Sustainable Reaction Engineering Group
Software developed by the Sustainable Reaction Engineering group at the University of Cambridge
Cambridge, UK
Pinned Repositories
centripeta
Code for the paper "Optimisation of formulations using robotic experiments driven by machine learning DoE"
Impurity-Project
Contains developing code base for predicting impurities.
multitask
Accelerating Bayesian reaction optimization with limited data
ORDerly
Chemical reaction data & benchmarks. Extraction and cleaning of data from Open Reaction Database (ORD)
PEEGO
Point Exchange Efficient Global Optimisation (PEEGO) algorithm. This repository is associated to the paper "Computer-aided Design of Formulated Products: a Bridge Design of Experiments for Ingredient Selection" .
pHbot
General "physics-informed" ML-driven pH adjustment robot
pistachio-python
Unofficial python SDK for the Pistachio database
protodeboronation-prediction
Algorithmic prediction of protodeboronation rate with pH (published!)
pura
Clean chemical data quickly
summit
Optimising chemical reactions using machine learning
Sustainable Reaction Engineering Group's Repositories
sustainable-processes/summit
Optimising chemical reactions using machine learning
sustainable-processes/ORDerly
Chemical reaction data & benchmarks. Extraction and cleaning of data from Open Reaction Database (ORD)
sustainable-processes/pura
Clean chemical data quickly
sustainable-processes/multitask
Accelerating Bayesian reaction optimization with limited data
sustainable-processes/protodeboronation-prediction
Algorithmic prediction of protodeboronation rate with pH (published!)
sustainable-processes/Impurity-Project
Contains developing code base for predicting impurities.
sustainable-processes/PEEGO
Point Exchange Efficient Global Optimisation (PEEGO) algorithm. This repository is associated to the paper "Computer-aided Design of Formulated Products: a Bridge Design of Experiments for Ingredient Selection" .
sustainable-processes/pHbot
General "physics-informed" ML-driven pH adjustment robot
sustainable-processes/bo_mixed
This is multi-objective Bayesian optimisation using qEHVI for reaction optimisation
sustainable-processes/chemical-parameter-sharing
A meta learning approach to reaction condition prediction using the implications of named reactions
sustainable-processes/pistachio-python
Unofficial python SDK for the Pistachio database
sustainable-processes/formulations-prep
Automated viscous liquid handling with the Opentrons OT-2 and gravimetric analysis to prepare liquid formulations
sustainable-processes/Bioindustrial-Park
BioSTEAM's Premier Repository for Biorefinery Models and Results
sustainable-processes/chemprop
Message Passing Neural Networks for Molecule Property Prediction
sustainable-processes/formulations_ML-DoE
Weighted-space filling designs for liquid formulations
sustainable-processes/htbo_app
sustainable-processes/thermopyl
Tools for ThermoML parsing
sustainable-processes/biosteam
The Biorefinery Simulation and Techno-Economic Analysis Modules; Life Cycle Assessment; Chemical Process Simulation Under Uncertainty
sustainable-processes/chemical-reviews
sustainable-processes/deep_gamma
sustainable-processes/gqlalchemy
GQLAlchemy is a library developed with the purpose of assisting in writing and running queries on Memgraph. GQLAlchemy supports high-level connection to Memgraph as well as modular query builder.
sustainable-processes/ml_saft
sustainable-processes/MO-E-EQI
Multi-objective Euclidian expected quantile improvement (MO-E-EQI).
sustainable-processes/ontology
A collection of useful ontologies
sustainable-processes/pint
Operate and manipulate physical quantities in Python
sustainable-processes/python-autocite
Automatically generate citations from URLs
sustainable-processes/quantulum3
Library for unit extraction - fork of quantulum for python3
sustainable-processes/stability-computer-vision
Computer vision for phase stability detection of liquid formulations
sustainable-processes/thermosteam
BioSTEAM's Premier Thermodynamic Engine
sustainable-processes/UDM
Using UDM for closed loop solvent prediction