T
01
Textile Air Engineering
- Ring Spinning • POY • Weaving
- Open-End • Integrated Facilities
Mechanical & Electrical / Engineering
Engineering Services
A five-step approach from process definition to commissioning, and engineering services covering all utility systems of the facility.
Engineering process
- 01
Process Definition
Capacity • process conditions • equipment data
- 02
Utility Demand
Normal • maximum • simultaneous consumption
- 03
Interface Control
P / T / flow / fluid quality • battery limits
- 04
OSBL Design
Utilities • piping • tanks • treatment • fire
- 05
Commissioning
Start-up • normal • shutdown • failure scenarios
Service areas
S
02
Steam
- 6–10 bar
- Boilers, PRV, Condensate & Connection
A
03
Compressed Air
- 7–40 bar
- High & low pressure applications with oiled and non-oiled systems
H
04
HVAC Systems
- Industrial • Residential
C
05
Chemical / Product Lines N2 – CO2
- Chemical lines • Food transfer
- SS process piping
P
06
Tanks & Pumps
- SS tanks • Hygienic lines
- High-viscosity pump technology
F
07
Fire Protection
- Process / Utility area
- Hydraulic & interface coordination
E
08
Waste Water
- Industrial treatment • Aerobic & anaerobic treatment
- Germany partner capability
C
09
Cooling Systems
- Industrial • NH3 • Mold cooling
- Process cooling
W
10
Industrial Water
- RO • IX • Conventional
- Process quality by usage
I
11
Piping & Instrumentation
- Industrial • Residential
B
12
P&ID / BIM Review
- Operability • Maintainability
- Interface & scope control