We offers Complete automation, power distribution and electrification solution, enabling a paper machine to run at desired high speed and productivity while minimizing power consumption. Our technology specialists will help analyse and optimize energy use to deliver savings for mill operations from wood preparation to pulping, paper making, and power house / recovery processes.

• Electrical panels for Paper making /finishing/processing equipment for winders, coaters, super calenders, cutters
• Drive equipment from large motors (thermal mechanical pulper, chipper) to small motors
• Power distribution system, High/Low voltage distribution system
• High and low voltage motors/energy saving inverter systems
• Instrumentation and control systems for pulp mill and paper machine
• Factory Automation control system for finishing process/ logistics/warehouse automation
• Utility monitoring system to save energy (Load Shedding and load management
• Instrumentation and electric control integrated system/Manufacturing control system(SCADA/DCS/HMI)
• Sectional Drive Automation
• Paper Mill Control and Automation

Global demand for raw materials is rising all the time. Set against this is the finite nature of resources and the need to protect the environment. As one of the industrial solution provider, we are reliable partners to demanding customers, offering them tailored, cost-efficient and responsible solutions for mining, processing, handling raw materials.

• Material handling
• Rotary furnace
• Melting/holding furnace
• Gas mixing station
• Dust collector
• Paste mixing plant
• Extrusion press

In manufacturing industries many plants have multiple boilers that are not the same size and don’t operate under the same load demands. By automating these multi-boiler systems and providing process information to managers, plants can better coordinate production and increase the operational efficiency and availability of the units. One of the biggest benefits of a control system is the potential to significantly reduce operation and maintenance costs. With manual controls, boilers must be staffed by operators around the clock to monitor the system and respond to problems. Through the use of automated controls can notify designated operators of triggered alarms. This allows plants to redeploy workers to perform other tasks and use their resources more efficiently. The addition of variable frequency drives is another technique that can help improve the performance and efficiency of the boiler process. Rather than relying on dampers and louvers to control the airflow through the fan, using variable frequency drives allows “trimming” of fan speed to exactly match field conditions. This helps reduce the air and electrical energy needed to operate the boiler and eliminates the need for fan over sizing, damper “short-stroking” or linkage requirements. The Boiler Automation Control Philosophy Shall Consist of the Following:

1. Three Element Drum Level Control System Consisting of Drum Level Control System , Steam Flow Measuring System and Feed Water Flow Measuring System
2. O2 Analyser ( Oxygen Trimming )
3. Steam Pressure
4. Control of FD by use of VFD – O2 Trimming ( The Damper has to be provided by you )
5. Bagasse Feeding to be controlled by VFD ( Variable Frequency Drive )
6. PLC and HMI for Controlling the Various Loops like DeAerator level and pressure, Steam temperature and Furnace Draft
7. Control Panel Fully wired and Tubed to House PLC and HMI
8. SCADA Controls ( Supervisory Control and Data Acquisition ) Through Computer which communicates with PLC which in turn Communicates with all the Field Mounted Instruments ( Differential Pressure Transmitters )