أجهزة تبخير الماء بغاز البترول المسال - KWV
مبخِّر غاز البروبان المسال الذي يعمل بالماء الساخن
نحن نقدم أجهزة تبخير الماء الساخن لغاز البروبان المسال بسعة 100 إلى 2000 كجم/ساعة من تصنيع شركة كوريا لهندسة الغاز. مبخرات غاز البترول المسال للصناعات الكيميائية، ومصنع الزجاج، ومصانع الطاقة، ومصنع المعادن، والمصانع الصناعية، ومصنع الحلويات.
إن مبخر غاز البترول المسال بالماء الساخن المغذي هو نظام متخصص مصمم لتحويل غاز البترول المسال (LPG) بأمان من مرحلته السائلة عند المدخل إلى حالة غازية مستقرة عند المخرج. وباستخدام تكنولوجيا التسخين المتقدمة القائمة على الماء، يضمن هذا الطراز كفاءة التبخير مع إعطاء الأولوية لأقصى درجات السلامة التشغيلية، مع الالتزام بالمعايير الصارمة للأداء الآمن والموثوق به طوال العملية.
يتدفق السائل الذي يسهل تبخير غاز البترول المسال من خلال نظام مائي يتم تسخينه بواسطة غلاية غاز. يتم تحديد طاقة المرجل حسب سعة المبخر. يمكن توفير الماء الساخن من غرفة غلاية موجودة أو عملية الماء الساخن أو من غرفة غلاية منفصلة. الحل الأكثر فاعلية هو الاستخدام المستقل لمبخر غاز البترول المسال الذي يعمل بالماء مع غلاية خارجية مثبتة في حاوية - محطة مبخرات غاز البترول المسال

