Additive and pigment dosing station for PCI Augsburg GmbH

More flexibility and quality assurance in the existing facility

Additive and pigment dosing station for PCI Augsburg GmbH

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Client PCI Augsburg GmbH Location Hamm, Germany Industry Construction chemicals Website www.pci-augsburg.eu OAS Business Segments Plant engineering

PCI Augsburg GmbH, which belongs to Sika AG, produces and sells 440,000 tonnes of construction chemical products every year. This makes PCI one of the leading suppliers in the industry. Founded in 1950, the company has established itself as a technical pioneer and reliable partner for trade and craftsmen. Under the trade brands PCI and THOMSIT, the products are used in the laying of tiles and natural stone coverings as well as in construction and flooring technology.

Anlagenerweiterung PCI Hamm Additiv- und Pigmentdosierstation
Anlagenerweiterung PCI Hamm Additiv- und Pigmentdosierstation
Anlagenerweiterung PCI Hamm Additiv- und Pigmentdosierstation
Anlagenerweiterung PCI Hamm Additiv- und Pigmentdosierstation
Anlagenerweiterung PCI Hamm Additiv- und Pigmentdosierstation
Anlagenerweiterung PCI Hamm Additiv- und Pigmentdosierstation
Anlagenerweiterung PCI Hamm Additiv- und Pigmentdosierstation

The expansion of the system to include an additive and pigment dosing station from OAS AG now enables us to produce an even wider range of formulations and significantly optimise our quality assurance. We can now also react flexibly to spontaneous changes in production. From planning and realisation to commissioning and training of the employees, OAS convinced us as a reliable partner.

Rene Wagner, Investments & Process Technology (IPT)
PCI Augsburg GmbH

Challenge

PCI produces and fills powdered construction chemical products at its Hamm site. In order to expand its production capacities, the company wanted to integrate additional storage and dosing capacities for additives and pigments into the existing production plant. In addition to the redesign of the additive dosing system, an existing dosing station for colour pigments was to be modified in order to be able to dose different dosing quantities and additional colour pigments into the mixing process.

Solution

As an experienced project partner, OAS AG was able to contribute its entire expertise in the targeted expansion of existing production facilities to this project. A total of twelve stainless steel storage silos were integrated into the production plant for the additive dosing station. Three of these silos are specially designed for the storage of hygroscopic raw materials. The silos were suspended in a steel structure. Vibratory discharge trays and dosing screws with quick-release flaps are used to dose the raw materials into two small component scales below the silos with maximum accuracy. The small component silos are filled with big bags and sacks via a raw material platform located above the silos.

The expansion of the existing mixer with a pigment dosing station included the delivery of a bag feed hopper, a dosing screw and a platform scale. The extension allows additional pigments to be stored and precisely dosed into the mixer. This eliminates the need for the operator to manually add pigments to the mixer in batches. Waiting times in the production flow are avoided and quality is increased thanks to consistently high dosing accuracy. Both smaller and larger dosing quantities can be flexibly dosed into the batch mixer in a short time.

Planning and execution were carried out in accordance with ATEX regulations. All electrical work, mechanical work and the steel construction were also part of the OAS scope of services, as was the final supervision of the commissioning of the system by the customer and the training of the employees.

Benefits for the costumer

  • Storage of additional raw materials in the system without requiring additional space on the platform
  • Flexible recipe design thanks to large dosing quantity ranges of the dosing screws
  • Quick adaptation of recipes thanks to automated addition of very small quantities
  • Increased quality thanks to consistent and reproducible production
  • Elimination of manual weighing before the production process
  • Avoidance of errors in manual addition

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