A beverage distribution system including a pressure chamber, a beverage container comprising an outlet and being included in said pressure chamber and a dispensing valve for use with said beverage container, said beverage distribution system comprising a plurality of modules (28, 30, 32), wherein each module (28, 30, 32) comprises: a frame (60, 60', 61, 61') defining an outer periphery and a space defined within said outer periphery, a pressure chamber for receiving a beverage container, said pressure chamber arranged within said space, a first type connector and a second type connector positioned at said outer periphery, a fluid path establishing fluid communication from said first type connector to said second type connector, said first type connector connectable to a connector of said second type connector, said first type connector adapted to receive a pressure-fluid from a pressure-fluid source, said second type connector adapted to transfer said pressure-fluid to a first type connector of a neighbouring module 30, and a third type connector in fluid communication with said first type connector and supplying said pressure-fluid to said pressure chamber, a pressure distribution path defined from a first module through each of said plurality of modules (28, 30, 32), said beverage distribution system further comprising a pressure generator, said pressure generator being in fluid communication with said first module of said plurality of modules (28, 30, 32) via a first type connector of said first module, said pressure generator delivering pressurised fluid to said first module, said dispensing valve comprising: a valve body defining an inlet constriction being in fluid communication with said beverage outlet of said beverage container, said valve body further defining an outlet constriction located opposite said inlet constriction and said valve body further defining a passage interconnecting said inlet and outlet constrictions (78, 80), said passage having a transversal dimension larger than said inlet and outlet constrictions (78, 80), a movable sealing element accommodated inside said valve body having a transversal dimension smaller than said passage and larger than said inlet and outlet constrictions (78, 80), and an actuator 74 for moving said sealing element between three specific positions within said valve body, said positions define: a first and second position in which said sealing element is contacting said inlet and outlet constrictions (78, 80), respectively, for preventing fluid communication between said inlet and outlet constrictions (78, 80), and an intermediate third position in which said sealing element is located between said inlet and outlet constrictions (78, 80) for allowing fluid communication between said inlet and outlet constrictions (78, 80). a frame (60, 60', 61, 61') defining an outer periphery and a space defined within said outer periphery, a pressure chamber for receiving a beverage container, said pressure chamber arranged within said space, a first type connector and a second type connector positioned at said outer periphery, a fluid path establishing fluid communication from said first type connector to said second type connector, said first type connector connectable to a connector of said second type connector, said first type connector adapted to receive a pressure-fluid from a pressure-fluid source, said second type connector adapted to transfer said pressure-fluid to a first type connector of a neighbouring module 30, and a third type connector in fluid communication with said first type connector and supplying said pressure-fluid to said pressure chamber, a pressure distribution path defined from a first module through each of said plurality of modules (28, 30, 32), said beverage distribution system further comprising a pressure generator, said pressure generator being in fluid communication with said first module of said plurality of modules (28, 30, 32) via a first type connector of said first module, said pressure generator delivering pressurised fluid to said first module, a valve body defining an inlet constriction being in fluid communication with said beverage outlet of said beverage container, said valve body further defining an outlet constriction located opposite said inlet constriction and said valve body further defining a passage interconnecting said inlet and outlet constrictions (78, 80), said passage having a transversal dimension larger than said inlet and outlet constrictions (78, 80), a movable sealing element accommodated inside said valve body having a transversal dimension smaller than said passage and larger than said inlet and outlet constrictions (78, 80), and an actuator 74 for moving said sealing element between three specific positions within said valve body, said positions define: a first and second position in which said sealing element is contacting said inlet and outlet constrictions (78, 80), respectively, for preventing fluid communication between said inlet and outlet constrictions (78, 80), and an intermediate third position in which said sealing element is located between said inlet and outlet constrictions (78, 80) for allowing fluid communication between said inlet and outlet constrictions (78, 80). a first and second position in which said sealing element is contacting said inlet and outlet constrictions (78, 80), respectively, for preventing fluid communication between said inlet and outlet constrictions (78, 80), and an intermediate third position in which said sealing element is located between said inlet and outlet constrictions (78, 80) for allowing fluid communication between said inlet and outlet constrictions (78, 80).