Addressing　extensive　global　goals　including　growing　energy-sourced　electricity　and　advancing　sustainable　development　plans　strongly　depends　on　natural　gas　as　a　transition　fuel　to　renewable　forms　of　energy.　Therefore,　by　using　pooled,　random,　and　fixed-effects　models,　the　current　study　investigates　the　effects　of　electricity　sourced　from　natural　gas　(ENG),　renewable　energy　(RE),　and　trade　in　information　and　communication　technologies　(ICTs)　on　economic　growth　and　carbon　dioxide　(CO2)　emissions　in　Africa＇s　top　three　natural　gas　producers,　Algeria,　Egypt,　and　Nigeria,　from　1990　to　2020.　The　findings　indicate　that　CO2,　ENG,　ICT　trade,　and　urbanization　(UP)　are　all　strongly　and　positively　correlated　to　economic　progress,　with　the　exception　of　RE,　which　has　an　insignificant　influence.　For　the　environment,　data　indicate　that　RE　and　GDP　degrade　the　environment　while　ENG　and　ICT　trade　boost　it.　The　causality　results　that　ENG　and　RE　cause　both　economic　growth　and　CO2　emissions.　Based　on　these　empirical　results,　it　is　recommended　that　policymakers　should　step　up　their　efforts　to　usage　natural　gas　as　a　transition　fuel　to　renewable　energy　sources　and　acknowledge　the　advantages　of　the　significant　contribution　that　green　ICT　trade　can　make　to　economic　advancement　and　a　clean　environment.