Возраст домена | 24 года |
Дата окончания | Истек срок регистрации |
PR | 4 |
ИКС | n/a |
Страниц в Google | 614 |
Страниц в Яндексе | 275 |
Dmoz | ![]() |
Яндекс Каталог | Нет |
Alexa Traffic Rank | 14167147 |
Alexa Country | Нет данных |
История изменения показателей | Авторизация |
Идет сбор информации... Обновить
Home - Scale-up Systems
n/a
Scale-up Suite is the world’s leading suite of drug substance process development and scale-up software for scientists and engineers working in the pharmaceutical industry.
UTF-8
240.97 КБ
2 500
100 286 симв.
86 307 симв.
Данные предоставлены сервисом semrush
Сайт | Общие фразы | PR | тИЦ | Alexa Rank | Alexa Country | |
---|---|---|---|---|---|---|
![]() ![]() |
3 | 9 |
0 | 5 | ![]() | |
![]() |
3 | n/a | 0 | 9585081 | ![]() |
|
![]() ![]() |
3 | 9 |
0 | 1 | ![]() | |
![]() ![]() |
3 | 9 |
0 | 3 | ![]() | |
![]() ![]() |
3 | 7 |
0 | 16483 | ![]() | |
![]() ![]() |
3 | 5 |
80 | 883640 | ![]() | |
![]() ![]() |
2 | 8 |
0 | 289 | ![]() | |
![]() |
2 | 4 |
50 | 34888 | ![]() | |
![]() |
2 | n/a | 0 | 5462045 | ![]() |
|
![]() ![]() |
2 | 8 |
0 | 10 | ![]() | |
Еще 40 сайтов после авторизации |
Данные предоставлены сервисом semrush
Данные linkpad ( 22 Февраля 2015 ) | |
Количество ссылок на сайт | 21 |
Количество доменов, которые ссылаются на сайт | 11 |
Количество найденных анкоров | 7 |
Исходящие (внешние) ссылки домена | 10 |
Количество доменов, на которые ссылается сайт | 10 |
Количество исходящих анкоров | 2 |
Внешние ссылки главной страницы ( 5 ) | |
scale-up.eventbrite.com | http://scale-up.eventbrite.com |
linkedin.com/groups/2428634/ | |
facebook.com/ScaleupSystems | |
twitter.com/Dynochem | |
youtube.com/user/DCResources | YouTube |
Внутренние ссылки главной страницы ( 439 ) | |
go.scale-up.com/cookies | Cookies |
meetings.scale-up.com/joinmeeting | Join Meeting |
dcresources.scale-up.com | Resources |
rxlresources.scale-up.com | Resources |
account.scale-up.com/profile | Admin Site |
sushelp.scale-up.com | Help |
/ | Home |
/Dynochem | Dynochem |
/ReactionLab | Reaction Lab |
/NumeroChem | Numero Chem |
/Contact | Contact |
/dynochem | Dynochem |
/reactionlab | Reaction Lab |
/numerochem | Numero Chem |
itr.scale-up.com/installer | Download |
account.scale-up.com/signupsus | Sign Up |
dcresources.scale-up.com?t=pe | Customer Recordings |
dcresources.scale-up.com/?t=pe&id=6220 | Dynochem 5: Process Snippets; Analyze |
dcresources.scale-up.com/?t=pe&id=6221 | Dynochem 5: Continuous data sheets, stepped profiles, data plotting |
dcresources.scale-up.com/?t=pe&id=6222 | Dynochem 5: Running Dynochem from other programs |
rxlresources.scale-up.com/?t=pe&id=6214 | Reaction Lab ™ : On-line training 1 |
dcresources.scale-up.com/?t=pe&id=6213 | Dynochem 5: Ionic components, [H]+, pKa and slaved reactions |
dcresources.scale-up.com/?t=pe&id=6206 | Dynochem 5: Fitting Area, Area% and RRF |
rxlresources.scale-up.com/?t=pe&id=6199 | Reaction Lab ™ : Demo and Prep for the Online Training Program |
dcresources.scale-up.com/?t=pe&id=6198 | Dynochem 5: Fitting, Fitting Reports & Model Verification |
dcresources.scale-up.com/?t=pe&id=6197 | Dynochem 5: Full Factorial, Response Surface & Sensitivity Analysis |
dcresources.scale-up.com/?t=pe&id=6194 | Dynochem 5: Enhanced materials and properties - Utilities |
dcresources.scale-up.com/?t=pe&id=6193 | Dynochem 5: Enhanced materials and properties - Models |
dcresources.scale-up.com/?t=pe&id=6192 | Get Ready for Dynochem 5 and Scale-up Suite |
rxlresources.scale-up.com/?t=pe&id=6180 | Americas: Reaction Lab ™ : FAQ and demo of new software from Scale-up Systems |
dcresources.scale-up.com/?t=pe&id=6141 | Guest: Aaron Sarafinas, Sarafinas Process & Mixing Consulting: "Using the "Bourne Protocol" to test mixing sensitivities in the ... |
dcresources.scale-up.com/?t=pe&id=6133 | DynoChem Energy Snack 2018-4: Review and learn how to use Process Schemes to develop and share understanding of your modeling p... |
