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Contamination of aquatic environments by synthetic organic pollutants from the textile, agrochemical, plastics, pharmaceutical and petrochemical industries is widespread in most developing countries such as Ivory Coast, where regulation standards for pollution are relatively flexible. These pollutants are thus released into the environment without being treated. Textile industries effluents contain chemical products that are potentially harmful, structurally diverse, toxic, carcinogenic, or mutagenic chemicals and therefore present real risks for the environment and human (Croce et al., 2017). Violet Crystal (VC) and Methyl Red (MR) are two dyestuffs widely used in the dyeing industry and fall within this toxicity range. Most methods (electrochemical oxidation (Nidheesh et al., 2018), ozonation (Wijannarong et al., 2013), electrocoagulation (Pirkarami and Olya, 2017), photo Fenton process (Sohrabi et al., 2017), nanofiltration, reverse osmosis (Nataraj et al., 2009)) used to treat wastewater containing dyes often generate toxic by-products and remain very expensive and therefore inaccessible in poor or developing countries. The technique of adsorbing pollutants on natural supports such as sawdust (Dulman and Cucu-Man, 2009), activated carbon (Baysal et al., 2018), clay (Kausar et al., 2018), groundnut shell (Liu et al., 2018), nanofibre membranes (Mousavi et al., 2018), alumina and silica (Kannan et al., 2008), banana peel (Munagapati et al., 2018), orange peels (Arami et al., 2005) are considered as an alternative solution to these problems. Lichen is a living composite organism that results from a symbiotic, mutualistic and stable self-supporting association of a heterotrophic fungus, called mycosymbiote or mycobiont and an autotrophic alga, called photosymbiotic or also photobiont. Abstract

Column adsorption of Violet Crystal and Methyl Red by deactivated lichen Parmotrema dilatatum