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SuperPro Designer Videos
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SuperPro Overview
These two videos provide an overview of the features and capabilities of
SuperPro Designer. The batch and continuous process tutorial videos that
follow present the fundamentals of the tool. The videos on cost analysis,
databanks and specific examples present more advance modeling concepts.
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Watch Part 1 |
Download the video file of Part 1 |
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Watch Part 2 |
Download the video file of Part 2 |
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Batch Process Tutorial
This video presents the fundamentals of SuperPro Designer for modeling
batch chemical, biochemical, pharmaceutical and related processes. |
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Watch Part 1 |
Download the video files |
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Watch Part 2 |
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Continuous Process Tutorial
This SuperPro Designer video focuses on modeling continuous processes that
include recycle loops. It utilizes a simple fermentation process dealing
with baker's yeast production. Convergence of recycle loops is explained in
detail. |
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Watch Part 1 |
Download the video file of Part 1 |
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Watch Part 2 |
Download the video file of Part 2 |
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Cost Analysis Tutorial
This video presents an introduction to the cost analysis capabilities of
SuperPro Designer for estimating capital as well as operating costs of
integrated chemical manufacturing and related processes. |
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Watch Part 1 |
Download the video files |
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Watch Part 2 |
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Databanks Tutorial
This video explains how to utilize the databanks of SuperPro Designer for
sharing process data and facilitating costs analysis, technology transfer,
process fitting and related tasks. |
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Watch Part 1 |
Download the video files |
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Watch Part 2 |
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Monoclonal Antibody (MAb) Production Example
This video provides an overview of the SuperPro monoclonal antibody
production example and explains a number of advanced batch process modeling
concepts. This example is included in the full as well as the evaluation
editions of SuperPro Designer. Its detailed ReadMe file provides additional
information on advanced modeling concepts. |
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Watch Part 1 |
Download the video file of Part 1 |
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Watch Part 2 |
Download the video file of Part 2 |
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Brewery (Beer Production) Example
This video provides an overview of the SuperPro brewery example. Its ReadMe
file provides additional information on a number of modeling concepts (e.g.,
energy integration) that are pertinent to brewery processes. |
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Watch the Video |
Download the video file |
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Carrageenan Extraction from Seaweed Example
This video provides an overview of the SuperPro example that deals with
extraction of carrageenan from seaweed. It includes a description of the
process and information on energy recovery opportunities, recycling of
isopropanol in pull-mode and cost analysis results. Detailed information is
available in the ReadMe file of the example. |
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Watch the Video |
Download the video file |
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Corn Refinery Example
This video provides an overview of the corn refinery example of SuperPro. A
corn wet-milling process is integrated with production of glucose and
fructose syrups. The video describes the process at a high level and
presents the results of costs analysis. It also addresses modeling of batch
steps in continuous flowsheets, recycling of materials in pull-mode, and
energy recovery approaches. More detailed information is available in the
ReadMe file of the example. |
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Watch the Video |
Download the video file |
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SchedulePro Videos |
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SchedulePro Overview
This video
provides an overview of the features and capabilities of SchedulePro. The
tutorial videos that follow present the fundamentals of the tool. |
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Watch the Video |
Download the video file |
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SchedulePro Suite Overview
This video
provides an overview of the SchedulePro Suite, which includes two satellite
applications (the WebViewer and Tracker) in addition to SchedulePro. The
WebViewer and Tracker communicate with SchedulePro via a SQL Server DB and
facilitate publishing of production schedules through the Internet and
tracking of execution of specific batches on the plant floor. |
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Watch the Video |
Download the video file |
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The Fundamentals of SchedulePro
These videos present the fundamentals of SchedulePro by explaining how to
model, schedule and manage a multi-product facility that manufacturers
medical solutions. |
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Watch Part 1 |
Download the video files |
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Watch Part 2 |
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Watch Part 3 |
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Bio-Processing
Example
These three videos focus on modeling, scheduling and capacity
analysis of a microbial biopharmaceutical facility. The example is equally
applicable to other fermentation-based bio-manufacturing facilities. The
third video focuses on sizing of purified water systems for such facilities. |
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Watch Part 1 |
Download the video file of Part 1 |
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Watch Part 2 |
Download the video file of Part 2 |
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Watch Part 3 |
Download the video file of Part 3 |
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Yogurt Example
These three video focus on production planning and scheduling of a
yogurt manufacturing facility. The role of SKUs (stock keeping units) is
explained for representing a large number of products with a small number of
recipes. This example is equally applicable to other food and consumer
product industries that utilize plants that make and package a large number
of final products. |
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Watch Part 1 |
Download the video file of Part 1 |
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Watch Part 2 |
Download the video file of Part 2 |
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Watch Part 3 |
Download the video file of Part 3 |
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Solid Dosage
Example (Production of Pharmaceutical Tablets and Capsules)
This video provides an overview of the Solid Dosage example of
SchedulePro. The concepts presented are equally applicable to consumer
product industries that manufacture a larger number of final products using
a small number of bulk intermediate materials. The role of SKUs for
minimizing the number of recipes and facilitating scheduling for a family of
products is highlighted. The ReadMe file of the example explains things in
greater detail. |
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Watch the Video |
Download the video file |
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Polymer Resins Example
This video explains how to model and schedule a multi-product facility that
manufactures polymer resins. The concepts covered are applicable to most
batch chemical manufacturing facilities. |
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Watch Part 1 |
Download the video files |
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Watch Part 2 |
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Probabilistic Modeling and Variability Analysis
This video provides a brief overview of SchedulePro’s probabilistic modeling
and variability analysis capabilities that enable users to quantify the
impact of uncertainty and variability in processing rates and operation
durations. Variability analysis is useful for estimating the realistic
throughput of a manufacturing facility. |
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Watch the Video |
Download the video file |
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Advanced Topics
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Water for Injection (WFI) System Sizing
This video presents a methodology for sizing water for injection (WFI)
systems using SuperPro Designer and/or SchedulePro. The same methodology can
be applied to the sizing of other storable materials and utilities. |
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Watch Part 1 |
Download the video files |
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Watch Part 2 |
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