Asset Efficiency Performance Forecasting. All existing assets and future developments are under pressure to increase performance and reduce cost. Asset owners are increasingly being forced to seek more effective methods for management of their assets.
Purpose
Assets and future development challenges
The Safeti Performance Forecasting software allows clients to analyse and improve the production efficiency of their assets, safely and responsibly.
Managing your asset presents many difficulties resulting from the integration of numerous, often complex interrelated parameters:
- gas deliverability over venture life
- network / plant configuration
- equipment reliability
- logistics (e.g. spares)
- maintenance resource levels / availability
- unit re-start times (maintenance and process related)
- operational logic (flexibility)
- unit costs/rates and OPEX (Operating Expenditure)
- gas demand requirements (contractural supply obligations)
Our advanced simulation tools
We provide a range of RAM based Performance Forecasting software products building on traditional RAM analysis but with additional advanced features and capabilities enabling you to predict and understand your plant performance and identify areas for improvement. By combining your understanding of the system to be modelled and performing Performance Forecasting simulations appropriate to your activities you will be able to derive the true quantifiable benefits likely to result from adopting a particular strategy.
Benefits
Safeti Performance Forecasting tools are used at various project stages, from the design concept screening stage, through proving detailed design to optimising mature assets.
Our simulation software suite provides quantitative asset performance forecasting capabilities including:
- Performance forecasting for new upstream production assets (offshore/onshore)
- Performance forecasting for mature assets
- Sub-sea Performance forecasting
- Onshore Oil & Gas Processing Terminals
- Security of supply of gas and LNG supply chains
- Plant-wide reliability for downstream plants