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The Co catalyst using hydrotalcite-derived Mg(Al)O as support shows promising catalytic activity for low-temperature CH4-CO2 reforming. Under a wide range of reaction conditions, that is T = 773–1023 K, CH4/CO2/N2 = 25/25/50–50/25/25, WHSV = 60,000–120,000 mL h−1 g−1, and TOS = 25–200 h, the Co catalyst exhibits stable activity and high coke resistance. The performance is superior to the Ni counterpart...
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