The shrimp aquaculture industry has grown significantly recently, with a notable shift towards more intensive and super-intensive farming practices. While this intensification offers increased production and economic benefits, it raises concerns about energy usage and environmental impact. Aeration systems are crucial in shrimp aquaculture, particularly in intensive and super-intensive setups. However, the operation of mechanical aerators requires substantial energy input. Additionally, intensive shrimp farming can result in wastewater containing high levels of pollutants, posing a threat to the surrounding ecosystem if not appropriately managed. To address these challenges, there has been a focus on implementing advanced technologies in aeration and wastewater management within shrimp farming. These technologies aim to minimize energy consumption and mitigate the environmental impacts. This review highlights recent advanced technologies for aeration and wastewater management in shrimp farming, helping practitioners make informed decisions about adopting innovative approaches. Furthermore, this review provides insights into the perspectives of aeration and wastewater treatment technologies, offering guidance to farmers on selecting the most suitable techniques based on their specific practices. By embracing sustainable approaches to aeration and wastewater management, shrimp farmers can contribute to the industry's long-term viability while minimizing its ecological footprint.