Ceratec offers you its heat pump feasibility studies for dryers

Ceratec, a company specialising in process and handling in the heavy clay industry, continues to innovate by offering feasibility studies for the integration of heat pumps in industrial dryers (chamber dryers and tunnel dryers).

By recovering waste heat in dryers, customers can reduce gas consumption, improve energy efficiency and have a positive environmental impact.

Technical and economic feasibility study

Ceratec offers full assistance in carrying out a technical and economic feasibility study. This may include a site visit, unless the site is already known to Ceratec‘s process department. Customers are invited to provide a thermal and aeraulic assessment of their drying installation or to share the information required to carry out this assessment.

Crucial choices

The heat pump is sized according to heat balances, determining the quantities of air and heat required in different zones of a tunnel dryer or drying chambers. Ceratec considers various parameters, including the choice of refrigerant, the number of compression stages, and the method of heat transport.

If required, this study can be integrated into an overall study to optimise the drying and firing process.

As an engineering company, Ceratec considers the specific technical and economical parameters of each project to propose the optimum solution.

Your single point of contact

After an in-depth study, Ceratec issues an offer in collaboration with partners specialising in refrigeration techniques and heat pumps. The preliminary costs for the feasibility study are of course waived if the project is carried out with Ceratec. In fact, Ceratec‘s role in these projects goes beyond that of an engineering office; we also act as an integrator, providing support from A to Z.

Benefits for the customers

Increased energy efficiency

Lower production costs

Lower CO2 emissions

Taking into account country specific incentives

A single point of contact

After-sales service

x

Related articles:

Issue 3/2020 EU project DryFiciency

Heat pump technology for industrial processes in the high temperature range

Wienerberger Österreich GmbH operates a total of eight production facilities in Austria for the manufacture of bricks and roofing tiles. In December 2019, one of the first high-temperature heat pumps...

more
Issue 9/2011

Improving dryer efficiency and output

1 Introduction The design of the dryer, a crucial component in the clay brick production process, has a significant influence on the type of production plant, its size and output as well as on the...

more
Issue 7/2016 Dipl.-Ing. Eckhard Rimpel

Eco-energetical optimization of drying processes through integration of heat pumps

1 Introduction At a heavy clay plant with a daily output of 200 to 400 tons of fired products, the customary use of approx. 20 mass% batching water means that between 40 and 80?t of water per day has...

more
Issue 02/2024

Ceratec successfully commissioned new Cutters and an Innovative Tunnel Drying Concept

Ceratec, a leader in engineering solutions, has achieved a groundbreaking feat with the successful development and commissioning of a unique tunnel dryer concept at the Ibstock Aldridge factory. This...

more
Issue 8/2015 Prof. Dr.-Ing. Christian Schäffer

Combined kiln-dryer heating systems with thermochemical heat storage

1 Introduction In Zi Brick and Tile Industry International 7/2015, the concept of a brickworks with a “hybrid-ring tunnel kiln” was presented, in which the kiln cooling/dryer combined heating system...

more