Halen Technologies designs and manufactures modular flow photoreactors that deliver uniform high‑power LED illumination for scalable photochemical synthesis. The reactors are ATEX and NEC‑500 certified, offered in over fifteen application‑specific configurations with integrated temperature and pressure control, and the company provides feasibility studies to assess process economics and safety for pharmaceutical, fine‑chemical, and specialty‑chemical manufacturers.
Funding
Funding not disclosed
Founders
Product
Problem
Scaling photochemical reactions from laboratory benches to industrial production is hindered by the lack of dedicated flow reactors that can deliver uniform light exposure, meet stringent safety standards, and handle the throughput required for commercial manufacturing.
Solution
Halen Technologies supplies purpose‑built flow photoreactors that bridge the gap between lab‑scale photochemistry and full‑scale production. The reactors incorporate proprietary high‑power LED arrays to provide consistent photon flux across a flat‑bed flow channel, enabling reliable reaction kinetics at scale. All units are ATEX or NEC‑500 certified, ensuring safe operation in hazardous environments and compliance with industry regulations. The company offers a portfolio of more than fifteen application‑specific designs, each engineered for particular reaction chemistries and throughput targets. In addition, Halen conducts feasibility studies to evaluate process economics, scale‑up risk, and integration pathways, delivering a complete de‑risking service from pilot to commercial deployment.
Target Audience
The primary customers are pharmaceutical manufacturers, fine‑chemical producers, and specialty‑chemical companies that require reliable, scalable photochemical synthesis for active ingredients or intermediates.
Features
- Proprietary high‑power LED illumination modules delivering uniform photon density across the reactor channel
- ATEX and NEC‑500 certified enclosures for explosion‑proof operation in hazardous zones
- Modular flat‑bed flow reactor architecture supporting easy scale‑up from pilot to commercial volumes
- Over 15 pre‑engineered, application‑specific reactor designs tailored to diverse photochemical transformations
- Integrated temperature control and pressure monitoring for precise reaction condition management
- Proven track record with >100 reactors commissioned worldwide, including GMP‑grade pharmaceutical syntheses
- Feasibility study service covering photonic flux modeling, safety assessment, and cost‑of‑ownership analysis