Vietnam Client Accepts 100T/D MVR Evaporation System at WTEYA Manufacturing Base
Release Time:
2026-05-22 14:32
Vietnam Customer Successfully Accepts 100T/D MVR Evaporation Crystallization System at WTEYA Jingshan Factory
In May 2026, WTEYA welcomed a delegation from a leading Vietnamese environmental company to its state-of-the-art manufacturing base in Jingshan, Hubei Province. The visit marked a significant milestone — the successful on-site acceptance of a 100-ton-per-day (100T/D) MVR evaporation crystallization system tailored for high-concentration industrial wastewater treatment.
The Vietnamese client is a professional environmental services company with diversified operations spanning municipal garbage recycling, industrial wastewater treatment, metal waste recovery, and logistics and customs clearance. With established partnerships across South Korea, Japan, and China, the company has built a strong reputation for delivering integrated environmental solutions throughout Southeast Asia.
Why MVR Evaporation for High-Difficulty Wastewater?
The 100T/D MVR forced circulation evaporator supplied by WTEYA is specifically engineered to handle complex and corrosive wastewater streams that conventional treatment methods struggle to process. During the acceptance tests at Jingshan, the system demonstrated stable performance across multiple challenging feed compositions:
Sodium Chloride (NaCl) Wastewater: High-salinity brine from industrial processes, requiring precise crystallization control to recover solid salt while producing reusable condensate.
Soft Etching Wastewater: Metal-laden effluent from PCB and electronics manufacturing, where MVR technology achieves near-complete water recovery and concentrated residue for safe disposal.
Acidic Wastewater & Hydrochloric Acid Wastewater: Low-pH streams that demand corrosion-resistant materials and advanced process control — areas where WTEYA's nearly 20 years of OEM manufacturing experience proves decisive.
On-Site Acceptance at Jingshan Manufacturing Base
The Vietnamese delegation conducted a thorough inspection of the MVR evaporation system at WTEYA's 30,000-square-meter intelligent manufacturing base in Jingshan. The acceptance process covered multiple dimensions:
Equipment Integrity Check: Full verification of all components including the MVR compressor, heat exchanger, forced circulation pump, crystallizer, and centrifuge against design specifications.
Performance Testing: Real-time operation under simulated load conditions, with continuous monitoring of evaporation capacity, energy consumption, and condensate quality.
Material Verification: Inspection of corrosion-resistant alloys (duplex stainless steel and titanium-grade materials) used in critical wetted parts to ensure long-term durability against acidic and saline wastewater.
Control System Demonstration: Full walkthrough of the PLC-based automation system, including remote monitoring, alarm management, and data logging functions.
The client expressed high satisfaction with the build quality and operational performance, confirming that the system met all contractual requirements and was ready for shipment to Vietnam.
Energy Efficiency: MVR Technology Saving 30-60% on Operating Costs
A key factor in the Vietnamese client's decision to partner with WTEYA was the exceptional energy efficiency of MVR evaporation technology. Unlike traditional multi-effect evaporation systems that consume large quantities of fresh steam, MVR systems recompress secondary vapor using a mechanical compressor, achieving energy savings of 30-60% compared to conventional thermal evaporation.
For the client's 100T/D operation, this translates to substantially lower operational expenditure and a faster return on investment, making advanced wastewater zero liquid discharge both economically viable and environmentally responsible.
Strengthening Vietnam-China Environmental Cooperation
This successful acceptance marks the latest chapter in WTEYA's expanding footprint across Southeast Asia. As Vietnam accelerates its industrial modernization while tightening environmental regulations, demand for reliable, high-efficiency wastewater treatment solutions continues to grow.
With a track record of serving over 2,000 clients across 30-plus provinces and regions, and trusted by more than 40 publicly listed companies — including CATL, BYD, Huawei, and Foxconn — WTEYA brings enterprise-grade reliability to every project, regardless of scale or geography.
Why Choose WTEYA for MVR Evaporation Systems?
WTEYA (Guangdong WTEYA Environmental Technology Co., Ltd.), established in 2009 with a registered capital of 30 million RMB, is one of China's foremost manufacturers of industrial wastewater treatment equipment. With nearly 20 years of OEM and ODM expertise, the company operates from its headquarters in Dongguan and a 30,000m² intelligent manufacturing base in Jingshan, Hubei Province. Backed by a team of over 500 professionals — including 20-plus PhD-level R&D experts collaborating with Tsinghua University, Peking University, and Central South University — WTEYA holds nearly 200 patents and maintains ISO 9001, ISO 14001, ISO 45001, CE, RoHS, and SGS certifications, ensuring every system delivered meets the highest international standards for quality and safety.
Frequently Asked Questions
Q: What types of wastewater can MVR evaporation systems treat?
A: MVR evaporation systems are highly versatile and can treat a wide range of high-salinity and complex industrial wastewater, including sodium chloride brine, acidic wastewater, hydrochloric acid effluent, soft etching wastewater from PCB manufacturing, electroplating rinse water, and landfill leachate. The system's material selection (duplex stainless steel, titanium, or specialized alloys) is customized based on the specific chemical composition of each waste stream.
Q: How does MVR compare to traditional multi-effect evaporation in terms of energy consumption?
