Braes Ridge Women’s Oxford House

Braes Ridge is a recovery home in Houston, TX, dedicated to providing women with a supportive environment for recovery from substance use disorder. This recovery home is designed to help individuals maintain sobriety and transition smoothly to independent living. Sober living homes, also known as recovery residences, offer the structure and peer support essential for long-term recovery success. Residents at Braes Ridge enjoy: - A safe and substance-free living environment. - Support from a close-knit recovery community. - Daily routines that encourage accountability and stability. - Access to resources in Houston, such as counseling services and employment support. Situated in Houston, Texas, this home benefits from a robust recovery network, including numerous women-specific support meetings. At Braes Ridge, residents can focus on building a sober-meaningful life in a structured and nurturing setting. For more details about Braes Ridge and our recovery-focused environment, reach out to us today. Oxford House Braes Ridge -Houston Texas Oxford House is a publicly supported, non-profit network connecting all Oxford House recovery homes or sober houses. Oxford House sober living is a concept in recovery for a democratically run, self-supporting and drug free home. Homes range from six to fifteen; there is sober living for men, sober houses for women, and some recovery homes for women with children. Read more about Oxford House and the Sober House Directory. Oxford House Braes Ridge -Houston Texas, offers sober living typically with very reasonable cost and promoting resident recovery through a peer-supported model run by the men and women in the sober house. Established in 1975 and continuing to this day, Oxford House boasts over 2,000 homes and growing across the globe. The Sober House Business Oxford House offers a platform for peer-lead recovery homes. If you are interested in opening a sober house as a business venture, get in touch with Vanderburgh Communities for more information.