DEPRAG SCHULZ GMBH u. CO. KG Basic Information, Manufacturing Base, Sales Area, and Competitors
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Sr. No. |
Item |
Description |
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1 |
Company Name |
DEPRAG SCHULZ GMBH u. CO. KG |
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2 |
Website |
www.deprag.cz |
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3 |
Established Date |
1801 |
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4 |
Headquartered |
Amberg (Bavaria), Germany. |
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5 |
Market Position/ History |
DEPRAG SCHULZ GMBH & CO. KG, originally founded in 1801, focused in precision tools and assembly technologies. The company expanded significantly in the late 20th and early 21st centuries, establishing subsidiaries across the world, including in the U.S. (1981), Sweden (1993), the Czech Republic (1998), China (2002), and Mexico (2018). In recent years, DEPRAG has continued its international expansion, opening a subsidiary in Malaysia in 2022. Managed by the third generation of the Schulz-Hallmann and Pfeiffer families, the company combines its rich industrial history with cutting-edge technology to drive innovation in manufacturing and automation. |
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6 |
Sales Area |
Worldwide |
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7 |
Manufacturing Location |
Germany, the Czech Republic, and China |
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8 |
No. of Employees |
Over 600 employees |
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9 |
Competitors |
EBARA Group Cryostar Atlas Copco Group Enertime Turboden |
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10 |
CEO |
Dr. Erik Hallmann |
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11 |
Ownership Type |
Private |
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12 |
Contact Information |
Carl-Schulz-Platz 1, 92224 Amberg, Germany Tel: +49 9621 / 371 - 0 |
Business Segment/ Overview:
DEPRAG SCHULZ GMBH & CO. KG, founded in 1801, is a global leader in precision tools, automation, and assembly technologies, offering innovative and high-quality solutions across multiple industries. The company’s core business segments include screwdriving technology, automation, air motors, and air tools. DEPRAG is renowned for its advanced screwdriving solutions, particularly its shut-off clutch technology, which ensures precise torque control. In automation, DEPRAG develops cutting-edge assembly systems, including feeding technology, measuring instruments, and controllers, all tailored to client specifications. The company also provides versatile drive solutions for industries such as food production, medical technology, and automotive, along with a robust legacy in manufacturing industrial tools like grinding machines, drills, and sheet metal tools. With a focus on innovation, sustainability, and customer-centric solutions, DEPRAG maintains its market leadership through strategic investments in R&D, state-of-the-art manufacturing, and continuous employee development.
Expansion Turbines Product Types Specification
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Product |
Product Description |
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GET Green Energy Turbine – Gas Expansion Turbine with Generator |
The GET Green Energy Turbine is a high-efficiency solution for converting residual or waste energy into electricity. With power outputs from 5 kW to 350 kW, it’s ideal for a wide range of applications, including industrial processes, geothermal energy, and power stations. Key Benefits: High Efficiency (up to 80%): Outperforms traditional systems like piston motors or screw expanders. Low Maintenance: Direct drive system with no gearbox, reducing wear and maintenance. Flexible Applications: Works in open systems (gas expansion) or closed cycles (e.g., ORC) for energy recovery. Cost-Effective: Modular design lowers initial investment. Applications: Industrial Energy Recovery: Converts pressure energy from compressed air or gas into electricity in industries like glass, steel, and ceramics. Power Stations: Recovers waste heat from CHP plants, biogas, and furnaces, converting it into electrical power. Geothermal Energy: Converts thermal energy from the earth into electricity in geothermal plants. Waste Heat Recovery: Integrated into ORC systems for recovering heat from industrial processes. Technical Details: Power Output Range: 5 kW – 350 kW Pressure Range: 0 to 63 bar (higher pressures available on request) Temperature Range: Min. -20°C, Max. 250°C (depending on the medium used) Mediums Used: Compressed air, CO2, ORC mediums (e.g., R245fa, R-1234yf), siloxane, alkane, etc. (natural gas and steam also under development) Operational Features: Impulse and Reaction Turbine Designs: Depending on the application, the turbine can operate in impulse or reaction modes, with single or multi-stage configurations. Low-Speed Operation: The turbine can handle low-speed operations without the need for complex gear systems, enhancing reliability and longevity. Utilisation Principle: Direct Usage: The turbine recovers energy from a drop in pressure—typically from compressed gases like air or CO2—converting it directly into electrical energy. Indirect Usage: The turbine can also be used in a closed-loop cycle (e.g., ORC systems) to convert unused waste heat into electrical power. This is commonly applied in cogeneration, geothermal energy, and other industrial heat recovery systems. |