The industrial sector plays a significant role in global energy consumption and greenhouse gas emissions, making it essential to decarbonize to achieve the UN's net-zero emissions goal by 2050. The Industrial Zero Emissions Calculator (IZEC) offers a strategic tool to navigate the complex road towards zero-carbon industry. It highlights the importance of employing technologies like renewable energy, electrification, hydrogen, bioenergy, and carbon capture to eliminate industrial climate pollution. The IZEC emphasizes the need for thoughtful choices in decarbonization strategies to avoid inefficient solutions that may hinder progress. By prioritizing electrification powered by clean electricity, supplemented by bioenergy, clean hydrogen, and carbon capture, the U.S. could potentially eliminate industrial emissions within 30 years. The tool also sheds light on the challenges posed by overreliance on specific technologies. For instance, relying solely on green hydrogen for industrial energy needs could triple the U.S. electricity demand, while bioenergy usage would require repurposing a significant portion of agricultural land. Carbon capture, though effective, comes with substantial capital investments. By offering customizable scenarios and preset strategies, the IZEC enables users to explore different pathways for industrial decarbonization in regions like the U.S., India, China, the European Union, and globally. It emphasizes the importance of balancing resource needs, electricity demand, land use, and other impacts to achieve sustainable industrial practices. The tool's findings are optimistic, indicating viable pathways to industrial decarbonization if chosen wisely and with an understanding of the implications of technology choices.