Conversion to 'green steel'. Currently, steel production still emits about 1.5 tons of CO2 per ton of steel. By supplying so-called green hydrogen, CO2-neutral steel production is achieved. My task is to convert the furnace heating from coke gas to natural gas and then switch to a natural gas/hydrogen mix.
FRT relocated and significantly expanded the production and assembly of surface measuring devices from Bergisch Gladbach to Rösrath. I led the project for all activities, from layout creation to planning, procurement, and implementation.
Poppe took over 33 injection molding machines from Veritas. In a rented hall, the injection molding production was set up with all infrastructure and departments (toolmaking, workshop, production, and office). I led the project for all activities.
Voestalpine works on forming tubes from both aluminum and steel for the automotive industry.
The TESA plant in Hamburg plans to build a new mass production facility. A list of the necessary approval steps was developed.
Hitachi-ABB manufactures gas-insulated switchgear. My task here was to plan and execute the move from Hanau to Karlstein. In Karlstein, a logistics hall was rented and converted into a 4,500 m² production facility. I was responsible for project management for the conversion and move.
When fees are charged, the wastewater volume is equated to the fresh water volume by the respective authority. I applied for the unaccounted water volumes with the water authorities. The unaccounted volumes include evaporation during washing and drying, as well as the water carried away, e.g., into vehicle cavities.
Heraeus operates in precious metals trading and processing. As part of the expansion measure "Vision 2020", various business units were acquired or sold. My task was to plan and execute the necessary move. In Alzenau, a completely new 10,000 m² hall was built and the new production was set up; I was the sole project manager. Additionally, the sensor technology area was expanded, where I was significantly involved in planning and implementation.
Mahle-Behr is an automotive supplier located in Mühlacker, specializing in automotive radiator manufacturing. My task was to reorganize the vacuum soldering shop. Here, air-to-oil coolers for the automotive industry were produced.
Richard Fritz specializes in plastic overmolding (TPE) of glass panes for the automotive industry.
Freudenberg acquired the knitting division from Hänsel. 19 knitting machines and a tension frame were relocated from Iserlohn to Weinheim. It was supplemented with a fabric dyeing line and a rewinding operation (from knitting beam to dyeing beam).
Design of an anthracite annealing furnace.
Built a new production plant for seals in Russia (Tutaev) and India for automotive components and compounds. Optimized production facility layout in existing plants. Project planning for the relocation.
Activities for the Russian plant:
Plant construction: extrusion lines, finishing
Piping construction for compressed air and gas
Setup of extrusion line 1
Procurement and supplier selection for extrusion line 2 and finishing production equipment
Created tool lists and other production equipment for 4 Ford projects
Procured tools and production resources
Plant capacity utilization studies
Developed layout with 2 extrusion lines, finishing, logistics, power supply, break rooms and offices
Organized transport of all production equipment to Russia, including customs clearance
Set up production in Russia up to first pre-series delivery and run at rate (internal and customer)
Activities for the Indian plant:
Developed layout
Obtained quotes from suppliers for various equipment
Cargill operates an oil mill in Salzgitter, pressing oil from rapeseed. The entire mill was expanded from 1,400 tons/day to 2,000 tons/day. Role: Project Manager for the extraction expansion. The challenge: all modification work had to be completed within 6 weeks, as the new rapeseed harvest arrives in early July. The project team had about 200 people. Total investment approx. 30 million dollars.
H.C. Starck produces metallic and ceramic powders. Planned and modified various plants: modernized a rotary kiln, relocated and expanded a cooling system, and relocated and expanded a boron form-body production facility.
The production area for track superstructure was sold to Vossloh. As a result, the existing operating equipment had to be relocated to a newly built hall. In addition, the existing equipment was supplemented. Cost-conscious work was the focus.
Furthermore, my responsibilities included relocating several production resources to subsidiaries abroad (Czech Republic and Slovakia), including a complete extrusion line and several presses. A bankrupt company was acquired and five extrusion lines were relocated to subsidiary companies.
Planning of a 25,000 m² rubber production plant in Russia (Tutaev) (supplying the surrounding automotive industry with rubber profiles). In cooperation with the project engineer, the following elements were planned:
Planned were 5 extrusion systems, a mixing system, several hydraulic presses and an Auma roof waterproofing membrane.
Construction of a mixing line (total cost €3.7 million) for the production of a rubber intermediate product. Leadership & coordination of the construction of a production plant (mixer, 3 calenders, strainer, blanket cooling system, weighing system). Expansion of the silo system & control of the entire plant using Siemens S7. The mixer was lowered into the hall through the roof using a crawler crane. Roof structures were necessary because the hall height was too low.
Factory relocation, factory planning, production optimization, occupational safety, steel production, green steel, CAD, injection molding, reporting, presentation, rapeseed mill, rubber manufacturing, cleanroom, automotive, development projects,
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