<p>Road surface deicing is one of the main purposes of electrically conductive concrete. During the past few decades, using materials with multiple properties has gained increasing importance in technological developments and provided advantages compared to the traditional use of materials. Accordingly, electrically conductive components are widely searched to apply deicing on the pavement surface. This study primarily focused on the enhancement of conductive and mechanical properties of concrete by incorporating aluminum waste into the concrete mixture, in addition to addressing recycling and reusing of these materials. Aluminum waste namely aluminum chips and aluminum powder were utilized as conductive materials in concrete. Mechanical and conductive properties of seven mixtures that contain different proportions of the conductive materials were evaluated. The results indicate that mixture CH₃P₅ depicts the best mixture in terms of mechanical strengths and the lowest electrical resistivity followed by CH₅P₃. Mixtures CH₃P₅ and CH₅P₃ were selected for heating test due to their better performance during aforementioned tests on the mixtures containing conductive materials. Under 27 V, CH₃P₅ and CH₅P₃ surface temperature increased by 33.75 and 30.05&#xa0;°C, respectively. Thus, satisfactory heating performance of waste aluminum as conductive material in concrete was confirmed.</p>