AI-powered catalyst and reactor co-design.

Decrease the cycle time for catalyst design.

De-risk scale-up for chemical manufacturing.

Decrease the cycle time for catalyst design.

De-risk scale-up for chemical manufacturing.

Understand surface structure, reaction pathways, and catalytic mechanisms at the atomic level using DFT-based modeling.

Understand surface structure, reaction pathways, and catalytic mechanisms at the atomic level using DFT-based modeling.

Understand surface structure, reaction pathways, and catalytic mechanisms at the atomic level using DFT-based modeling.

Connect molecular-level chemistry to reactor performance, identifying key species, reaction pathways, and rate-limiting steps.

Connect molecular-level chemistry to reactor performance, identifying key species, reaction pathways, and rate-limiting steps.

Connect molecular-level chemistry to reactor performance, identifying key species, reaction pathways, and rate-limiting steps.

Explainable models provide deep insights into chemical mechanisms and data-driven discovery.

Explainable models provide deep insights into chemical mechanisms and data-driven discovery.

Model transport phenomena and reaction processes to capture real-world reactor behavior.

Model transport phenomena and reaction processes to capture real-world reactor behavior.

Model transport phenomena and reaction processes to capture real-world reactor behavior.

Automate end-to-end discovery—from simulation setup to analysis and optimization.

Automate end-to-end discovery—from simulation setup to analysis and optimization.

Automate end-to-end discovery—from simulation setup to analysis and optimization.

Easily deploy our solutions with leading simulation suites and laboratory data pipelines.

Easily deploy our solutions with leading simulation suites and laboratory data pipelines.

Easily deploy our solutions with leading simulation suites and laboratory data pipelines.

Collaborate with DeepChemIQ

Alyssa Hensley
Alyssa.hensley@deepchemiq.com

Fanglin Che fanglin.che@deepchemiq.com

Jiaqi Yang jiaqi.yang@deepchemiq.com

Jiaqi Yang jiaqi.yang@deepchemiq.com