This document will analyze the impact on the business case of different variables such as energy supply in a specific region, products prices, equipment amortization and plant scale. All supporting technologies are analyzed, and cost-effective options assessed to provide a full set of solutions for our customers.
The customer needs to provide information on the composition and volume of the emission, on the available resources on site, requested products, and logistics.
A block flow diagram is produced fitting the customer’s requirements. Each block represents a crucial discipline in the value chain, going from capturing, buffer storage, plasma processing, energy supply, etc.
Mass and energy balance are simulated over the entire value chain.
Based on real-life economic data, each process block is scoped with CAPEX and OPEX estimations as a function of GHG reduction percentage. The main criteria used are total cost of ownership and return on investment.
The input parameters of the model are mapped to identify their impact on the TCO and ROI. This will enable the identification of the critical parameters within the value chain.
We give an in-depth technical look at the plasma conversion process as process block, and explain D-CRBN’s route to market.