We deliver the expertise to assist operations to MODERNIZE and OPTIMIZE through Preventative and Mitigative System Safeguarding.
Your process involves combustible gasses and liquids, toxic gasses, high temperatures and high pressures. The importance of the protection of personnel and the environment is paramount… your plant MUST shut down safely in the event of a critical condition. In addition, your plant needs to meet regulations, run reliably and predictably at all times, and all this with a completely optimized maintenance effort in order to reduce operational costs.
These are huge challenges, which is why the MicroWatt LifeCycle Safety Engineering group focuses on partnering with operators to deliver optimized safety and availability for both FGS Systems and BMS Systems. This focus on optimization drives the concepts behind the functional logics we develop, the selection of components, and the approach to building system redundancy. It carries through to the design of testing schedules, peer reviews and formal verification, validation steps, as well as our management of change philosophies. At MicroWatt, we breathe lifecycle safety and reliability.
PHA STUDIES [HAZOP, WHAT-IF]
SIL DETERMINATION & VERIFICATION
FIRE & GAS 3D COVERAGE MAPPING
QUANTITATIVE RISK ANALYSIS
PERFORMANCE TARGET SELECTION
SYSTEM PERFORMANCE VERIFICATION
FGS & BMS ARCHITECTURE REVIEW
COST REDUCTION STRATEGIES
The MicroWatt LifeCycle Safety Engineering group brings to bear decades of specialized industry and application experience. We are a certified APEGA/ABEGBC engineering organization with exida CFSE personnel on staff. We can provide expert consultation and significant optimization on Fire & Gas System design as well as comprehensive services for clients from conceptual development through to construction, commissioning, start-up and support operations.