Green synthesis evaluator

Skill a5c-ai/babysitter/library/specializations/domains/science/nanotechnology/skills/green-synthesis-evaluator

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npx -y skills add a5c-ai/babysitter --skill green-synthesis-evaluator

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Sustainability assessment skill for evaluating and designing environmentally friendly nanomaterial synthesis routes

SKILL.md

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Green Synthesis Evaluator

Purpose

The Green Synthesis Evaluator skill provides comprehensive sustainability assessment for nanomaterial synthesis routes, enabling design of environmentally friendly processes through green chemistry metrics and lifecycle analysis.

Capabilities

Green chemistry metrics calculation (E-factor, atom economy)
Lifecycle assessment integration
Bio-based precursor database
Solvent sustainability scoring
Energy consumption estimation
Waste minimization strategies

Usage Guidelines

Sustainability Assessment

Green Chemistry Metrics
- E-factor = mass waste / mass product
- Atom economy = MW product / MW reactants x 100%
- Process mass intensity (PMI)
Solvent Selection
- Use GSK solvent selection guide
- Prefer water, ethanol, or bio-solvents
- Avoid chlorinated and aromatic solvents
Energy Optimization
- Minimize reaction temperatures
- Reduce processing times
- Consider microwave/ultrasonic assistance

Process Integration

Green Synthesis Route Development
Nanoparticle Synthesis Protocol Development

Input Schema

{
  "current_synthesis": {
    "precursors": ["string"],
    "solvents": ["string"],
    "temperatures": ["number"],
    "reagent_masses": ["number"]
  },
  "product_mass": "number (g)",
  "product_type": "string"
}

Output Schema

{
  "sustainability_metrics": {
    "e_factor": "number",
    "atom_economy": "number (%)",
    "pmi": "number"
  },
  "solvent_score": "number (1-10)",
  "green_alternatives": [{
    "change": "string",
    "improvement": "string",
    "feasibility": "high|medium|low"
  }],
  "overall_rating": "string"
}