
Aropha
To turn the biodegradability testing and biodegradable material development into a robotics & AI driven, high-throughput, and automated process.
Date | Investors | Amount | Round |
---|---|---|---|
- | investor | €0.0 | round |
* | $1.0m | Seed | |
Total Funding | 000k |
Aropha operates as an independent testing laboratory, focusing on enhancing biodegradability testing and the discovery of biodegradable materials through automation and artificial intelligence. Founded in Cleveland, Ohio, in 2021 by Kuan Huang and Travis Johnston, the company emerged from an insight gained while Huang was a PhD candidate at Case Western Reserve University. In 2019, Huang identified a significant market gap: existing biodegradability testing services were time-consuming, labor-intensive, and prohibitively expensive for many businesses. This realization established the company's mission to make these crucial environmental tests more efficient, reliable, and affordable.
The company's business model is centered on providing fee-for-service testing to a diverse client base that spans multiple industries, including personal care, cosmetics, and specialty chemicals. Aropha serves R&D teams, formulators, and regulatory departments by offering a suite of services designed to integrate into the entire product development lifecycle. Revenue is generated through direct payment for these testing services. The company has demonstrated significant growth, reporting a 190% increase in year-over-year booked revenue by the end of Q4 and has served over 150 organizations globally.
Aropha's core offering is a hybrid platform that combines laboratory testing with AI-powered predictive modeling. Its ISO/IEC 17025:2017 accredited and GLP-compliant laboratory conducts physical tests according to international standards (ASTM, OECD, ISO). A key differentiator is its proprietary AI platform, ArophaAI, and the recently launched Biodegradation Studio. This digital platform allows clients to run virtual simulations to screen materials for biodegradability potential before committing to more expensive physical tests. The studio serves as a centralized hub where clients can manage projects, access data from both simulations and lab results, and collaborate across teams. This integrated approach of simulation, high-throughput screening, and certification testing is designed to shorten development timelines and reduce costs for companies creating sustainable products.
Keywords: biodegradability testing, biodegradable material discovery, AI predictive modeling, lab automation, sustainable chemistry, environmental testing, high-throughput screening, material science, green chemistry, PBT property modeling, compostability testing, digital twin simulation, ArophaAI, chemical development, environmental engineering, eco-friendly products, ISO 17025, GLP testing, sustainable materials, R&D services