K2 smuggling spikes in prisons

Synthetic cannabinoids are turning prison contraband into something much harder to control. Not a baggie. Not a pill. Often just paper — letters, drawings, book pages, even Bibles — soaked with chemicals that can be smoked in tiny pieces. That matters because the drug people inside usually call K2 is cheap, potent, and wildly unpredictable. And in the past few months, the clearest picture of the problem came into focus in Ohio, with fresh examples from Texas and a federal prison in Massachusetts showing this is not one state’s mess. ### What actually changed? The big shift was visibility. A March 29 investigation by The Marshall Project and Ohio newsrooms pulled together autopsies, police files, court records, surveillance footage, and more than 56,000 prison drug seizures since 2020. The picture was ugly — drug-soaked paper is now the most commonly found drug in Ohio prisons, and it is tied to violence, overdoses, and deaths. (themarshallproject.org) ### Why is paper such a problem? Because paper barely looks like contraband. Synthetic cannabinoids can be dissolved into liquid and sprayed or painted onto mail. Once it dries, a sheet can be cut into tiny doses and traded inside. The forensic alert released in March spelled out why correctional settings are vulnerable — these compounds work at very low doses, they are easy to smuggle, and the same paper can be smoked, vaped, chewed, or brewed. (themarshallproject.org) ### Why is K2 worse than ordinary marijuana? Because it is not really “fake weed” in the casual sense people imagine. Many of these compounds hit the brain’s cannabinoid receptors much harder than THC does. The March forensic alert highlighted MDMB-4en-PINACA and 5F-ADB as two of the dominant compounds in 2026, and both are far more potent than THC. That helps explain the chaos prisons describe — agitation, psychosis, seizures, collapse, and sudden medical emergencies instead of a predictable high. (cfsre.org) ### What does that look like inside prison? In Ohio, incarcerated people described cellblocks full of men passing out, twitching, stumbling, and acting aggressively. The investigation tied K2 use not just to overdoses but to a broader breakdown in safety. One Ohio prisoner, Jayson Murphy, died after smoking partially burned paper that later tested positive for potent synthetic drugs. His death became one example of a system struggling to stop the flow or trace where it came from. (cfsre.org) ### How big is the spike? The starkest figure came from Ohio’s 2024 deaths. The Marshall Project investigation found at least 13 incarcerated people fatally overdosed on K2 in 2024, up from three the year before. Another Ohio account of the same reporting said prison officials had completed death investigations showing 10 fatal overdoses in 2024, with synthetic cannabinoids killing more people in Ohio prisons than fentanyl. The exact count may still move as investigations finish, but the direction is not subtle. (themarshallproject.org) ### How is it getting in? Every route you would guess — and a few you would rather not. Ohio reporting described drugs coming in through staff, visitors, fence tosses, and drones. Texas officials said much the same this month, adding legal mail, drawings, and books to the list. A federal case out of FMC Devens in Massachusetts showed the low-tech version clearly: a visitor passed K2-laced papers directly to an inmate. Basically, if paper can enter a facility, paper can become the delivery system. (themarshallproject.org) ### Why can’t prisons just test for it? The catch is the chemistry keeps moving. Synthetic cannabinoids are a rotating class of compounds, and some are designed to evade standard detection. Texas prison officials said the drugs are engineered to slip past traditional methods. Ohio officials have tried countermeasures like fence netting, while Texas says it has changed mail policy, expanded detection tech, and increased staff training since 2023. (themarshallproject.org) But none of that looks like a clean fix yet. ### So what’s the bottom line? This is no longer a niche contraband story. It is a prison health and safety story. The same traits that make K2 attractive to smugglers — tiny doses, paper delivery, shifting chemistry — also make it brutal for prisons to police and dangerous for medical staff to manage. And the recent Ohio, Texas, and federal cases suggest the problem is spreading faster than the systems built to catch it. (themarshallproject.org)