Suffolk County Police Commissioner Kevin Catalina joined Suffolk County Sheriff Errol Toulon and representatives from the Strohm Foundation to present a substantial donation to the Stony Brook Cancer Center. The $50,000 contribution, raised through a charity hockey game between the Suffolk County Police Department and the Sheriff’s Office, along with generous support from the Strohm Foundation, symbolizes the 50,000 individuals diagnosed with 9/11-related cancers and will directly support research aimed at better understanding and treating these conditions. The donation reflects a shared commitment to honoring victims, supporting survivors, and advancing lifesaving scientific progress.
Team SCPD delivered an impressive performance in the charity matchup, defeating the Sheriff’s Office team by a decisive 6–1 score. The game, held in November at the Clark Gillies Arena at Dix Hills Park, drew strong community turnout and showcased the camaraderie and cooperation between the two agencies. Beyond the final score, the event served as a reminder of the power of community engagement and the importance of coming together for a meaningful cause.
Following the donation, the Suffolk County Police Department shared a message of gratitude on its social media accounts, stating, “Thank you to everyone who came together to make this sizeable donation for the fight against cancer.” Their statement highlighted the collective efforts of players, organizers, donors, and attendees who contributed to the event’s success.
The collaborative donation also underscores the ongoing commitment of both law enforcement agencies and the Strohm Foundation to supporting public health initiatives across Long Island. By directing funds toward research at the Stony Brook Cancer Center, the partners hope to advance breakthroughs that will benefit those affected by 9/11-related illnesses and strengthen the region’s medical resources. As the community reflects on the event, the charitable effort stands as a testament to teamwork, generosity, and determination for future patients everywhere.