assumption/scenario

The design-basis model employs nine distinct sections as described in Table 1

Section Name                     Section Description                                         Key Assumptions

• -----------is modeled on a proximate and ultimate analysis basis.
• There is scarce information in the literature that is specific to-------.
• Nonetheless, this process feedstock is modeled using information from ------.
• This ----analysis is adapted from U.S. Department of Agriculture(USDA) experimemntal data.
• The ------is specified as -to meet the requirements of this study, and other values adjusted accordingly.
•  ---------analysis is based on laboratory results, shown in ---------, and these values are not modified in the model.

Assumptions for products.
----------- generates a large cariety of --------that makes modeling efforts difficult.
Hundreds of ----have been identified in XXX(product)-the product of XXX(procedure).
A common approach is to employ model ----to represent ----------based on their significance and quabtity. This model adapts ------- from research by XXX as described in the WWW senction of this report.

Two scenarios

Two models are developed to study the performance of ---------for different scenarios:----A---and-----B----.A is ----------process that can be designed with numerous sonfigurations and scaled to carious capacities. Small pyrolysis is suitable for distributed processing scenarios that could ------.

Table X shows a description of the scearios explored in this study.

The source of -----for the -----scenario is not specified, although-----. The advantage of ----is that it maximizes-------------.

These scenarios employ many of the same process sections described in Table X and share most of the general assumptions. Assumptions for XX are identical for both scenarios: the scenarios only differ by the XXX. A employs a portion of XX . The second scenario forgos XXX. Scenarios are based on XX input.