The amalgamation and portrayal of porous SBA-15 and SBA-16 substances as conveyors derived from rice husk ash (RHA), which is an agrarian refuse, propose an exceedingly encouraging and groundbreaking method to greatly enhance the dissolution speed of inadequately water-soluble medications. One such medication that can greatly benefit from this approach is albendazole. By employing RHA as an eco-friendly and plentiful source, these porous materials can efficiently improve the solubility and bioavailability of albendazole, thus amplifying its therapeutic effectiveness. This innovative exploration not only tackles the difficulties linked with inadequately water-soluble medications but also adds to the sustainable utilization of agricultural refuse, rendering it an ecologically conscious resolution. The amalgamation and portrayal of these porous substances from RHA exhibit the potential of employing organic resources to cultivate sophisticated medication transportation systems, unveiling fresh pathways for pharmaceutical investigation and enhancement.