Engineering
Process of Automation
As system integrators we bring our knowledge from process technology and plant engineering together with software products from market leaders.
Optimum process performance needs the input of experts in technology and automation. Only Autogenics specialists have the necessary know-how and are able to select and adapt control tools to offer optimum process performance.
As integration specialists we offer automation solutions that are based on general software platforms. Advanced process control tools prove that we know our processes in detail, enabling us to provide stable, and robust process conditions with the highest efficiency levels and minimum energy consumption.
Improved Productivity
Optimum process performance needs the input of experts in technology and automation. Only Autogenics specialists have the necessary know-how and are able to select and adapt control tools to offer optimum process performance.
As integration specialists we offer automation solutions that are based on general software platforms. Advanced process control tools prove that we know our processes in detail, enabling us to provide stable, and robust process conditions with the highest efficiency levels and minimum energy consumption.
Greater Agility
Automating data collection, aggregation, and synthesis, particularly for large information sets, can facilitate better informed and faster decision-making.
Reduced Costs
Companies can use process automation for digitizing and standardizing processes. This particularly applies to repetitive, human-intensive tasks. According to Forrester, this has the potential to reduce operating costs by up to 90%.
Process Automation Solution
Manufacturing factories like Oil Refineries, Steel, Food, Chemical, Paper, Pulp, Pharmaceutical, etc. have multiple and complex processes. To control each of these processes manually becomes a risk on the quality and efficiency of the product. Only by having control processes through automation, the performance parameters can be monitored. It is not physically possible for the machine operators to physically monitor performance values and the quality of output to determine the best settings on which to run the production equipment.
When atomization is implemented, the parameters for performance and maintenance schedules are all fixed. This results in operational efficiency and safe operating conditions.
When atomization is implemented, the parameters for performance and maintenance schedules are all fixed. This results in operational efficiency and safe operating conditions.