Specification

غاز البروبان غاز البروبان تدوير الماء المبخر

البيانات الفنية
السعة: غاز البترول المسال 100 - 2000 كجم/ساعة
النوع: تدوير الماء الساخن
معدل تدفق الماء الساخن: 42 - 840 لتر/دقيقة
الناتج الحراري 15,000 - 300,000 كيلو كالوري/ساعة
لا حاجة لإمداد الطاقة الكهربائية والتحكم فيها
الضغط التصميمي: 1.77 ميجا باسكال
مدخل غاز البترول المسال: مدخل غاز البترول المسال: ANSI #300 20 أمبير (3/4 بوصة) - 50 أمبير (2 بوصة) مع شفة
مخرج غاز البترول المسال: ANSI # 300 ANSI 25 أمبير (1 بوصة) - 100 أمبير (3 بوصة) بشفة
عوامة ميكانيكية لمنع تدفق غاز البترول المسال السائل
1 صمام أمان: ريجو، الولايات المتحدة الأمريكية، ذكر نحاسي، معتمد من CE (PED)
مقياس ضغط الغاز: STS304، معتمد من CE (PED)
مقياس حرارة الغاز، مفتاح درجة حرارة ثنائي المعدن
الشركة المصنعة هندسة الغاز الكورية وصنع في كوريا
Water LPG Vaporizer
The water LPG vaporizer KWV series is an innovative, highly reliable device engineered for consistent and efficient vaporization of LPG (liquefied petroleum gas) employing an indirect water bath heating technology. The KWV vaporizer guarantees a continuous gas supply under different environmental challenges. Designed for commercial and industrial use, it offers automatic, safe, and energy-efficient performance with few maintenance requirements.
Developed to comply with international safety and performance standards, this model particularly qualifies for large-scale gas distribution, standby capacitance, emergency power generation, and heating systems. The KWV line ensures a steady gas output irrespective of ambient temperature or volatile demands by transforming LPG liquid to vapor through a thoroughly controlled water bath process. This aspect makes it a main element in reliable energy infrastructure, where safety and performance requirements are immensely important.
The KWV Water Bath Vaporizer LPG System Operating Peculiarities
The KWV vaporizer operation concept runs by submerging a heat exchanger coil, through which liquid LPG is delivered, into a temperature-controlled water container. The water is heated by steam coils or electric elements and fulfills the function of a thermal buffer, providing uniform heat transfer and compensation for sudden temperature jumps.
Such an indirect way of heating offers many competitive edges that include thermal stability, maintaining a constant temperature, equipment protection, reducing thermal shocks, and safe performance, omitting direct flame.
This method enables the water bath vaporizer LPG system to operate continuously even in cold climates or during unforeseen fluctuations in gas supply demand. The KWV’s water vessel retains heat very effectively, not allowing abrupt or temporary power supply interruptions to affect vaporization quality immediately, and thus providing a critical buffer in any sensitive equipment.
Advantages of the KWV Series
The KWV line has been specifically designed for large-scale industrial use. With heavy-duty construction and a cutting-edge control system, this model provides high operational efficiency and low maintenance needs. The key operational benefits are as follows:
High vaporization capacity. Provides consistent loads in power-consuming facilities.
Automatic temperature control. The unit is equipped with real-time sensors for water pressure and temperature.
Integral test equipment. The built-in diagnostics are developed to detect system faults in advance to prevent possible failures.
Durable materials. Coils for extended service performance and corrosion-resistant tanks offer excellent durability in system operation.
Compatibility. Adaptable to steam and electric heating methods.
All KWV vaporizers have been developed to integrate easily into existing industrial gas facilities, creating an opportunity for scalable deployment and remote supervision via automation systems.
The KWV Water Bath System: Safety Measures
The requirements for safety in industrial gas systems are paramount. The KWV models have been integrated with multiple safety tools that monitor LPG flow and the heating medium (water).
The integral safety mechanism comprises over-temperature shutoff for heating elements, low water level detection and automatic shutdown, pressure relief valves to protect against overpressure, emergency manual shutdown switch, and visual and audible alarms for system faults.
Such a system allows for the KWV automated performance without a need for constant user intervention, making it perfect for facilities working 24/7.
KWV Vaporizers: Typical Applications
Because of their high reliability and capacity, KWV vaporizers are applied in industries where a steady gas supply is significant to maintaining performance and personnel safety. They are particularly important where high amounts of vaporized LPG must be delivered uninterruptedly to multiple downstream consumers. As a rule, conventional application areas include the following:
Central LPG distribution hubs.
Fuel delivery for huge industrial burners and furnaces.
Electric power plants with LPG-fed engines and turbines.
Emergency power systems for data centers and hospitals.
CHP (combined heat and power) units.
Material drying and petrochemical processing facilities.
Since the water bath LPG vaporizer system supports a consistent supply, it contributes to efficient combustion and energy conversion across a versatile range of applications.
Installation, Maintenance, and Working Lifespan
Regardless of its robust design, the KWV series has been developed for easy installation and service. The system is introduced as a compact, pre-assembled device that can be deployed with little effort. All key components are within easy reach, and the layout is leveraged for preventive maintenance inspections.
Moreover, all required spare parts are available from I-Maximum, and technical assistance is offered to provide consistent and long-term performance.
The Reasons to Choose KWV Vaporizers from I-Maximum
Having the best track record in providing industrial gas systems, I-Maximum offers not just mere equipment. The I-Maximum vaporizers have been engineered under strict quality control processes and comply with international safety requirements. All units have been tested for thermal operation, pressure resilience, and control accuracy.
Every customer applying to the I-Maximum company will take advantage of engineering assistance to configure the relevant solution, customization alternatives for heating source, capacity, and control logic, seamless integration with the current gas supply infrastructure, and a responsive support team.
When it comes to high vaporization capacity, 24/7 operation, and safety matters, the KWV line does not accept compromises and provides only the best performance.
Bottom Line
The KWV LPG vaporizer is the best in a range of similar options. It is indispensable for industrial systems, which demand high-volume LPG vaporization that employs safe and reliable techniques of water bath heating. Its solid design, innovative safety systems, and adaptability to automated control mechanisms make it a value-enhancing investment for large-scale energy customers.
Integration of a water bath LPG KWV vaporizer into your facility will bring about a secure and continuous fuel supply, no matter how harsh winters, high-load periods, or sensitive operation cycles may be.
To find out more or request a customized alternative, please contact the I-maximum engineering specialists today. Our team is always ready to support you in developing the safest, reliable, and appropriate LPG vaporization system.