Device and method for improving chemical process efficiency and promoting chemical information sharing

Abstract

The invention discloses a device and method for improving chemical process efficiency and promoting chemical information sharing and capable of guiding and inspiring scientific research workers and mechanisms to develop and share efficient chemical processes. According to the technical scheme, the device and method execute, access and analyze relevant chemical processes of target compounds or target compound systems and provide App programs having social contact and electronic transaction functions and installed on mobile devices and websites based on an internet technology to achieve sharing, transaction and assessment of relevant chemical processes and chemical information of compounds which can be opened, guide and inspire users to share the chemical information and experiences through an electronic transaction system, accordingly develop the efficient chemical processes, reduce resource waste, promote research and development efficiency and especially improve the research and development efficiency of unknown innovative chemical processes and compounds.

Description

technical field [0001] The invention relates to a device and method related to chemical process information, in particular to a device and method that can improve the efficiency of chemical process and promote the sharing of chemical information. Background technique [0002] In the current field of chemistry, when researchers / chemists need to synthesize a certain target compound, they first obtain the chemical information of the relevant compound by searching the literature and patent data including two major chemical databases, SciFinder and / or Reaxys, based on the Design and optimize the synthetic route of the target compound and obtain the supply information of starting compounds and other raw material compounds based on the information of literature and patent materials. [0003] After the target compound is synthesized, the target compound with a certain purity can generally be obtained by separation and purification methods such as chromatography and crystallization / r...

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Problems solved by technology

[0010] However, although the existing liquid chromatography separation technology and its instruments have a high degree of automation, users still need to have basic theoretical knowledge of chromatography and special training

And even if the separation method of a certain target compound system already exists, since there is no system or platform that provides separation method sharing and retrieval, users need to conduct a series of experiments for each separation and purification to determine the basic parameters of the separation and purification of the target compound system, such as Solvent system, Rf value and gradient, etc., resulting in repetitive waste of resources

[0011] Further, the separation and purification of a target compound is an important part of the synthesis process of the target compound. The existing technology cannot organically combine the synthesis information provided by the chemical database with the separation and purification method generated by the separation and purification instrument. Chemists need to Use different products and services to carry out / complete the synthesis, separation and purification of a target compound, resulting in inefficient use of resources and hindering the further improvement of scientific research or production efficiency

[0012] Furthermore, the existing separation and purification technology, including liquid chromatography technology, is isolated in the synthesis process of the entire compound, and researchers lack effective methods and systems to compare the efficiency of separation and purification methods horizontally, that is, a scientific researcher After the separation and purification of a certain target compound, it is not known whether there is a more efficient separation and purification method, and there is also a lack of effective analysis of the efficiency of this separation and purification to develop a more efficient separation and purification method

Especially in the field of research and development, the existing technical system lacks a mechanism to guide and motivate researchers to develop and use more efficient separation and purification technologies, resulting in waste of resources and low efficiency of scientific research

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