...environment/ CO2/ PTF, energy, coal/ biomass, catalysts, chemicals, petrochemicals, minerals
...environment/ CO2/ PTF, energy, coal/ biomass, catalysts, chemicals, petrochemicals, minerals
A reactor or reaction system has not been treated as another unit operation in a process plant – like a separator, settler, heat exchanger or a compressor. It is usually treated as a black box where all upstream operations feed into and downstream operations begin. Rest of the plant design with all unit operations are geared to meet the needs of the feed and narrow feed/ operating conditions and to treat the effluents according to original design of the reactor. Reasons include protections of trade secret and control by reactor vendors, and presumed risk and fear.
But reactor is the heart of the plant. And
it is a black box –
no more.
Its design and development to Debottlenecking are now made
simple
.
Unlock the full potentials of your plant now
Although original CAPCOST of a reactor may be only 10-30% of total plant CAPCOST a substantial saving in OPCOST of the up- and downstream processing units by the new and true or full plant optimization process may lead to substantially improved profit from the operating plant
Now you can* also carry out revamps and upgrades of most reactors as you need and almost as easily as another unit of your plant with or without Difrex help
*Barring legal constraints
New Unit Operation Reactor Design treats the reactor as an integrated unit operation, making it easier to optimize the entire process plant for higher efficiency, lower costs, and better performance.
Reactor Process Optimization improves reactor operating conditions, reaction performance, and process efficiency to increase product yield while reducing energy consumption and operating costs.
Treating the reactor as a unit operation enables better integration with upstream and downstream processes, helping improve productivity, flexibility, and overall plant economics.
Yes. Reactor process optimization helps identify opportunities for debottlenecking, revamps, feedstock changes, and process improvements without major plant modifications.
These solutions are ideal for process engineers, plant operators, EPC companies, technology developers, and chemical manufacturers looking to optimize existing or new reactor systems.