AgentSkillsCN

Analyze Chemical Safety

分析化学品安全

SKILL.md

Skill: Analyze Chemical Compound Safety

Domain

chemicals

Description

Evaluates chemical compounds and mixtures for safety compliance, hazard classification, and handling requirements based on GHS standards and proprietary safety thresholds.

Tags

chemicals, safety-compliance, ghs-classification, hazard-assessment, regulatory

Use Cases

  • •New compound safety assessment
  • •SDS (Safety Data Sheet) generation support
  • •Chemical compatibility checking
  • •Transportation classification

Proprietary Business Rules

Rule 1: Exposure Limit Calculation

Proprietary exposure limits based on toxicological data and safety factors specific to industrial applications.

Rule 2: Mixture Hazard Classification

Hazard classification for mixtures using proprietary algorithms beyond standard GHS calculations.

Rule 3: Incompatibility Matrix

Chemical incompatibility rules based on internal incident data and reaction studies.

Rule 4: PPE Requirements

Personal protective equipment requirements based on exposure scenario and compound properties.

Input Parameters

  • •compound_id (string): Internal compound identifier
  • •chemical_formula (string): Chemical formula or CAS number
  • •concentration (float): Concentration percentage
  • •exposure_route (string): Inhalation, dermal, ingestion
  • •exposure_duration (string): Acute, short-term, chronic
  • •mixing_compounds (list): Other compounds in mixture

Output

  • •hazard_classification (dict): GHS hazard categories
  • •exposure_limits (dict): OEL, PEL, TLV values
  • •ppe_requirements (list): Required protective equipment
  • •handling_instructions (list): Safe handling procedures
  • •incompatibilities (list): Incompatible materials

Implementation

The safety analysis logic is implemented in safety_analyzer.py and references hazard data from CSV files:

  • •compounds.csv - Reference data
  • •incompatibility_matrix.csv - Reference data
  • •parameters.csv - Reference data.

Usage Example

python
from safety_analyzer import analyze_safety

result = analyze_safety(
    compound_id="CHEM-2024-001",
    chemical_formula="CH3OH",
    concentration=99.5,
    exposure_route="inhalation",
    exposure_duration="short-term",
    mixing_compounds=["H2O"]
)

print(f"Hazard Class: {result['hazard_classification']}")

Test Execution

python
from safety_analyzer import analyze_safety

result = analyze_safety(
    compound_id=input_data.get('compound_id'),
    chemical_formula=input_data.get('chemical_formula'),
    concentration=input_data.get('concentration', 100),
    exposure_route=input_data.get('exposure_route', 'inhalation'),
    exposure_duration=input_data.get('exposure_duration', 'acute'),
    mixing_compounds=input_data.get('mixing_compounds', [])
)