Turn waste stream to process water stream
Condensate Polisher
Condensate from evaporation plants can be purified in a condensate polisher to convert a waste stream into a water stream, using reverse osmosis. This high quality water can then be re-used as boiler feed water, process, cooling, and rinsing water or be discharged directly into a drainage ditch.
Condensate from evaporation plants can be purified in a condensate polisher to convert a waste stream into a water stream, using reverse osmosis. This high quality water can then be re-used as boiler feed water, process, cooling, and rinsing water or be discharged directly into a drainage ditch.
Condensate polisher
Condensate from evaporation processes contains impurities such as CSB, ions and other unwanted components. For re-use as process water, these impurities need to be removed. Using reverse osmosis it is possible to produce a high grade process water for re-use in the production facility with a low content of ions and a low conductivity level.
The operating pressure and process design depends on the quality of the condensate and the level of purification required.
If the capacity of the plant increases, requiring higher volumes of condensate to be treated by a waste water system, the hydraulic load to the waste water system can be reduced up to factor five when installing a condensate polisher. The filtrate can be discharged directly if the purity requirements are met.
清洗液在罐区循环使用，直到杂质含量过高，必须加以处理或丢弃为止。这些使用的 CIP 溶液主要是浓度为 2 - 4% 的氢氧化钠溶液，根据客户工艺的不同，可能被蛋白质、糖、着色剂等有机物污染。
盐水用来熟化许多不同种类的奶酪。在奶酪生产中，微生物含量与盐浓度一样重要。由于盐水的处置代价高昂，并且因其高含盐量而经常被禁止排放，所以更好的选择是进行回收和重复利用，这使盐水冷却净化成为奶酪工厂最佳的质量改进方法之一。
专用的 AromaPlus 过滤系统支持灵活的过滤速度，并可配置分批和连续过滤，它建立在反渗透 (RO) 膜过滤技术的基础上。
The GEA MICRO FORMULA® uses a special combination of standard flow components and plate heat exchangers to generate microparticulated whey protein concentrates (WPC) with precisely defined particle sizes and functional characteristics. These microparticulated WPC can be used to replace fat or milk protein in many dairy and food applications.
GEA 使用结实的陶瓷膜进行的错流过滤可有效地从罐底回收啤酒。模块化工厂采用紧凑的模块式安装，有三种标准尺寸，处理能力约为 25,000 升/天、50,000 升/天和 100,000 升/天，具体取决于产品的干燥固体物含量。
GEA 可以根据每位客户的具体应用定制设计充分利用微滤、超滤、纳滤或反渗透技术的膜过滤系统。
使用了脱色和纯化的水醇混合物，作为所谓的 FAB（调味酒精饮料）的基本物质。基本材料是啤酒（发酵酒精基质）。不需要的成分，如糖、盐及长链颜色和香气组份，通过错流过滤方法分离出去。
