Expert Support
PROCESS SAFETY STUDIES

Every Study.
Precisely Executed.

Thermal analysis, powder safety, and specialized characterization built for pharmaceutical, chemical, and industrial sectors.

Our Services

Comprehensive thermal hazard characterization and specialized micro-testing, engineered for precise safety scaling and regulatory compliance.

Reaction Calorimetry (RC1mx)
CORE SAFETY STUDY

Reaction Calorimetry (RC1mx)

Detailed thermal and kinetic profiles for safe scale-up. Measures heat flow, reaction enthalpy, and thermodynamic behavior using Mettler Toledo systems.

Timeline5–7 days
Differential Scanning Calorimetry (DSC)
CORE SAFETY STUDY

Differential Scanning Calorimetry (DSC)

Detect exothermic and endothermic events. Critical for assessing material stability and compatibility across controlled temperature ranges.

Timeline3–5 days
Accelerating Rate Calorimetry (EsRAC)
CORE SAFETY STUDY

Accelerating Rate Calorimetry (EsRAC)

Simulate extreme conditions and identify runaway hazards. Essential for large-scale safety and identifying self-heating behavior.

Timeline5–7 days
Rapid Screening Device (RSD)
CORE SAFETY STUDY

Rapid Screening Device (RSD)

Fast preliminary thermal hazard screening. Quick insights into reactants and intermediates before full-scale DSC or ARC studies.

Timeline2–3 days
Dust Explosion Screening
SPECIALIZED STUDY

Dust Explosion Screening

Preliminary assessment of powder combustibility to identify potential hazards at an early stage.

Timeline4–6 days
Minimum Ignition Energy (MIE)
SPECIALIZED STUDY

Minimum Ignition Energy (MIE)

Determine the lowest energy required to ignite dust clouds. Essential for electrostatic safety design.

Timeline3–4 days
Minimum Ignition Temp (MIT)
SPECIALIZED STUDY

Minimum Ignition Temp (MIT)

Identify cloud ignition temperatures on hot surfaces. Crucial for dryers and process equipment safety.

Timeline3–4 days
Burning Behaviour Studies
SPECIALIZED STUDY

Burning Behaviour Studies

Classify powder flammability and burning intensity for safe storage and handling compliance.

Timeline2–3 days
Kst, Pmax, MOC, LOC, MEC
SPECIALIZED STUDY

Kst, Pmax, MOC, LOC, MEC

Comprehensive explosion parameters (Deflagration Index, Max Pressure, Oxygen Limits) for protection system design.

Timeline4–5 days
Shock & Impact Sensitivity
SPECIALIZED STUDY

Shock & Impact Sensitivity

Evaluate mechanical shock sensitivity. Ensures safety during transportation, grinding, and milling.

Timeline2–3 days
Layer Ignition Temp (LIT)
SPECIALIZED STUDY

Layer Ignition Temp (LIT)

Determine ignition temperatures of powder layers to prevent fires from surface accumulation.

Timeline2–3 days
Charge Decay Analyzer
SPECIALIZED STUDY

Charge Decay Analyzer

Assess electrostatic charge dissipation rates. Critical for powder handling and transfer safety.

Timeline2–3 days

Our Study Packages

Bundled for faster timelines, comprehensive reporting, and regulatory readiness.

01 / 04

Thermal Safety Essentials

Reaction heat + onset temperatures

  • Reaction Calorimetry Study
  • DSC — Differential Scanning Calorimeter
  • Rapid Screening Device (RSD)
7–10 working days
02 / 04

Thermal Safety Comprehensive

Full thermal hazard profile

  • Reaction Calorimetry Study
  • DSC — Differential Scanning Calorimeter
  • Rapid Screening Device (RSD)
  • Accelerating Rate Calorimetry (ARC)
10–14 working days
03 / 04

Powder Safety Suite

Complete electrostatic + explosion profile

  • All 8 Powder Safety Tests
  • Kst and Pmax
  • Full Powder Safety Report
15–20 working days
RECOMMENDED
04 / 04

Complete Process Safety Audit

USFDA / CDSCO / REACH ready

  • Reaction Calorimetry Study
  • All Thermal Stability Studies
  • All 8 Powder Safety Tests
  • Consulting & Risk Assessment
  • Process Safety Report (PSR)
21–28 working days

Not sure which study you need?

Our consultants will review your process and recommend the right studies. No obligation.