CARBON CAP SYSTEM (CC-S)
CC-S is a process-centric analysis to aid equipment selection, design, and
process evaluations in support of carbon footprint valuations, emissions
reduction projects, and sustainable decision making.
Often, choosing one manufacturing solution over another involves tradeoffs that are difficult to
quantify. CC-S uses life cycle analysis (LCA) methodologies to quantify and compare
environmental costs of ownership, EHS profiles, and the carbon footprints of manufacturing
processes. CC-S tracks flows of inputs and outputs for energy, utilities, and gaseous, liquid,
or solid chemical precursors and by-products. CC-S uses process models for predictive
evaluations, and client-defined performance metrics to arrive at informed decisions.
CC-S integrates uncertainty and risk by using Monte Carlo simulations, providing powerful
modeling tools to analyze and compare complex manufacturing processes. With CC-S you can
build models of your own manufacturing processes, input consumption and costs tailored to your
own operations, evaluate interactions between hundreds of input parameters, and run ‘what if’
scenarios. By using predictive evaluations of the cost or efficiency of a project, you can compare
technologies and process solutions to reduce emissions at the lowest possible cost.
Whether you need to quantify the carbon and EHS footprints of your unique process, or want to
know which technology will provide you the best performance, CC-S helps you evaluate your
options, and make the right decisions.
To learn more about how CC-S can help with your sustainability initiatives,
please request the CC-S brochure here
process evaluations in support of carbon footprint valuations, emissions
reduction projects, and sustainable decision making.
Often, choosing one manufacturing solution over another involves tradeoffs that are difficult to
quantify. CC-S uses life cycle analysis (LCA) methodologies to quantify and compare
environmental costs of ownership, EHS profiles, and the carbon footprints of manufacturing
processes. CC-S tracks flows of inputs and outputs for energy, utilities, and gaseous, liquid,
or solid chemical precursors and by-products. CC-S uses process models for predictive
evaluations, and client-defined performance metrics to arrive at informed decisions.
CC-S integrates uncertainty and risk by using Monte Carlo simulations, providing powerful
modeling tools to analyze and compare complex manufacturing processes. With CC-S you can
build models of your own manufacturing processes, input consumption and costs tailored to your
own operations, evaluate interactions between hundreds of input parameters, and run ‘what if’
scenarios. By using predictive evaluations of the cost or efficiency of a project, you can compare
technologies and process solutions to reduce emissions at the lowest possible cost.
Whether you need to quantify the carbon and EHS footprints of your unique process, or want to
know which technology will provide you the best performance, CC-S helps you evaluate your
options, and make the right decisions.
To learn more about how CC-S can help with your sustainability initiatives,
please request the CC-S brochure here
