Compliant Cleaning Solutions and Cost Benefits
The most effective way to implement CIP technology is to design it into a process. Incorporating spray systems, tank cleaners, nozzles and seals to automate the cleaning process, we at GEA consider every aspect of your system when applying CIP features, from inlet to discharge.
Automating the cleaning cycle essentially converts batch pharmaceutical processes into a continuous operation of production and cleaning cycles. The advantages of CIP include
- reduced cleaning cycle times
- optimized use of detergent and water
- eliminates manual cleaning.
At the heart of our CIP system is an advanced Wash Liquid Preparation Unit, which handles all filtering, preheating, mixing and pumping of water, detergents and demineralized water. It provides continuous monitoring and control of cleaning parameters, including flow rate, detergent concentration, temperature and wash time for full process validation.
CIP/WIP System Skids
In today's pharmaceutical processes, integrated CIP solutions play a key role: from system skid selection to identifying the intended targets and required parameters. Variables such as temperature, velocity/pressure, chemical concentration and exposure time can all be controlled using a programmable GEA CIP skid to deliver reliable, repeatable and verifiable results.
Our CIP/WIP system skids are designed, engineered, fabricated, automated and tested in-house. This vertically integrated approach allows for open communication between disciplines, enabling rapid response times to any variances that occur during the project lifecycle. A qualified Project/Process Engineer is assigned to your project to facilitate discussions regarding site-specific requirements, integration concerns and final FAT protocols.
In addition to defining and configuring your system skid, GEA can further assist you to integrate CIP into your hygienic process and plant, ranging from conventional "make/break" manual flow panel methodology to the latest in matrix piping technology that utilizes mix-proof valve systems.
GEA's CIP units are designed to guarantee successful cleaning and reduced waste generation. They can be integrated for the single use recovery of cleaning media, for single or multi-stream routes as well as for online and offline cleaning and sanitization. Our units provide functionality for CIP/SIP configurable recipes for water rinses, chemical washes, blow down and air drying, sanitation (heat or chemical), and flow, pressure, concentration and temperature controls
Combined with our GEA VARIVENT® valves and spray jets ranges, our CIP systems provide a safe solution for product and cleaning efficiency. GEA also offers wash systems for mobile tanks and IBCs.
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Insights da GEA
The breakthrough that changed spray drying
In 1976, NIRO engineers responded to a competitive challenge by rethinking what spray drying could do. Their idea became the multi-stage dryer MSD. Fifty years later, the same fundamental principle helps turn liquids into the powders used in essential nutrition products and important medicines around the world. Refined through decades of engineering expertise, customer insight and continuous development, MSD is a story of innovation with lasting impact.
Além da máquina: como alcançar um melhor desempenho da planta
Uma máquina eficiente não significa, por si só, uma fábrica eficiente. A verdadeira melhoria geralmente começa quando se vai além dos equipamentos individuais e se compreende como os processos, os sistemas de energia e as decisões operacionais se afetam mutuamente. É uma abordagem integral concebida para identificar oportunidades que, de outra forma, poderiam passar despercebidas.
Como uma válvula revoluciona a forma como alimentos e bebidas são produzidos
Em plantas de alimentos e bebidas, as válvulas são normalmente acionadas por meio de ar comprimido. A GEA Hydract® Actuation Technology aciona as válvulas por meio de água, em um circuito fechado e controlado digitalmente. O resultado é uma válvula que pode ser mantida exatamente no lugar e ajustada em etapas precisas. Isso resulta em menor consumo de energia e maior controle.
