Assessment of current situation and market survey
|
|
Options for utilization of energy plants
|
Utilization of various types of biomass
|
|
Needs of potential clients
|
Gap in the market concerning energy plants with the capacity of 1–3 MW
|
Research and development based on practice’s requirements
|
|
New process / innovation
|
Prototype of a unit for energy production from biomass
|
Planning phase / Basic design
|
|
Design of the process conceptualization
|
Determination of the energy plant’s capacity and capacity of gas boilers for back ups during energy peaks
|
|
Composition of the process using particular segments
|
Preliminary footprint arrangement of the boiler room
|
|
Optimization of the apparatuses’ arrangements
|
Connection of particular apparatuses for minimization of costs
|
|
Process engineer–manager makes decisions about the execution of the project.
|
|
Project implementation
|
|
Technical details
|
For example, design of flue gas duct and pipe routes for supply of combustion air
|
|
Design of structure of apparatuses and equipment
|
For example, calculations and documentation for hot-water exchanger
|
|
Drafting of the documentation
|
|
|
Sub-contractors
|
Fans, pumps, measuring and control
|
Execution
|
|
Checking up on building and assembly work
|
Erection of objects for the energy plant, area for location of the combustion chamber and other apparatuses, support constructions and stages
|
|
Individual and complex tests
|
Tests of functionality of the fans, pumps, measuring devices, etc.
|
|
Performance guarantee test
|
Validation of capacity and compliance with emission limits
|
Operations
|
|
Monitoring, acquisition and evaluation of operating data
|
Evaluation of boiler efficiency
|
|
Troubleshooting
|
Cleaning of heat-exchanging surface of the hot-water exchanger
|
|
Maintenance during temporary shut-downs
|
|
|
Research, development, feedback, modeling, simulation, 3D computational modeling ⇒ constant product’s innovations
|
|
