[Objective] Considering the interactions of water, land, energy, and carbon, the impact factors and contribution of industrial carbon emissions were studied to provide suggestions to Tianjin's emission reduction decision-making bodies.[Methods] The industrial carbon emissions of Tianjin City were calculated, and a logarithmic mean divisia index was used to calculate industrial carbon emissions by introducing water and land factor to the Kaya identity.[Results] From 2004 to 2018, all industrial carbon emissions of Tianjin City showed a staged upward trend. The economic output of industrial water resources and population promoted the industrial carbon emissions of Tianjin City, and the former was the main driving factor. Water and land factor had an inhibitory effect on industrial carbon emissions. Carbon emission intensity was a promoting factor for agricultural carbon emissions, while it was an inhibitory factor for other industrial carbon emissions. Land area per capita was an inhibitory factor for agricultural carbon emissions, while it was a promoting factor for other industrial carbon emissions. The changes in the impact of land and water resources on carbon emissions in various industries agreed well with the changes in the matching degree of water and land resources. The water consumption per unit land area increased, and the promotional effect of water and land resources on carbon emission became stronger.[Conclusion] To save energy and reduce emissions, water-saving industries should be developed, and urban water and soil development and utilization should be optimized to enable water and land resources to inhibit carbon emissions.