Hiden Analytical to Attend Process Safety, Energy and Environment 2026

Hiden Analytical will attend Process Safety, Energy and Environment 2026 (PSEE 2026), a focused one day symposium addressing risks and technology led solutions at the intersection of process safety, sustainable energy systems, and environmental protection. The event is scheduled for 27 February 2026 at the Indian Institute of Technology Guwahati in Guwahati, India. Keshab Maikup of Partech, the company’s Indian representatives, will represent Hiden.

PSEE 2026 concentrates on cross-disciplinary insights for chemical and allied process industries facing expanding operations, rising energy demand, and heightened safety and environmental expectations. The symposium brings together industry, academia, researchers, policymakers, and students to exchange applied insights, discuss best practices, and explore pathways to improve risk mitigation, energy efficiency, and sustainability across process operations.

What to Expect?

• A one day technical symposium and exhibition focused on the intersection of process safety, energy systems, and environmental performance.
• Cross-disciplinary discussion spanning risk engineering, safe scale-up, hazard identification and mitigation, and operational integrity, with an emphasis on translating research into deployable practice.
• Strong relevance to measurement driven decision making: case studies where analytical data supports incident prevention, root cause investigation, and barrier verification (eg early detection of abnormal chemistry, leaks, or off spec process conditions).
• Energy transition coverage likely to include hydrogen and alternative fuels, electrification, and low-carbon process pathways, where safety and emissions constraints must be designed in—not retrofitted.
• Environmental topics framed through the lens of compliance and continuous improvement, including VOC/trace contaminant monitoring, abatement verification, and quantitative reporting (measurement uncertainty, detection limits, calibration strategy).

Hiden Analytical at Process Safety, Energy and Environment 2026

• Showcasing how gas analysis and mass spectrometry support preventative process safety—from identifying trace precursors to flagging early-stage deviations before incidents.
• Application led conversations around:
  • Leak detection and ingress diagnostics in vacuum/process toolchains (air/water/hydrocarbon signatures).
  • Off-gas and byproduct tracking to validate safe operating windows during process development and scale-up.
  • Abatement and scrubber performance verification using time-resolved gas composition data.
• Technical demonstrations highlighting measurement priorities that matter to safety and EHS teams:
  • Low-level detection of trace contaminants that drive corrosion, poisoning, runaway risk, or product instability.
  • Fast response to capture transient releases and process upsets.
  • Quantitative confidence through calibration pathways, stability, and uncertainty awareness for defensible reporting.
• Positioning Hiden solutions as enabling infrastructure for digital safety and sustainability workflows: turning analytical signals into actionable KPIs such as deviation detection, barrier health indicators, and emissions performance tracking.
• On stand support for scoping studies including guidance on sampling interfaces, materials compatibility, management of condensables and particulates, and data integration spanning lab to plant continuity, trending, alarms, and historian connectivity.
• Takeaways for scientific marketing readers: real world narratives linking instrument capability to measurable process insight and reduced safety and environmental risk aligned to the event remit.

Event Dates: February 27, 2026.

Location: Indian Institute of Technology Guwahati, Guwahati, India.

Hiden Analytical will outline how gas analysis and mass spectrometry support preventative process safety and environmental performance.

Hiden Analytical will provide on stand support for scoping studies and demonstrate measurement driven safety and environmental performance capabilities.