Everything in Control & Automation, Instrumentation & Simulation

VARYC provides tailored services in control & automation for all industries and for every product & technology that can move. We provide services in the areas of consulting, algorithms optimization, monitoring, instrumentations, and mathematical modelling. Below is a detailed specification of our services. We strive to be your trusted partner in everything related to control & automation and we always make sure that you get the best solution & services fitted to your business and goals.

To all Process, Production & Infrastructure

To all Products & Technologies

Examples of what automation optimization can do:

Increase production speed
Remove/reduce bottlenecks
Remove/reduce stops
Energy savings

Material savings
Remove/reduce manual interference
Increase equipment lifespan
Comfort increase

Noise reduction
Safety increase
Health improvements
Regulation compliance

Consulting

Increase Independence in automation

Getting the right staff
Organize automation strategies current & future
Increase independence in product optimization
Increase independence in operations and maintenance
Education & training

Getting the right suppliers

Formulating requirement specification
How to evaluate supplier
Ensuring continues supply by technology diversification
Procurements
Filtering out overpromising technologies

Optimization Analyses

Evaluation of current systems and if they can be approved
Prototyping and testing of new control & automation
Measurement of improvements in production speed, savings and other improvements
Simulation modelling
Strategies on continues improvements

Following services can be delivered through implementation or consulting or a mixture of these

Algorithms Optimization & Computing Hardware & Software

Optimizing dynamic control systems algorithms
Optimizing static control algorithms
Choosing Computing systems (PLC, microcontroller, PC)
Programming PLC, embedded systems and pc platforms
Choosing fitting software for automation development
DCS (Distributed Control Systems)
Load balancing - matching consumption with demand
Recourse management - optimizing recourse usage
Dynamic control systems algorithms (PID, LQR, Robust control, MPC (Model Predictive Control), Fuzzy logic controllers, in-house proprietary algorithms and much more)
Static control systems (logic based control systems, sequence based control system and much more)
Modelling and simulations of dynamic systems

Monitoring & Instrumentation

What to measure & how
SCADA (Supervisory Control & Data Acquisition) systems
Database and data storage
Fault detection & prediction

Installation of instrumentations
Sensor calibration
Sensorfusion
Mathematical modelling for data approximation

Mathematical Models & Simulation Programs

Optimization Models

Simulation models for optimizing dynamic control systems
Simulation models for evaluating dynamic systems behavior
Simulation models for product optimizations
Models for dimensioning
Specialized models for your specific products or process

Fault Detection & Prediction Models 

Better maintenance planning
Pin-pointing of fault
For process & production
For products & technologies
Vibration analyses, frequency modelling, Kalman filtering, model based outputs compared to sensor measurements