Material Discovery & Development
Revochemix uses the AI+Autonomous platform to build a close-loop and self-optimized workflow to accelerate the new materials R&D. The high throughput experiment (HTE) technique empowers our scientists and partners to run massive parallel trials and quickly discover the best materials or processes to scale up.
01 10X+ Faster Promoter Screening
Discovering the best reagents, solvents, and catalysts through massive parallel chemical synthesis (10x or faster vs. conventional experiments).
02 99% or Greater Cost Saving
Artificial intelligence algorithms learn from past experiments and iteratively design the next batch of trials to maximize multiple objectives in minimum steps.
03 Integrated Continuous Process Solution
Revochemix has developed multiple zeolites for the selectivity of reaction and adsorption. To collaborate with our partners, those materials can be integrated into the synthesis reactors or post-process devices in order to provide a low-energy high-productivity solution.
04 AI Prediction-to-Explanation
Artificial intelligence models are enabled by in-house high-quality, standardized data while XAI(Explainable AI) models help our scientists and partners make better decisions with higher confidence.
Accelerating Experiments From Lab to the Market Success
There is no one size fits all partnership. We find the best solution to reach your materials R&D and business success goals using our AI+Autonomous platform.
Collaborative New Materials and Process Development
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Molecules screening
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Reaction screening
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AI predictive models
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AI design of experiments
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IP strategies
Batch-to-flow Process Development
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Flow process verification
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Mg-2-kg samples delivery
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Catalysts customization
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Post-process intensification
IP Licensing
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New materials IP licensing
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Process IP licensing
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Catalysts IP licensing
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High-performance post-processing device sales.
We are seeking talents ready to bring breakthrough ideas to material science.
Start Your Career at Revochemix
Our team members have various backgrounds in chemistry, materials science, electrical engineering, chemical engineering, mechanical engineering, and software engineering - joining us to accelerate materials innovation.
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