Operation & Management
Once the construction and installation of the equipment and systems are complete, a new stage begins that will culminate in the commercial exploitation of the project.
Developers and investors need to know, before allocating or raising funds, that a project is an affordable, profitable, stable, and long-lasting solution to undertake.
INERGETIA combines technical capacity with effective strategic analysis, also considering financial, legal, environmental, and social aspects.
We develop effective strategies that meet the expectations of project stakeholders through in-depth analysis, focusing on global best practices, ensuring consistent, innovative, and sustainable solutions, and mitigating risks.
Our scope in Advisory covers:
1. Commissioning
TOYO
Commissioning / Plant Start-up
Further to Engineering, Procurement, and Construction, Toyo-Korea also provides plant commissioning service as per Client’s request. A Task Force Team of commissioning experts is dispatched to provide start-up support such as development of commissioning plan and the related procedure.
Toyo-Korea has been accumulating comprehensive knowledge and know-how of plant commissioning and start-up through numerous joint projects with globally recognized engineering company, Toyo Engineering Corporation.
M3ENG
Commissioning – entails running and testing all areas of each system to ensure the system performs as anticipated and to correct any remaining problems prior to Plant Operational Start-up.
2. Operation & Maintenance
RPOW
3.3: Commissioning and O&M Specialized Support
Rpow Consulting start-up and O&M team consists of experienced and knowledgeable professionals, cross-trained to manage numerous power plant start-up, commissioning and O&M services. All Rpow Consulting team members possess extensive field experience in Solar (CSP+PV) and conventional power generation facilities. They are highly trained in their field of expertise.
During start-up, commissioning and O&M, Rpow Consulting team will develop the assigned plan using proven processes and procedures, which will include the following:
- Develop the start-up schedule
- Review the project safety plan
- Compile technical data
- Perform operability and commissioning review
- Develop systems start-up boundaries
- Develop test standards
- Implement commissioning procedures
- Develop system turnover packages
- Walk down and develop system punch lists
- Systems verifications
- Compile technical data
- Provide training for initial operations
- Provide training for long term operations
- Fine tuning for plant controls
- Maintenance training and support
M3ENG
Start-up – the commencement of actual plant operations.
Ramp-up – the period where production increases to full commercial (nameplate) production.
3. Performance & Improvement
RPOW
3.2: Performance Assessment & Improvement: Our performance optimization solutions capture and evaluate live data on plant thermodynamic performance across the range of operating conditions.
Our experts then work with or client´s teams to pinpoint the components where performance has deteriorated impacting plant competitiveness and profitability.
We recommend and prioritize improvements which deliver the required gains in power output, efficiency, emissions and/or flexibility and, importantly, gains in financial benefits.
Our performance optimization services comprise:
- Model and predict power plant thermodynamic performance and flexibility
- Identify plant performance improvements, optimize new power plant designs and assist feasibility studies
- Plant performance data evaluated online to monitor long-term trends and identify deviations and issues as early as possible
- Technical consultancy support to recommend improvements that deliver the required benefits
Benefits:
- Improve financial return
- Increase your plant competitiveness by identifying improvements that will optimize fuel costs costs and increase plant flexibility
- Increase confidence in your plant’s ability to compete and win profitable contracts
- Improve plant performance and operation
- Optimize plant performance by delivering the required gains in power output, efficiency, emissions and flexibility as a result of our recommendations
- Gain from improvements in part-load performance to enable continuous, flexible operation
- Understand the impact of changes in operation on performance g. new fuels or flexible operation
- Understand the impact of environmental options – e.g. Selective Catalytic Reduction.
Optimize maintenance planning:
- Optimize the timing of improvements and outages through our cost-benefit systems
M3ENG
Performance Tests – checks and benchmarks designed to assess how the plant has been functioning in a steady state of production, usually after a few months of operation.
