Nitrogen IG100 Clean Agent Fire Fighting System For Laboratories

IG100 clean agent fire suppression system is a cutting-edge solution specifically engineered for laboratory environments. This system utilizes a sophisticated blend of inert gases, primarily nitrogen, which are meticulously selected for their non-reactive properties, ensuring the preservation of sensitive laboratory equipment and samples. Unlike traditional fire suppression methods that may leave residue or cause damage to delicate instruments, the IG100 clean agent fire suppression system operates in a totally clean and efficient manner. It offers rapid fire knockdown capabilities, effectively suppressing fires at an early stage without the risk of overheating or thermal shock to surroundings. The discharge process is smooth and controlled, minimizing any potential disruption to the laboratory's critical operations. Furthermore, the system is designed with user safety in mind, as it does not cause a sudden drop in temperature upon discharge, eliminating the possibility of hypothermia or shock to personnel in the vicinity. Its advanced detection and activation mechanisms ensure precise response to fire incidents, activating only in the presence of a confirmed fire, thus avoiding unnecessary releases and conserving the agent for real emergencies.

 
 
Application:
 

1. Chemistry and Biochemistry Labs
In labs handling flammable liquids and reactive chemicals, the IG100 system provides critical protection. For example:
Fume Hood Fires: When volatile solvents like methanol ignite in fume hoods, the system’s rapid agent deployment suppresses fires before they spread to adjacent storage cabinets.
Synthesis Reactors: In automated synthesis labs, the IG100 clean agent fire suppression system protects high-value reactors and prevents contamination of experimental batches during fire events.

2. Biology and Microbiology Labs
These labs often store biological samples, genetic materials, and sterile cultures:
Cold Storage Rooms: The system’s low-temperature compatibility (-40°C to 80°C) ensures safe activation in freezers and cryogenic tanks, preserving samples without frost or moisture damage.
Cell Culture Facilities: In aseptic environments, the residue-free agent maintains ISO 7 cleanroom standards, preventing microbial contamination post-fire.

3. Physics and Engineering Labs
For labs with high-voltage equipment or industrial-grade machinery:
Electrical Testing Rooms: The non-conductive nitrogen agent safely suppresses fires in power supply units or electromagnetic testing chambers, protecting expensive prototypes.
Robotics Labs: In autonomous systems research, the IG100 system’s quick recovery (≤2 hours) minimizes downtime for robotic arms and AI-controlled equipment.

4. Pharmaceutical and R&D Labs
In pharmaceutical development facilities:
API Synthesis Suites: The system suppresses fires in closed-loop synthesis systems without contaminating high-potency active pharmaceutical ingredients.
Stability Testing Labs: Sensitive drug formulation tests are safeguarded by the agent’s non-reactive nature, ensuring no interference with long-term storage experiments.

5. Academic and Government Research Labs
These institutions require systems that meet strict safety audits:
University Research Centers: The IG100 system’s compliance with NFPA 45 (Standard on Fire Protection for Laboratories Using Chemicals) makes it a preferred choice for campus labs.