Jiangsu Hanpu Mechanical Technology Co., Ltd
Jiangsu Hanpu Mechanical Technology Co., Ltd
Add to Cart
Hanpu specializes in providing EPC solutions for evaporation systems. We provide innovative MVR/MEE systems designed for optimal performance across a range of industries. Our purpose is simple: to make your process more efficient, compliant, and profitable.
| What You’ll Get After Cooperating with us
|
Feed & target → Process design & heat balance → Pilot/bench validation (optional) → Detailed engineering & fabrication → Installation & commissioning → Performance test & training → Maintenance & spare strategy
Our MVR/MEE evaporation and crystallization systems help you cut energy and stabilize operations across high-salinity processes: inorganic salt production & PDV salt refining, salt-lake lithium brine pre-concentration and mother-liquor recovery, seawater-desalination brine concentration and Zero Liquid Discharge (ZLD), and food/nutraceutical duties such as sugar refining and vitamin concentration. For industrial wastewater, we deliver high-TDS brine concentration up to ZLD. With the right evaporator (MVR or multi-effect) and crystallizer configuration, you get lower steam use, reliable continuous duty, and compliance—on a compact, modular footprint.
Have questions about MVR technology? We have answers. Here are some of the most common questions we get about our evaporation and crystallization systems. If you don't see your question here, feel free to contact us.
Q1: What is an MVR evaporator? How is it different from a traditional MEE evaporator? An MVR (Mechanical Vapor Recompression) evaporator is a very energy-efficient machine for concentrating liquids. Its main job is to recycle its own steam. It captures the vapor produced during boiling, compresses it to make it hotter, and then uses that hot vapor to boil more liquid.
The main difference from a traditional Multi-Effect Evaporator (MEE) is the energy source:
MVR runs on electricity to power a compressor.
MEE runs on large amounts of fresh steam from a boiler.
This means MVR has much lower operating costs. Learn.
Q2: How does an MVR evaporator work in simple terms? It works in a smart, continuous loop:
Boil: The liquid is boiled inside the evaporator, creating steam (vapor).
Compress: This steam is captured and sent to a compressor, which makes it much hotter.
Recycle: The super-hot steam is sent back to the evaporator to boil more liquid.
Because it reuses its own energy, it's incredibly efficient.
Q3: What industries or products are MVR systems good for? MVR systems are very versatile. They are great for any industry that needs to remove water or recover solvents, including:
Wastewater Treatment: Concentrating industrial wastewater, especially high-salinity brine, to achieve Zero Liquid Discharge (ZLD).
Chemicals: Concentrating products and recovering valuable solvents.
Food & Beverage: Gently concentrating milk, juice, and sugars without damaging the product.
Pharmaceuticals: Concentrating active ingredients under controlled conditions.
Explore our Industry Case to see how we help businesses like yours.