A: MVR technology delivers 30-60% energy savings compared to traditional multi-effect evaporation. While a triple-effect evaporator typically consumes 0.35-0.45 tons of steam per ton of water evaporated, an equivalent MVR system requires only 20-70 kWh of electricity per ton, resulting in significantly lower operating costs and a smaller carbon footprint over the equipment lifecycle.
Q: Does WTEYA provide installation and commissioning support overseas?
A: Yes. WTEYA offers comprehensive overseas support including on-site installation supervision, commissioning, operator training, and remote technical assistance. With experience serving clients across more than 30 countries and regions, our engineering team ensures smooth deployment regardless of project location.
Ready to Reduce Your Environmental Footprint?
Still using outdated treatment methods? Upgrade to WTEYA's advanced technology and see immediate improvements in efficiency and compliance.
Schedule a video call with our engineers to explore your options.
📱 WhatsApp: +86-1800 2840 855
✉ Email: info@vteya.com
🌐 Website: www.vteya.com
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Vietnam Client Accepts 100T/D MVR Evaporation System at WTEYA Manufacturing Base
A professional environmental company from Vietnam — specializing in waste recycling, industrial wastewater treatment, and metal solid waste recovery — recently visited WTEYA's Jingshan manufacturing base in Hubei, China, and successfully completed factory acceptance of a 100 T/D forced-circulation MVR evaporation system. Designed to tackle challenging industrial effluents including sodium chloride wastewater, soft etching wastewater, acidic wastewater, and hydrochloric acid wastewater, the system delivers 30–60% energy savings and supports the client's zero liquid discharge goals.
How MVR Evaporators Treat Pharma Wastewater to Zero Discharge
Pharmaceutical wastewater ranks among the most challenging industrial effluents. High salt concentrations, residual active pharmaceutical ingredients, and complex organic solvents make conventional biological treatment insufficient. For manufacturers facing tightening discharge limits, achieving zero liquid discharge has become a compliance necessity. API synthesis generates wastewater with total dissolved solids often exceeding 100,000 mg/L. Residual antibiotics, hormones, and organic intermediates resist biodegradation. Traditional activated sludge processes leave behind refractory compounds that fail discharge standards. Regulatory pressure from environmental agencies now requires many pharma plants to eliminate wastewater discharge entirely. Mechanical vapor recompression technology compresses low-pressure steam into high-temperature heating medium, recycling latent heat within a closed loop. This approach handles TDS concentrations up to 300,000 mg/L, making it ideal for high-salinity pharma effluents. The system separates water from dissolved solids through evaporation and condensation. Distillate quality meets reuse standards, while concentrated brine proceeds to crystallization for solid disposal. MVR evaporators cut energy consumption by 30-60% compared to multi-effect evaporation. A single compressor replaces an entire boiler and cooling tower setup, reducing both equipment footprint and utility costs. Automated PLC controls minimize operator intervention, while corrosion-resistant materials like duplex stainless steel and titanium handle aggressive pharma brines reliably. WTEYA brings nearly 20 years of industrial wastewater treatment expertise, serving 500+ employees across global markets. As an OEM/ODM manufacturer, WTEYA delivers customized MVR systems tailored to specific pharmaceutical wastewater profiles. The company's track record includes trusted partnerships with CATL, BYD, Foxconn, and Huawei. From process design through commissioning, WTEYA provides end-to-end evaporator solutions for zero discharge compliance.
MVR Evaporator Operating Costs: How to Calculate and Cut Them
MVR Evaporator Operating Costs: How to Calculate and Cut Them Rising energy bills keep plant managers awake at night. When your evaporator runs 24/7, even a small inefficiency drains thousands from your budget annually. What Drives MVR Evaporator Operating Costs? Three factors dominate your MVR evaporator running expenses: - Electricity: The compressor consumes 70-80% of total energy. A 100 t/h system typically draws 400-600 kW. - Maintenance: Scale removal, seal replacement, and compressor servicing add 10-15% annually. - Labor and water: Operator time, cooling water, and chemical dosing account for the rest. Most plants spend $15-40 per ton of water evaporated. Where does your facility fall? How to Calculate Your Cost per Ton Use this simple formula: Cost/ton = (Electricity + Maintenance + Labor + Chemicals) ÷ Tons evaporated For example, a 50 t/h MVR system running 8,000 hours/year: - Electricity: 250 kW × 8,000 h × $0.10/kWh = $200,000 - Maintenance: ~$30,000/year - Total: ~$230,000 ÷ 400,000 tons = $0.58/ton Compare that to a three-effect evaporator at $2.50-4.00/ton — the savings are massive. Proven Ways to Cut MVR Evaporator Costs Optimize compressor speed. Variable frequency drives adjust power to match actual load, saving 15-25% on electricity. Prevent scaling aggressively. Scale layer of just 1 mm increases energy use by 10%. Schedule chemical cleaning every 30-60 days and install online monitoring. Recover condensate heat. Redirect hot condensate to preheat feed water. This simple retrofit cuts compressor workload by 5-10%. Automate operation. Smart control systems maintain optimal vacuum, temperature, and flow rates — reducing both energy waste and human error. Why WTEYA Delivers Lower Operating Costs WTEYA designs MVR evaporators with energy efficiency built in. With nearly 20 years of experience in industrial wastewater treatment, every unit features VFD compressors, anti-fouling heat exchangers, and PLC-based smart controls. Our zero liquid discharge systems consistently achieve 30-60% energy savings versus traditional multi-effect designs.
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