Nowadays, syngas is one of the important sources for clean energy. It is a more efficient fuel than solid biomass because it mixes more easily with oxygen than solid biomass. Consequently, it can be used to directly generate heat and power, or be converted to several types of biofuels. Date palm seeds were used as a new substance to test this technology. In this work, different forms of date palm seeds were used, and different flow rates of ionize gas (Argon ) were tested. Many gases were produced from the gasification process (Table 1 and Figure 4), but the focus was on CO production, which is considered as the main resource for biogas and renewable energy. Syngas production (CO) yielded a maximum rate from the first sample (full seeds), followed by the third sample (powdered seeds). The sample of crushed seeds yielded the least syngas (See Fig. 5). These results prove that date palm seeds do not need to any pre-treatment (milling) to improve biogas production, which is economically the best option. Full seeds have a higher percentage of gas-production because their milling causes internal cellulose and sugar loss.