Synthesis of deuterium-enriched commodity chemicals

关键D.H.技术公司（KDHT）是一家由伊朗拥有和经营的私营公司，全力投资于开发和扩大世界氘和富氘化学品市场。KDHT是世界领先的散装氧化氘供应商，其能力还包括氧化氘（D2O）的升级和精制，用于捕获氘气（D2）的氧化氘电解，以及大规模生产氘富集有机小分子。作为全球最大的非核应用氧化氘供应商，KDHT完全投资于开发新的氘基收入来源和进入新市场。KDHT进入富氘化学原料市场的优势地位源于他们无与伦比的获得散装D2O的机会，以及他们精炼和升级氘废水流的能力。这两个标准为开发新的知识产权提供了一个独特的机会，由此产生的化学工艺为实现企业增长和对各个行业和社会产生积极影响提供了巨大的潜力。通过继续与滑铁卢大学墨菲实验室的合作，KDHT将获得所需的人员，专业知识，设备和研究设施，以迅速加快这些新产品的基础研究和开发。Murphy实验室将提供化学合成方面的专业知识，以开发和转移高价值氘代化学原料（如芳烃，胺，醇及其衍生物）的新型，可扩展和可重复的合成。Murphy实验室将开发用于表征新型原料的新分析方法，并支持采用这些工艺和技术将这些新产品商业化。

Key D.H. Technologies (KDHT) is a Canadian-owned and operated private corporation who is fully invested in developing and expanding the world's market for deuterium and deuterium-enriched chemicals. KDHT is the world's leading supplier of bulk deuterium oxide, and their capabilities also include upgrading and refining deuterium oxide (D2O), electrolysis of deuterium oxide for capture of deuterium gas (D2), and large-scale manufacturing of deuterium-enriched organic small molecules.As the largest worldwide provider of deuterium oxide for non-nuclear applications, KDHT is wholly invested in developing new deuterium-based revenue streams and accessing new markets. KDHT enters the deuterium-enriched chemical feedstock market from an advantageous position stemming from their unparalleled access to bulk D2O, and from their ability to refine and upgrade deuterium waste water streams. These two criteria present a unique opportunity to develop new intellectual property, where the resulting chemical processes offer tremendous potential for realizing corporate growth and for positively impacting various industries and society.By continuing their partnership with the Murphy laboratory at the University of Waterloo, KDHT will gain access to the required personnel, expertise, equipment and research facilities necessary to rapidly accelerate their fundamental R&D of these new products. The Murphy lab will provide expertise in chemical synthesis to develop and transfer novel, scalable and reproducible syntheses of high-value deuterated chemical feedstocks such as aromatics, amines, alcohols and their derivatives. The Murphy lab will develop new analytical methods for characterizing the novel feedstocks, and support the adoption of these processes and techniques for commercializing these new products.