Engineered for high-capacity industrial applications and strictly certified for the EU market.
Luxembourg, situated at the geographical heart of European industrial hubs, is transitioning its heavy manufacturing, chemical operations, and agribusiness toward complete carbon neutrality. Driven by the Luxembourg National Energy and Climate Plan (PNEC), local operators in areas like Clervaux, Lentzweiler, and Esch-sur-Alzette face strict regulatory guidelines requiring deep cuts in greenhouse gas emissions from thermal processes.
Thermal drying and concentration procedures typically account for up to 65% of the total energy footprint in starch refining, waste recycling, and byproduct processing. By implementing high-velocity flash drying and Mechanical Vapor Recompression (MVR) systems, Luxembourg companies can capture and recycle latent heat, dramatically lowering carbon footprints and ensuring alignment with the EU Green Deal.
As a leading member of the China Starch and Alcohol Association, Jiangsu Zongheng operates an state-of-the-art 54,000 m² manufacturing plant. Our production processes incorporate advanced robotics, automated CNC roll bending, and automated plasma welding to guarantee strict mechanical tolerances across all manufactured units.
For European buyers, our ASME "U" Stamp certification and ISO9001 compliance ensure that every evaporator, screw press, and tube bundle dryer matches or exceeds local EU pressure vessel and machinery standards. Our integrated manufacturing workflow mitigates global supply chain volatility, providing predictable lead times, rigorous quality inspections, and premium structural materials.
How our concentration, evaporation, and drying solutions drive value for local European markets.
High-efficiency starch refining, degerming, and washing cyclone integrations for regional food grade processing plants in Luxembourg and the Greater Region (Grande Région).
Harnessing low-grade waste steam from nearby manufacturing plants to power MVR evaporators, keeping emissions low and cutting overall operational overhead.
Utilizing high-velocity airflow drying for biomass, municipal organic sludge, and chemical coproducts, preparing them for circular economic applications.
Indirect steam tube bundle dryers designed for heat-sensitive polymeric powders, assuring safe operation in low-oxygen environments.
A history of continuous innovation, rigorous pressure vessel standards, and reliable global execution.
Originally established as Yixing Yangxi Light Industry Machinery Factory, focusing on regional agro-industrial equipment fabrication.
Obtained ISO9001 international quality management certification, standardizing manufacturing workflows for industrial evaporators and dryers.
Accredited as a High-Tech Enterprise of Jiangsu Province, establishing an in-house thermal engineering research facility.
Authorized with the Special Equipment Manufacturing License of the People's Republic of China for Category II and III pressure vessels.
Secured the ASME "U" Stamp authorization, marking a major milestone for global supply integration and European standard alignment.
Updated international quality system certifications (No. 45021) to ensure full compliance with direct import requirements in EU industrial zones.
Expanded manufacturing workshops to over 22,000 square meters, implementing digital workflow integrations and state-of-the-art QA monitoring.
Premium dewatering, concentration, drying, and starch washing systems engineered for maximum recovery and longevity.
Our MQG Airflow Dryer utilizes high-velocity thermal streams to suspend wet particulates in a fluidized state. Unlike standard rotary drum dryers, our technology is engineered with varying pipe diameters. The resulting impulse airflow generates continuous pressure fluctuations, causing the particles to tumble dynamically as they are conveyed.
This rapid displacement maximizes the active heat transfer boundary layer, resulting in instantaneous evaporation (often under 2 seconds). The brief processing time prevents overheating of heat-sensitive materials (such as proteins, starches, and organic chemicals) while yielding consistent moisture outputs down to <10%.
For chemical and pharmaceutical liquids that degrade under prolonged thermal stress, our Falling Film Evaporation plants offer a superior solution. The liquid media is distributed uniformly across the interior surface of vertical heating tubes, creating a thin, highly turbulent descending film.
By pairing the falling film evaporator with an MVR (Mechanical Vapor Recompression) system, we compress the resulting process steam and recycle it as the heating medium. This eliminates the need for fresh steam inputs, reducing utility requirements by up to 90% compared to traditional multi-effect evaporators.
Expert engineering insights regarding thermal drying, compliance, and custom process integration.
Connect with our expert design engineers for custom configurations, heat integration layouts, and price quotes matching your operational goals.
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