure vessels.
Acquired the ASME "U" Stamp authorization, marking a major milestone to export pressure vessels and heat exchangers globally.
Achieved international quality system certification (Certificate No.: 45021) ensuring unified execution of production and testing protocols.
The facility expands to 54,000+ m² with 22,000+ m² of workshop space, operating under 3 senior engineers, 20+ specialized design engineers, and 120 skilled staff.
A closer look at how we design evaporators and dryers for specific industrial parameters.
Integration of YDX starch washing cyclones, degerming mills, and screw presses allows corn starch, wheat starch, and cassava processing plants to reach high starch purity. These components work together to optimize fiber dewatering and germ separation, yielding high protein values and dry matter recoverability.
Our waste heat evaporators integrate multiple low-temperature waste heat sources (such as drying vapors, flash steam, and hot condensates) directly into the evaporation loop. This drastically lowers net coal or gas dependency, transforming wastewater treatment into a cost-neutral or profitable cycle.
Drying damp solids requires stable temperatures to avoid charring. Our Tube Bundle Dryers (ZXG series) utilize low-oxygen, high-temperature shell-and-tube configurations to transfer heat gently, reducing oxidation risks and preserving material nutritional characteristics.
Coupling flash vapor from drying lines directly to multiple-effect fall film concentration systems to eliminate redundant heat exchangers and lower energy footprints.
Integrating high-accuracy sensor networks to track boiling point elevation (BPE) and scaling resistance, adjusting feed rates and recirculation flows dynamically.
Standardizing advanced duplex stainless steel (2205/2507) and titanium alloys to withstand high chloride concentrations in zero liquid discharge applications.
Our production protocols conform with internationally recognized inspection agencies, ensuring safety and performance compliance.
In-depth responses resolving major engineering, operational, and purchasing inquiries regarding industrial evaporation systems.
Consult with our senior chemical and thermal engineers today. We provide full customization, structural modeling, heat balance calculation reports, and global engineering compliance certifications.
Complete your processing setup with our advanced drying systems, starch cyclones, and high-efficiency evaporators.
Ensures low-oxygen, high-efficiency contact drying. Excellent for bulk powders, feedstocks, and organic starches requiring gentle heat input.
Durable dewatering system configured for heavy sludge and organic spent grains. Helps factories minimize waste volume efficiently.
Features ultra-short residence times and uniform liquid film distribution. Ideal for juices, milk, and sensitive chemical components.
Reclaims exhaust vapors to concentrate industrial wastewater. Significantly reduces overall carbon emission metrics for processing plants.
Refines starch slurry streams via multi-stage counter-current cyclone separation. Minimizes protein contaminants for clean food-grade starch.
Features adjustable milling gaps and robust rotor designs. Designed for clean maize degerming and germ extraction without kernel crush.
Industry-leading energy-saving evaporation layout. Recycles latent heat of vapor to cut operating costs in massive chemical refineries.
Engineered for continuous starch refining and concentration. Highly resistant to chemical wear, ensuring low maintenance operation.
Zongheng