![]() ![]() Our range consists of standard RO and NF elements, heat sanitisable RO elements and extreme pH / temperature-resistant RO elements. RO and NF elements supplied by DSS are high quality, sanitary elements for dairy processing. This makes them highly suitable for concentrating products such as milk, cultured milk and cream. Our spiral-wound UF membrane elements, designed for dairy processes, are based on recognised materials that secure optimum separation, superior flux, long element lifetime, high mechanical strength and good cleaning properties.ĭSS UFPE series are cost-efficient, high-flux UF elements, designed primarily for whey and skim milk processing.ĭSS UFPP series are resistant to high temperatures and extreme pH values. MEMBRANES FOR DAIRY PROCESSING APPLICATIONSĭSS membranes are specifically developed for dairy applications, and we continuously improve and extend out range to provide an even more comprehensive service. Cheese brine clarification: using DSS’ proprietary BrineClear™ system.Process water recovery: from RO and NF permeate, evaporator condensate, product flush water.High-yield UF cheeses: feta and domiati, cream cheese and quark varieties.Milk treatment: RO concentration, UF protein concentration (MPC, MPI) UF protein standardisation, MF protein fractionation / casein standardisation.Whey processing: RO concentration, NF concentration / demineralisation, UF protein concentration (WPC / WPI).DAIRY APPLICATIONS FOR MEMBRANE FILTRATION SYSTEMSĭSS supplies membranes and membrane filtration systems for applications including: This makes DSS the ideal supplier for integrating a membrane filtration plant in both existing and new processing applications. In addition to our expertise in the actual membrane filtration process, we have extensive knowledge of other areas of dairy production. MEMBRANE FILTRATION SYSTEMSĪt DSS, we have all the necessary experience to design and manufacture the best possible membrane filtration plant for the specific dairy process. Our core technologies include reverse osmosis, nanofiltration, ultrafiltration and microfiltration. But hopefully this gives you an insight into what you can do with Rx.DSS Silkeborg AS is a world leading specialist in membrane filtration technology for the dairy processing industry. You would probably want to embed those subscriptions within your Inspector, SubInspector immplementatinos to more closely reflect your code. I recommend the hands-on lab from the link above. Reactive Extensions is a big subject, and a very powerful library - worth investigating. ![]() It will output: Inspector received: Catch Moriarty! M => Console.WriteLine("Sub Inspector received: " + m)) Var subInspectorSubscription = hq.Subscribe( M => Console.WriteLine("Inspector received: " + m)) Var inspectorSubscription = hq.Subscribe( Here's a super simple example: var hq = new Subject() This will save you a lot of boilerplate code. Update: ReactiveX has been translated to many platforms and languages and is now managed as an open source project. The nuget package is Rx-Main and the homepage for it is here: Headquarters.SendMessage(new Message("Catch Moriarty!")) Īnother suggestion - you probably want to consider leveraging the reactive extensions library for any code using IObservable. Headquarters headquarters = new Headquarters() Inspector inspector2 = new Inspector("Sherlock Holmes") Inspector inspector1 = new Inspector("Greg Lestrade") MessageBox.Show(string.Format("Event Notification received by sender = ", value.Text, this.Name) Public void Listen(object sender, EventArgs e) Public delegate void NewDelegate(object sender, EventArgs e) Using Events and Delegates I wrote public class HeadQuarters Consider that the DSP, Inspector and SubInspector classes are subscribed to PoliceHeadQuarters. We have a PoliceHeadQuarters whose primary job is to send notifications to all those who are subscribed to it. All I am trying to do is implementing the observer pattern. ![]()
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