stela Laxhuber GmbH
Booth number: H021c
www.stela.de
About us
stela is the global leader of high-quality drying plants for all kinds of bulk material for industrial and agricultural sectors.
In the company's 100-year history, over 4000 agricultural and industrial drying systems have been manufactured and delivered to over 60 countries.
As a technology leader in drying technology, stela always focuses on energy efficiency and the quality of the finished product.
The German company stands for innovation, competence and reliability.
Address
Laxhuberplatz 1
84323 Massing
Germany
Phone: +49 8724 8990
Contact person:
Tobias Latein
head of sales
E-mail: tobias.latein@stela.de
Phone: +49 175 9346337
Products & Services
With stela drying plants around the globe, sludges of the most diverse compositions are dried reliably and energy-efficiently dried.
The following belt dryer types can be realized:
- with granulator or backmixing
- with a fabric or metal slat conveyor
- with heat recovery (Recu-unit) in different designs
- easy to operate due to a high degree of automation
- a wide range of energy sources can be used (hot water, natural gas, bio gas, steam, exhaust gases, thermal oil)
belt dryer type BTU
advantages of belt dryers:
• Inhomogeneous sludge qualities can be handeld
• Backmixing is used to ensure homogenous infeed product
• The drying process is homogenised with constant wet sludge qualities
• Waste heat temperature up to 140°C
• Dust minimised in crude gas
• Adhesion minimised
• Automated cleaning options
• Drying surface areas up to 380 m²
belt dryer type PBT - indirect drying
• granulators can be used keeping dust to a minimum
• homogenous input material structure
• robust, durable dryer design
• process temperatures up to 220°C can be achieved
• can be implemented in multi-belt systems
belt dryer type PBT - direct drying
• granulators can be used keeping dust to a minimum
• homogenous input material structure
• robust, durable dryer design
• process temperatures up to 220°C can be achieved
• can be implemented in multi-belt systems
