...environment/ CO2/ PTF, energy, coal/ biomass, catalysts, chemicals, petrochemicals, minerals
...environment/ CO2/ PTF, energy, coal/ biomass, catalysts, chemicals, petrochemicals, minerals
Although many final details beyond the key design specs and operating conditions are to be filled in by process engineers, there are aspects that still fall under the primary responsibility of the reactor designer. These aspects are usually not addressed by most computer models. Ignoring these aspects, inadequate or wrong solutions to these issues may lead not only to project failure but also to disastrous consequences later in a running plant
These include reactor safety: It’s not just addressing reactor instability that may cause temperature runaway, but also potential Deflagration and detonation that may lead to the most disastrous consequences in a running plant
Also included are
We perform gap analysis to prioritize the areas according to the effort needed for a specific job at hand. We do what-if analysis to determine what may go wrong after a reactor is in operation, and its safety and emissions. We do so-what analysis to establish the process economics
