Explore our core machinery line-up designed for high-efficiency wastewater treatment, starch refining, and solid-liquid separation.
In an era defined by stringent ESG targets, water scarcity, and strict ecological mandates, global processing enterprises require modern solutions for heavy industrial wastewater handling.
Global procurement teams prioritize three vital components when purchasing wastewater evaporation machines: high thermal efficiency to reduce operational expenditure (OPEX), material reliability to prevent aggressive corrosion, and compliance validation. Companies in Europe, North America, and South America face complex discharge permit processes, making Zero Liquid Discharge (ZLD) systems a key operational asset.
By utilizing CE certified multi-effect evaporators and Mechanical Vapor Recompression (MVR) systems, manufacturers can recover up to 95% of industrial process water, recycle clean condensate, and isolate concentrated solid residues for safe disposal or byproduct recycling.
A comprehensive overview of heat-sensitive liquid concentration, high-salinity organic wastewater recycling, and zero discharge solutions.
Engineered for heat-sensitive liquids and low-viscosity applications. The feed liquid forms a thin film flowing down vertical tube bundle systems. Gravity-driven down-flow ensures brief contact times and high heat transfer coefficients. Ideal for initial high-volume water extraction.
The standard system for high-viscosity, high-fouling, and crystallizing wastewater stream treatment. Recirculating liquids at high velocities through heat exchange chambers prevents boiling at the tube surfaces, suppressing crystal deposition and mineral scaling.
Compresses clean secondary vapor using a mechanical blower or centrifugal compressor, elevating its temperature and pressure. The compressed vapor is fed back as the heating source, eliminating fresh steam needs during normal operation.
Choose the optimal technical configuration for your plant's organic, chemical, or starch processing effluents.
| Evaporator Type | Optimal Feed Material | Scaling Resistance | Steam Consumption | Capital Investment |
|---|---|---|---|---|
| Falling Film Plant | Low-viscosity, clear liquids | Moderate to Low | Low (High delta-T helper) | Medium |
| Forced Circulation | High-salinity, crystallizing sludge | Excellent | Moderate | High |
| MVR Evaporator | Broad range (excluding high boiling point rise liquids) | Configurable | Extremely Low (Electricity primary) | High |
| Waste Heat Evaporator | Corn steep liquor, dryer vapors | Moderate | Zero External Steam (Utilizes plant waste streams) | Medium |
Established in 1992, we design and manufacture complex concentration, drying, starch extraction, and Category III pressure vessels.
Formerly known as Yixing Yangxi Light Industry Machinery Factory, our modern industrial complex in Zhoutie Town, Yixing City, spans more than 54,000 square meters. Over the past 30 years, we have served the food fermentation, starch, chemical, bio-pharmaceutical, and wastewater industries. As an active member of the China Starch and Alcohol Association, we deliver reliable process machinery worldwide.
Equipped with an ISO9001 certification and the ASME "U" stamp authorization, we control every step of production. Our structural welders and fabrication experts build high-durability thermal equipment that delivers consistent uptime in demanding environments.
A timeline of our development from a regional machinery manufacturer into a certified global equipment supplier.
Our facility expanded to 54,000 square meters, employing 3 senior engineers, 20 engineers, and over 120 skilled technical staff.
Obtained international quality assurance standard certifications (Certificate No.: 45021) to streamline supply lines to international markets.
Awarded the ASME "U" Stamp authorization, establishing our capabilities in pressure vessel fabrication.
Secured the Special Equipment Manufacturing License of the People's Republic of China (License No.: TS2232C42) for manufacturing Class III boilers and vessels.
Officially recognized as a Jiangsu Provincial High-Tech Enterprise, accelerating research in environmental protection.
Obtained ISO9001 certification, standardizing manufacturing steps for all industrial drying and evaporation lines.
Established as Yixing Yangxi Light Industrial Machinery Factory, covering 15 mu of production space with 45 pioneering workers.
From primary starch processing to chemical recovery, our machinery serves demanding production plants worldwide.
Concentrates high-salinity agrochemical runoff, corn steep liquor, and distillery wastes.
Dewatering high-moisture organic residues and industrial fibers prior to primary drying stages.
Engineered for high-rate thermal dewatering of particulate starch products and polymers.
Low-oxygen drying configurations for starch, gluten feed, and alcohol DDGS processing.
Every piece of concentration and drying equipment undergoes strict testing and inspection procedures before dispatch.
Our engineering office utilizes modern design software (HTRI, PV Elite) to match code calculations for diverse international markets.
We perform non-destructive testing (NDT), hydrostatic tests, and ultrasonic tests on all pressure components. In order to serve European Union markets, our wastewater evaporation machines carry full CE PED (Pressure Equipment Directive) certification, ensuring compliant installation and operation across EU member states.
By coordinating with third-party inspectors like TÜV, SGS, and BV, we ensure that every critical weld, tube sheet design, and structural element meets international standards.
A strategic look at energy transitions, automated operation, and zero liquid discharge configurations.
We are shifting from coal/gas-fired boiler steam loops toward electric MVR and waste heat reintegration. Reclaiming low-grade energy from dryers or flue gases dramatically reduces carbon footprints per ton of water evaporated, helping plants meet carbon neutrality goals.
Our modern MVR and multi-effect installations feature integrated PLC and SCADA platforms. Real-time sensor monitoring tracks temperature shifts, vapor pressure fluctuations, and boiling-point changes. Automated control loops dynamically adjust circulation rates, preventing scaling and ensuring stable runs.
Industrial wastewater often carries complex compounds and chemical mixtures. Our research focuses on using dual-phase stainless steels (such as SAF 2205/2507) and titanium tubes, which improves corrosion resistance and extends equipment lifespans.
Industrial components for complex concentration tasks, waste heat utilization, and heavy-duty drying operations.
Get technical answers about industrial wastewater evaporation systems, energy optimization, and installation requirements.
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