Sustaink Green Toolkit
Concept Map — Green Chemistry Systems Assessment
Reaction Params GC Metrics Outcomes increases (+) decreases (−)

How to use

  • Click a node to select it
  • Click another node to connect them
  • Choose + (increases) or − (decreases)
  • Drag nodes to rearrange
  • Click a link to remove it
Direction framework
Reaction Parameters → GC Metrics → Sustainability Outcomes

Goal

Your goal is to create a concept map showing how these variables are interconnected. Focus on formula, logically, and scientifically based meaningful relationships that explain how changes in one variable may influence another within the chemical process system. Avoid weak or conditional relationships.

Results

Click Score My Map
to evaluate your causal map.
Link type:

Product

Green Chemistry Metrics
Atom Econ.
—
ratio
PMI
—
kg/kg
E-Factor
—
kg/kg
RME
—
ratio
Stoich. F.
—
ratio
Solv. Int.
—
g/g
Opt. Effic.
—
ratio
EMY
—
ratio
RMI
—
g/g
Rxn Yield
—
ratio
MRP
—
ratio
C. Effic.
—
ratio
Sustainability Outcomes
Water
—
mL/g
Energy
—
Wh/g
CO₂/g
—
g CO₂/g
Waste Gen.
—
level
Proc. Cost
—
level
Health Risk
—
level
Impact Metrics
good ok needs work
Efficiency Metrics
good ok needs work
Minimum value: 0 · Maximum value: 1
Atom Economy
RME
Optimum Efficiency
Carbon Efficiency
EMY
Reaction Yield
Process Efficiency Radial Pentagon
Normalized metrics (0-1 scale)
Advanced Mass/Energy Flows
Recovered
Lost
Water
Energy
Beaker — Product / Waste / Recovered
Product
Waste
Recovered
Quick Feedback for Energy Source and Method
Energy Source
Method

Balanced Chemical Equation

———→
Preview of Balanced Chemical Equation:
Fill above input boxes for Reactants and Products, Equation will be displayed here...
UN Sustainable Development Goals — Reaction Alignment
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