Vacuum Technology
High corrosion-resistant vacuum systems
Multi-stage steam jet vacuum pumps in graphite are used to extract corrosive gases and vapors, particularly where halogen compounds are present and stainless steels are not sufficiently resistant.
GEA uses jet pumps and surface condensers made of graphite for its vacuum pumps in all cases wherethe usual corrosion and acid proof materials are not resistant enough.
Because of its excellent thermal conductivity and its high resistance to temperature change, graphite is the ideal material for heat exchangers and jet pumps. Gas-tightness is achieved by means of impregnation. Jet pumps made of graphite and operated in vacuum below 3 mbar can be heated to eliminate ice formation.
In cooperation with SGL, a major manufacturer of carbon-based products, GEA has developed a new ejector body made of graphite with many advantages to bring the vacuum system on another performance and safety level.
The new developed graphite ejector can be adapted to customer required process conditions and optimize steam consumption.
As surface condensers, block heat exchangers, shell-and-tube heat exchangers or also plate heat exchangers from graphite of all commercial makes are used which are suitable to condense vapors under vacuum.
Multi-stage vacuum systems with block heat exchanger benefitfrom small dimensions, little space requirement and simple assembly on site.
4-stage steam jet vacuum pump with block condenser in compact design
- A motive steam
- B suction connection
- C cooling water
- 1-4 jet pumps
- I-III condenser chambers
Jet vacuum pumps are utilized for suction pressures down to approx. 0.1 mbar. GEA designs these vacuum pumps for a barometric installation and using a gear pump in Hastelloy also for a non-barometric installation.
Advantages
- Compact design
- Easy to clean
- Of variable use
- No moving parts
- Low maintenance
- Can be installed in virtually all situations
- Quickly and easily put into operation
- Low acquisition costs
Upgrading existing ceramic steam jet vacuum systems
Previously ceramic jet pump systems have proven to be very successful. However, with the increased standards, ceramic jet pump systems no longer meet the requirements of the industry.
Existing porcelain jet pumps can be replaced by graphite jet pumps without any on-site modifications. The installation dimensions remain unchanged. By means of graphite jet pumps, existing steam jet vacuum plants can be optimized in terms of energy consumption and performance
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منتجات ذات صلة
متنوع - قاذفات التدفق
متنوع - تعتمد قاذفات التدفق على تقنية المضخة النفاثة المعتمدة من GEA وغالبًا تُستخدم لاستعادة الحرارة.
Steam jet ventilator
Steam jet ventilators are based on proven jet pump technology and often used to convey air, gases and vapors.
Steam jet compressor
Steam jet compressors type bv1 are based on proven jet pump technology and often used used in evaporating, distillation, cooling, crystallization, deodorization, degassing and drying under vacuum.
Liquid jet liquid pump
Liquid jet liquid pumps are used for conveying and mixing liquids such as water, acids or lye in water and waste water treatment plants.
رؤى GEA
Kytero 10، التغييرات الكبيرة تبدأ بخطوات صغيرة
بفضل GEA Kytero 10، حصل الباحثون والمطورون في صناعات الأغذية والمنتجات الصيدلانية الحيوية والأغذية الجديدة الآن على الجيل الأحدث من المسرعات القوية تحت تصرفهم.
تكنولوجيا المضخات الحرارية تقلل من إنتاج الكربون الصناعي
من توفير التكاليف إلى تقليل الانبعاثات، تحتل GEA مكانة رائدة في مشاريع تكنولوجيا المضخات الحرارية المبتكرة. استكشف مبادرات التدفئة التقليدية والتدفئة المركزية.
على قائمة الطعام: بيض أكثر استدامة
تساعد GEA العملاء على اختبار منتجات ومكونات بدائل البيض المصنوعة بالتخمير الدقيق وتوسيع نطاقها.
