Sulfur concrete, also known as waterless concrete, which can be considered as a new type of concrete among the developing concrete technologies, stands out with its unique features and advantages compared to traditional portland cement concrete. A concrete with higher strength emerges with sulphur, aggregate and various additives that become binding with heat energy without the use of water. Recently, many studies have been carried out on sulfur concrete, which has attracted the attention of scientists. Sulfur concrete, which is also used in various applications, has properties that can be applied to many areas of construction. In addition, it appears with its superior properties in important parameters such as setting time, low void ratio, high resistance to acidic and salty environment conditions. These new studies on the production of waterless concrete have strengthened the feature of using concrete as an indispensable material in the construction industry (1,2 Işıkdağ ve Topçu, 2018;). Waterless concrete has also proven that it is possible for various organizations and countries to be used on the moon. As a result of the conversion of the sulfur in the regolith layer of the moon and obtained by various methods into concrete form with heat energy, it has made it possible to build a building on the moon. In this paper, the properties of sulphurous concrete will be explained and the latest developments will be included.