The　embedded　spherical　cellulose　adsorbent　(ESCA)　was　prepared　by　the　thermal　solution-gel　transition　technique　using　masson　pine　kraft　pulp　cellulose　as　materials,　and　the　adsorption　of　berberine　hydrochloride　was　studied.　Black　wattle　extract　was　embedded　in　cellulose　matrix　in　cellulose　regeneration　process.　The　results　showed　that,　the　embedded　spherical　cellulose　adsorbent　with　98.26%　of　encapsulation　efficiency　for　black　wattle　extract　could　be　obtained　under　the　optimal　conditions　(1.00%　of　black　wattle　extract　dosage,　6.67%　of　calcium　carbonate　dosage,　3.33%　of　gelatin　dosage　and　0.50%　of　sodium　oleate　dosage).　The　moisture　content　of　ESCA　was　73.2%,　and　the　specific　surface　area　was　436.2　m2/g.　The　adsorption　percentage　and　the　equilibrium　adsorption　capacity　of　berberine　hydrochloride　by　ESCA　could　reach　95.28%　and　23.82　mg/g,　respectively,　under　such　conditions　as　200　mg/L　of　berberine　hydrochloride　concentration,　4　of　the　solution　pH,　3.0　h　of　the　adsorption　time　and　30°C　of　the　adsorption　temperature.