Industries

Brewing

The brewing industry has embraced digital applications to improve processes, increase efficiency, and optimize the quality of beer production. With our feasibility study we reveal all options within the scope of your specified requirements: beer types, recipes, volumes, engineering, product for Brewhouse plant, Cellar plant and Utilities supply.

  • Maximum efficiency – short brewing sequences, best possible yield, maximum flexibility, increased sustainability- tailored to the special needs and requirements of our customers.
  • The product range extends from the malt intake to grist mills, mash vessels, all currently relevant lautering technologies, wort kettles, whirlpools, and wort cooling systems. In the area of the cold block, fermentation, storage, bright beer tanks and yeast tanks as well as CIP and utility tanks.
  • AR (Augmented Reality) can be used in brewing to enhance the brewing process, provide training, and improve quality control. IoT (Internet of Things) can be used in brewing to monitor and control the brewing process, improve efficiency, and reduce waste.

Main features:

  • What you see is what you get.
  • Monitoring & Calibration of instruments ( pressure, temperature, flowmeter, level switch, conductivity, CO2 – O2 measurement tools and special equipment
  • Meaningful process simulations ( identification of savings potential)
  • More efficient maintenance work
  • Higher availability through predictive maintenance
  • Reduced operating costs (OPEX) due to fewer breakdowns
  • Increase operational efficiency OEE.
  • Asset Spare parts management and inventory.

In order to make the data exchange as secure as possible, relies on the so-called Weihenstephaner standards for brewery projects. These standards define a communication interface for the standardized transmission of machine and process data to superordinate IT systems. Via a special module, the data from the cloud can be exported to any customer-specific IT solution and can be processed there.

Dairy

The dairy industry has also embraced digital applications to optimize production processes, enhance quality control, and improve supply chain management. With our feasibility study we reveal all options within the high quality requirements prevailing in the dairy industry and support our customers in meeting these strict directives. Modern production processes, consistently hygienic design and a profound level of process know-how ensure that we can provide our customers with the storage or process  that exactly meets their specifications requirements.

IoT (Internet of Things) and AR can be used in the dairy industry to monitor and control the production process, improve animal health and welfare, and ensure food safety.

In order to make the data exchange as secure as possible, relies on the so-called Weihenstephaner standards for brewery projects. These standards define a communication interface for the standardized transmission of machine and process data to superordinate IT systems. Via a special module, the data from the cloud can be exported to any customer-specific IT solution and can be processed there.

Main features

  • What you see is what you get.
  • Monitoring & Calibration of instruments (pressure, temperature, flowmeter,
  • level switch, conductivity, tools and special equipment).
  • Meaningful process simulations (identification of savings potential).
  • More efficient maintenance work.
  • Higher availability through predictive maintenance
  • Reduced operating costs (OPEX) due to fewer breakdowns
  • Increase operational efficiency OEE.
  • Asset Spare parts management and inventory.

Food & Beverage – Fruit Juice

The food and beverage industry has embraced various digital applications to improve processes, enhance quality control, and meet changing consumer demands. With our feasibility study we reveal well-known supplier of high-class food processing and storage tanks for liquids and solids in stainless steel. Our various references cover a wide range of projects for storage, process and mixing vessels. Fruit juices are the basis for a wide range of end products the high quality requirements in beverage  and support our customers in meeting these strict directives. Modern production processes, consistently hygienic design and a profound level of process know-how ensure that we can provide our customers with the storage or process  that exactly meets their specifications requirements.

IoT (Internet of Things) and AR can be used in the food and beverage industry to monitor and control the production process, ensure food safety, and improve efficiency.

  • Sugar dissolving
  • Syrup tanks
  • Drum empty station
  • Powder and Pectin dissolving
  • Batch mixed
  • Blending tanks
  • Hydrogenation reactors
  • Storage and process tanks
  • Homogenizing and blending tanks
  • HTST / Mixer
  • CIP system

Main features

  • What you see is what you get
  • Monitoring & Calibration of instruments (pressure, temperature, flowmeter, level switch, conductivity, CO2 – O2 measurement tools and special equipment)
  • Meaningful process simulations (identification of savings potential)
  • More efficient maintenance work
  • Higher availability through predictive maintenance
  • Reduced operating costs (OPEX) due to fewer breakdowns
  • Increase operational efficiency OEE
  • Asset Spare parts management and inventory

In order to make the data exchange as secure as possible, relies on the so-called Weihenstephaner standards for brewery projects. These standards define a communication interface for the standardized transmission of machine and process data to superordinate IT systems. Via a special module, the data from the cloud can be exported to any customer-specific IT solution and can be processed there.

Filling & Packaging

Glasses for augmented reality are the latest tool to make customer assistance easier, faster and smarter to Lines, machines. Unlike the already existing services for remote technical support, the new glasses for augmented reality allow help desk to give audiovisual assistance. This means that what the operator is seeing is displayed in real time on the computer screen of help desk technician.

This results in several advantages for the customer to improved KPIs….

Cost and time saving on-site technician

Glasses for augmented reality enable to provide customers with immediate support, no matter where the production plant is located. By this way, physical distance is removed by a system that virtually brings the operator and help desk closer. This allows the customer to save on the costs of technical interventions, as well as on the time that technician would take to reach the production plant.

Audiovisual assistance allows help desk technician to guide the machine operator step by step.
This leads to a quick problem identification and resolution.
As a consequence, the machine downtime is considerably reduced and the productivity, OEE level remains high.

Augmented reality glasses are extremely simple to use; once you have a Wi-Fi network connection and a valid license, you wear glasses and frame the QR code. At this stage you are put in contact with help desk technician, who sees on his computer screen the same images that the machine operator is viewing. With this system the technician is able to provide the operator with an optimal support.

With this tool the operator doesn’t need to send heavy attachments or write long messages by email to receive assistance. Electrical diagrams and other documents that may be useful for the problem resolution are sent by technician directly to the operator’s glasses. Lastly, an audiovisual support allows to overcome any linguistic barriers.

Pharmaceutical – Chemical

With our feasibility study we reveal all options within the high quality requirements prevailing for the chemical, pharmaceutical and life science industry and support our customers in meeting these strict directives. Modern production processes, consistently hygienic design and a profound level of process know-how ensure that we can provide our customers with the storage or process that exactly meets their specifications requirements.

The portfolio included:

  • Storage and process tanks
  • Pressure and vacuum tanks
  • Reactors
  • Fermenters
  • Explosion-proof tanks
  • HTST
  • Silo plants
  • Homogenizing and blending silos with degasification units
  • Drying and cooling

Main features:

  • What you see is what you get
  • Monitoring & Calibration of instruments (pressure, temperature, flowmeter, level switch, conductivity, tools and special equipment)
  • Meaningful process simulations ( identification of savings potential)
  • More efficient maintenance work
  • Higher availability through predictive maintenance
  • Reduced operating costs (OPEX) due to fewer breakdowns
  • Increase operational efficiency OEE
  • Asset Spare parts management and inventory

Service objectives:

  • Achieve the highest availability and avoid any unplanned production downtime
  • Optimize production efficiency: maximize output with the lowest use of raw materials, water and energy
  • Optimize maintenance costs, spare parts inventory and overall lifetime of the equipment;
  • Safety: keep the plant a safe working environment, according the latest insights and regulations
  • Ensure product quality and functionality of the process by monitoring and control