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10/10/2026

Palm-sized. Lives in my EDC backpack. Goes everywhere — hikes, job sites, standbys, travel.

This is a sick call kit — the civilian cousin of the military’s CWMP (Combat Wound Medication Pack). It’s not trauma gear. It’s the stuff that keeps a bad day from ending your day.

The build: a small fishing tackle box with labeled compartments. A piece of sterile gauze packed inside keeps everything from rattling and shifting. Cheap, compartmentalized, and small enough that there’s no excuse not to carry it.

One trick worth stealing: I put a small slip of paper with the expiration date inside each compartment. When something gets rotated out, I swap the slip instead of relabeling the whole compartment. Takes seconds and means I always know what’s current.

Build around categories, not brand names. What goes in yours depends on your medical history, your prescriptions, and where you operate. The categories are what matter:

→ Pain management
→ Anti-inflammatory
→ Antibiotics
→ Anti-nausea
→ Allergy / reaction
→ GI and acid control
→ Daily maintenance medications
→ Alertness — when absolutely necessary
→ Sleep — when rest is the mission

On the blacked-out labels: those are prescription compartments. I carry them legally as prescient and a responder under organizational medical control. You carry what you’re prescribed, nothing else, and you never share prescription medication with anyone. 😉😉That’s not caution — that’s the law.

Full OTC recommendations — including one item most people are missing and one that doesn’t work — in the pinned comment. ⬇️

Deus Vult Illud. God Wills It.

📌 Tag someone whose EDC is missing this.

10/08/2026
10/07/2026
10/07/2026
10/01/2026

☢️ TODAY IN HAZMAT HISTORY — SEPTEMBER 30, 1999

TOKAIMURA NUCLEAR CRITICALITY ACCIDENT
Tokaimura, Japan

At 10:35 a.m., workers at a uranium-processing facility poured an enriched-uranium solution directly into a precipitation tank. The tank received approximately seven times its established mass limit, allowing an uncontrolled nuclear chain reaction—known as a criticality—to begin.

Three workers received severe radiation exposures and developed acute radiation syndrome. Two later died. The criticality continued intermittently for approximately 20 hours before responders ended the reaction.

Authorities evacuated 161 people living within approximately 350 meters of the facility, and nearly 310,000 people within about 10 kilometers were advised to remain indoors for approximately 18 hours.

INDIANA OPERATIONAL TAKEAWAYS

▪️ Radiological emergencies are not limited to nuclear power plants. Indiana responders may encounter radioactive materials at hospitals, industrial radiography operations, manufacturing facilities, fixed-gauge locations, research institutions, recycling facilities and during transportation incidents.

▪️ Instrument selection matters. Teams should know which instruments measure gamma dose rate, detect contamination and provide personal dosimetry—and whether neutron-detection capability is available. An alarm identifies a hazard; it may not fully characterize it.

▪️ Establish control zones using verified readings. Limit personnel, maximize distance, use available shielding and continuously track responder dose. Do not send personnel closer simply to obtain a better reading without defining the operational benefit.

▪️ Separate exposure from contamination. Someone may receive a significant radiation dose without radioactive material being deposited on their clothing or body. Survey findings should drive decontamination decisions.

▪️ Know where specialized assistance will come from. If your team does not carry the necessary instruments or technical expertise, the time to identify those resources is before an incident.

INDIANA’S CHANGING ROLE

On September 24, 2026, Indiana became the nation’s 41st NRC Agreement State. Indiana is assuming responsibility for regulating more than 200 licenses involving radioactive materials used in medicine, industry and academia.

For responders, this reinforces an important point: radioactive materials are already present in communities throughout Indiana. Coordination between local hazmat teams, emergency management, facility radiation-safety personnel and IDHS should be part of pre-incident planning.

DISCUSSION

Does your team know where radioactive materials may be used, stored or transported within your jurisdiction?

Can personnel explain the capabilities and limitations of your radiation instruments, track responder dose and identify where additional instruments and technical support will come from?

Indiana may not have an operating commercial nuclear power plant, but radiological hazards are used—and transported—throughout the state. A prepared response begins with knowing the hazards, the instruments and the support system before an alarm activates.

Sources:

International Atomic Energy Agency — Tokaimura Fact-Finding Report
https://www-pub.iaea.org/MTCD/Publications/PDF/TOAC_web.pdf

IAEA — Lessons Learned from the JCO Nuclear Criticality Accident
https://www-ns.iaea.org/downloads/iec/tokaimura-report.pdf

Indiana Department of Homeland Security — Hazmat and Radiation Programs
https://www.in.gov/dhs/fire-and-building-safety/fire-investigations/hazmat-and-radiation/

Nuclear Regulatory Commission — Indiana Becomes the 41st State to Assume Oversight of Radioactive Materials
https://www.nrc.gov/about-nrc/news-releases/2026/indiana-becomes-41st-state-assume-oversight-radioactive-materials

09/30/2026

⚠️ TODAY IN HAZMAT HISTORY — SEPTEMBER 29, 2024

BIO-LAB FIRE AND TOXIC GAS RELEASE
Conyers, Georgia

At approximately 5:00 a.m., heat, smoke and chemical off-gassing were discovered inside a warehouse storing nearly 14 million pounds of pool-treatment chemicals.

The CSB determined that a corroded sprinkler-system component failed, allowing water to contact chlorinated isocyanurates. The reaction generated heat, activated additional sprinklers and exposed more material to water. Although the first visible fire was extinguished, decomposition continued and a larger fire developed around noon.

The incident produced a massive plume containing chlorine, hydrogen chloride, bromine and other substances. Approximately 17,000 people were evacuated, about 90,000 were advised to shelter in place and the emergency response lasted 17 days. No injuries were reported.

This was not the first serious incident involving Bio-Lab’s pool chemicals. A previous Bio-Lab fire in Westlake, Louisiana, also involved water contacting chlorinated products and generated a toxic plume. The recurrence highlights a critical lesson: previous incidents must lead to specific changes in storage, inspection, training, pre-incident planning and response procedures—not simply be documented after the fact.

OPERATIONAL TAKEAWAYS

▪️ Identify the products, quantities and storage configuration before committing personnel or selecting tactics.

▪️ Account for every source of water—including leaking piping, activated sprinklers and fire streams. Determine where the water is moving and how it may affect the involved materials.

▪️ Review previous incidents involving the facility, company or materials. Ask what happened, what recommendations were made and whether those lessons were actually implemented.

▪️ Visible fire control does not mean the reaction has stopped. Continue thermal assessment, air monitoring and structural evaluation for hidden or expanding decomposition.

▪️ Select instruments for the expected gases. This incident required consideration of chlorine, hydrogen chloride, bromine and other decomposition products.

▪️ Establish monitoring-based triggers for evacuation, shelter-in-place and reentry. Community protective actions may continue long after visible fire conditions improve.

DISCUSSION

At a facility storing bulk pool chemicals, could your team quickly determine what is stored, where water is flowing, which instruments are needed and what monitoring results would trigger protective actions?

Could your team also identify relevant previous incidents and explain how their lessons changed your current response plan?

The CSB found that lessons from previous incidents involving similar materials had not been effectively applied throughout the organization. Incident history has value only when its lessons are incorporated into planning, inspections, training and response procedures.

Sources:

U.S. Chemical Safety and Hazard Investigation Board
https://www.csb.gov/bio-lab-inc-conyers-fire-and-chemical-release/

CSB Final Investigation Report
https://www.csb.gov/file.aspx?DocumentId=6339

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