To test the applicability of the phoretic interaction for removing the remnants of the personal care products, individual catalytic micromotors are mixed with the extracts. As displayed in Figure (Video S4), the extracts from sample 11 consisting of zeolite, are collected rapidly by micromotors in 0.1% H2O2 solution with UV light illumination. This indicates that the phoretic interaction can be applied to collect not only laboratory synthetic sample but also real samples from daily life. However, despite the promising results employing phoretic interactions for microparticles removal, adding peroxide is not ideal for environmental applications. Therefore, another removal strategy independent of the employed fuel is highly desired. Generalizing, one can say that the effect achieved by phoretic interactions strongly resembles pushing the passive particles. Here we want to test the hypothesis, that we can achieve efficient 'pushing' independent from the phroetic interaction origin in peroxide, and that we can still remove passive particles by this pushing effect.