ApplicationWhere more stringent hygienic standards apply, sterilization-in-place (SIP) is done after CIP cleaning. SIP kills harmful microorganisms that may have survived CIP or in cases where Cleaning-in-Place is not performed.DescriptionCentec provide a large variety of SIP systems. SIP systems are designed by Centec in such a way that optimal sterilization results are ensured, with the lowest consumption of water, chemicals and energy. While one part of the plant is sterilized other areas can continue to produce product. For the production of pure steam, Centec offer pure steam generators. The steam temperature is above 121 °C. If required the pure steam generator can be enlarged by additional columns to build up a multi effect distillation system. This allows combined generation of pure water and pure steam at the same time.Sterilization concept…
ApplicationThe purpose of Cleaning-in-Place (CIP) is to remove product residues and microorganisms from all wetted surfaces inside tanks, pipework and filling machines. Centec provide CIP skids for cold and hot cleaning in brewery industry.DescriptionCleaning and sanitization must be performed periodically at appropriate intervals. A typical CIP cycle consists of various steps, e. g. pre-rinse with purified water, flushes with caustics and acid solutions, intermediate and final rinse with purified water. Chemicals and detergents are sometimes used to enhance cleaning performance. Depending on the system, after each cleaning step the cleaning media is either routed to drain (lost CIP) or back to the storage tank for later re-use (batch CIP). Temperatures, flow rates and times are adapted to the system dimensions and the cleaning tasks. Hot cleaning regimes use hot caustic…
ApplicationThe MultiMixer is used for the continuous mixing of several streams of liquid products, e. g. beer, syrup and flavours. Since the number of blending channels can be adapted to individual needs, the skid provides a high degree of flexibility for the production of different products (brands).DescriptionIn multi component mixing different liquid or powder products are blended. The components to be mixed can be supplied from large storage tanks via supply lines or from vessels located on the skid. Mass flows and concentrations are permanently measured in the process and adjusted by ratio controllers. Therefore, the system is equipped with high precision flow meters and in-line sensors made by Centec. Centec have decades of experience in the development and manufacturing of own precision instruments. Frequently, the MultiMixer is also used…
ApplicationNitrogenated beers have very small bubbles and very stable foam. The Nitrogenator is designed for continuous injection of nitrogen into beer and beer-based mixed drinks. The required N2 content is exactly reached in the final product.DescriptionFor product nitrogenation the Nitrogenator has a specifically designed Vortex-Venturi injector that feeds nitrogen in a very large number of very fine bubbles directly into the product stream. Due to high pressure and turbulent flow, the N2 dissolves completely and absolutely homogeneously in a very short time. At the end of the dissolving path a control valve is installed. This valve keeps the pressure in the system constant and above the saturation pressure. The system is equipped with high precision flow meters. Based on the measurement of the flows, the product steam and the nitrogen flow are…
ApplicationThe DeCarbonator is designed for continuous adjustment and especially reduction of the CO2 content of beer and beer-based mixed drinks. A precisely defined and constant CO2 content is an essential quality feature for carbonated beverages.DescriptionThe system is designed to continuously adjust the CO2 content in a product to the required level. Highly efficient membrane modules allow the CO2 concentration to be increased and decreased with extraordinary accuracy. At the same time the oxygen content is reduced. Each module contains thousands of hydrophobic, gas permeable hollow fibre membranes resulting in a large surface. This large surface maximizes the transfer area and the contact time between product and gas. While CO2 is applied on the inside of the hollow fibres, the product flows in counter current between them on the outside. Depending on the CO2 partial pressure difference…
ApplicationThe Carbonator is designed for continuous injection of carbon dioxide into beer and beer-based mixed drinks. A precisely defined and constant CO2 content is an essential quality feature for carbonated beverages.DescriptionFor CO2 supply the Carbonator has a specifically designed Vortex-Venturi injector that feeds carbon dioxide in a very large number of very fine bubbles directly into the product stream. Due to high pressure and turbulent flow, the CO2 dissolves completely and absolutely homogeneously in a very short time. At the end of the dissolving path a control valve is installed. This valve keeps the pressure in the system constant and above the saturation pressure. The flows and the CO2 content are permanently monitored and automatically adjusted in the process. Therefore, the system is equipped with high precision flow meters and a CARBOTEC sensor made…
ApplicationThe additive dosing system ADoS is used for dosing of ingredients such as malt extract, hop extract, flavours and colours directly into the main product stream. The compact skid provides a high degree of flexibility for the production of different products (brands).DescriptionIn additive dosing smaller or larger amounts of ingredients are dosed directly into the main product stream according to a preselected recipe. The number of components can be adapted to meet individual needs. There are various possibilities to supply the additives, e. g. out of separate tanks via supply lines or out of smaller vessels located on the skid. Optionally, the vessels can be heated, purged with CO2 or N2 or equipped with agitators. Reliable flow meters, dosing pumps and pneumatic control valves permanently measure and adjust the quantities. Thus, highly…
ApplicationDissolved oxygen has adverse impact on flavour stability and shelf life. The deaerations system DeGaS-Hot removes O2 from water that is used for the production of beer and beer-based mixed drinks. For deaeration, the water is heated and disinfected at the same time.DescriptionFor treatment in the column deaeration system, the water is first heated to 72 °C or more in an integrated, regenerative heat exchanger. Heating reduces the oxygen solubility and simultaneously disinfects the water. The hot water is then dispersed at the top of the column. The column contains densely packed, thin stainless steel sheets arranged in such way that the water takes multiple paths as it flows down through the column. This maximizes the transfer surface and the contact time between the water and the strip gas (CO2 or N2).…
ApplicationDissolved oxygen has adverse impact on flavour stability and shelf life. The deaeration system DeGaS-Cold removes O2 from water that is used for the production of beer and beer-based mixed drinks. Deaeration is performed at ambient temperature.DescriptionFor treatment in the column deaeration system, water is dispersed at the top of the column. The column contains densely packed, thin stainless steel sheets arranged in such way that the water takes multiple paths as it flows down through the column. This maximizes the transfer surface and the contact time between the water and the strip gas (CO2 or N2). The strip gas is fed into the bottom of the column and flows upwards inside it in counter current to the water. The large partial pressure difference of O2forces the oxygen out of the water…
ApplicationDissolved oxygen has adverse impact on flavour stability and shelf life. The deaeration system DGS removes O2 from water that is used for the production of beer and beer-based mixed drinks. Deaeration is done at ambient temperature. The system is compact and easily expandable.DescriptionBased on the use of highly effective membrane modules, extraordinarily low values of residual oxygen are achieved. Each module contains thousands of hydrophobic, gas permeable hollow fibre membranes resulting in a large surface. This large internal surface of the modules maximizes the transfer area and the contact time between water and gas. While the strip gas (CO2 or N2) is applied on the inside of the hollow fibres, the water flows in counter current between them on the outside. The high partial pressure difference of O2 forces the oxygen out…
