Juices & concentrates
Increased consumer demand for alternatives to traditional fruit drink flavors such as apple and orange have created an opportunity to exploit fruits such as mango, pomegranate, papaya, lychee and guava, to produce a range of more exotic flavored smoothies and juices.
Demand for beverages based on coconut water, aloe vera and other juices made from antioxidant-rich ‘superfruits’ and from traditional plants such as nettles and dandelions, is on the rise alongside a decline in the consumption of orange juice. The changing market has driven R&D into new products and production processes. GEA’s expertise, experience and portfolio of technologies in the juice beverage sector means that we are perfectly placed to help producers increase their yields of valuable ingredients, improve quality, and optimize processes through technological innovation.
As an expert in the continuous processing of fruits and vegetables, we offer a high degree of automation, accelerated production (fast juicing), increased yields at reduced production costs and, above all, a top product quality. Talk to GEA about how we might be able to decrease the overall number of process stages to make your application more time- and cost-effective.
Key to the processing of any fruit or vegetable juice is the application of centrifugal technology to separate the juice, flesh and solids of the fruit, whether pineapples and guavas, or nettles and dandelions. After the fruit has been washed and crushed, and depending on how the process is managed, GEA’s centrifugal decanters and separators are used to adjust how much pulp remains in the juice, according to customer specifications.
Traditional medicinal and culinary plants including dandelion and nettle are experiencing something of a renaissance in modern-day cooking and nutrition, and they are now available as health-promoting drinks or nutraceuticals. Separators and decanters from GEA are ideally suited to the gentle processing of juices, such as these, that are high in active ingredients.
Showing 4 of 30
Aseptic valves face exceptionally high demands within UltraClean and Aseptic processes. You can be assured that they all provide highest quality in terms of hygienic design and sustainability.
GEA separators are designed for liquid-based applications. Using centrifugal force, they are used for separating suspensions consisting of two or more phases of different densities, i.e. they can be used for liquid-liquid separation, for liquid-liquid-solid separation or for liquid-solid separation. They are equally as effective at separating liq...
The heart of all fillings systems is the filling machine itself. To make a system requires a lot more. GEA offers complete filling lines which means that we also take care of the complicated task of line integration and control. In order to provide an efficient production line, it is important to consider all parts of the system together. Our exp...
Equipped with a high-precision path measuring system, the T.VIS® A-15 offers automatic open/close position recognition on any valve, which can be equipped with a T.VIS® control top.
Other applications
The world's population is growing and with it demand for milk. Dairy is an essential component of many global diets. However, its production can be resource-intensive and impact the environment. GEA’s Christian Müller, Senior Director Sustainability Farm Technologies, sheds light on how technological innovations powered by GEA make milk production more efficient and profitable.
Every safe beverage and bite of food is a victory against invisible microbial threats – a battle shaped by a century of hygienic process design. With more than 100 years of engineering and hygienic design know-how, GEA sets the industry standard for processing equipment that protects food and saves lives.
Engineering innovation often takes the form of incremental gains. Once in a while, it takes a leap. Case in point: The washing machine. Launched in September 2022, two new GEA software solutions are upending convention and delivering similarly dramatic efficiency gains in the resource-intensive process of membrane filtration.