Many offline-first applications use an embedded relational database, such as SQLite, to manage their data. The replication of the database eases the addition of collaborative features to its applications. Most of the approaches for replicating a relational database require coordination at some extent. A few approaches propose a coordination-less replication to allow offline work. These approaches are limited in two ways: (i) They do not respect Strong Eventual Consistency that states that two replicas converge as soon as they integrate the same set of modifications; (ii) They fail to preserve the combined effect of operations' intent in complex scenarios. We propose Synql, an approach based on Conflict-free Replicated Data Types (CRDTs) that addresses these two limitations. Synql relies on a replicated state defined by the composition of CRDT primitives. The state of the database is computed over the replicated state. The user modifications are compensated so that the computed state corresponds to what the users saw and changed.