dcresources.scale-up.com/?t=pe&id=6129 | Guest: Claire MacLeod, AstraZeneca: “Use of the Dynochem centrifuge model to scale-up from lab to plant” |
dcresources.scale-up.com/?t=pe&id=6130 | Guest: Tom Corrie, Syngenta: “Accelerating Active Ingredient Development with Early Stage DynoChem Simulations” |
dcresources.scale-up.com/?t=pe&id=6123 | DynoChem Energy Snack 2018-3: Late phase crystallization DOE in-silico, in minutes, using DynoChem Crystallization Toolbox |
dcresources.scale-up.com/?t=pe&id=6124 | Guest: Barbara Wood, UCD Crystallization Group: "Utilizing DynoChem Modelling to Design the Continuous Crystallization of an Act... |
dcresources.scale-up.com/?t=pe&id=6119 | DynoChem Energy Snack 2018-2: New DynoChem template for solvent swap in partially-miscible liquid-liquid systems |
dcresources.scale-up.com/?t=pe&id=6114 | DynoChem Energy Snack 2018-1: Predict, visualize, control PSD shape using DynoChem Crystallization Toolbox |
dcresources.scale-up.com/?t=pe&id=6112 | Guest: Li-Jen Ping Johnson Matthey Pharma Services: "Minimize the Heat Accumulation at Production Scale by Modeling Qr of Exothe... |
dcresources.scale-up.com/?t=pe&id=6107 | DynoChem Energy Snack 2017-6: Discriminate between proposed reaction models in DynoChem |
dcresources.scale-up.com/?t=pe&id=6105 | DynoChem Energy Snack 2017-5: Get reaction kinetics from HPLC data, including checking your mole balance |
dcresources.scale-up.com/?t=pe&id=6104 | DynoChem Energy Snack 2017-4: Get reaction kinetics from RC1 data, including smart filtering of data from experiments |
dcresources.scale-up.com/?t=pe&id=6102 | DynoChem Energy Snack 2017-3: Generate a Design Space in DynoChem utilities and models |
dcresources.scale-up.com/?t=pe&id=6098 | DynoChem Energy Snack 2017-2: Quick-and-easy process fit calculations using your vessel database in DynoChem utilities |
dcresources.scale-up.com/?t=pe&id=6099 | Guest: Andrew Cosbie, Amgen and Matt Jorgensen, NALAS Engineering: "Dynamic Modeling of Intermediate and API Drying Operations" |
dcresources.scale-up.com/?t=pe&id=6090 | DynoChem Energy Snack 2017-1: What's New in DynoChem Resources year to date 2017 |
dcresources.scale-up.com/?t=pe&id=5979 | Guest: Mark Barrett, APC & Joe Hannon: "Report out on SSPC CM2017 Workshop" |
dcresources.scale-up.com/?t=pe&id=5980 | Guest: Lotfi Derdour, GSK: "Use of Dynochem to estimate kinetics parameters for reactive salting out crystallizations" |
dcresources.scale-up.com/?t=pe&id=5970 | Guest: Anuj Verma, Abbvie "Using Dynochem Mixing utilities to ensure safe scale-up of a highly exothermic mixing limited reactio... |
dcresources.scale-up.com/?t=pe&id=5964 | Guest: Bruno De Kort, Monsanto "Evaluating runaway reaction scenarios during scale up to large scale using DynoChem" |
dcresources.scale-up.com/?t=pe&id=5963 | Guest: Roel Hoefnagels, Janssen "Development of Modeling Enhanced Work Streams to Optimize the Scale-up of Solvent Switches" |
dcresources.scale-up.com/?t=pe&id=5961 | Guest: Barbara Wood, University of Limerick "Utilizing Dynochem Modelling to Design the Continuous Crystallization of an Active ... |
dcresources.scale-up.com/?t=pe&id=5945 | Guest: Sandra Lenihan, CIT "Incorporating DynoChem Process Simulation Software into a Chemical Engineering Programme" |
dcresources.scale-up.com/?t=pe&id=5949 | Guest: Laszlo Tamas, TEVA "Using DynoChem to support the development of Biotechnology-based semi-synthetic API Production" |
dcresources.scale-up.com/?t=pe&id=5939 | Guest: Andrew Derrick, Pfizer "Characterization of Mixing in Reactors", Part 2 |
dcresources.scale-up.com/?t=pe&id=5932 | Guest: Nir Haimovich, TEVA "DynoChem in TEVA API: training colleagues for optimized use & implementation" |
dcresources.scale-up.com/?t=pe&id=5922 | New Utility for Continuous Manufacturing / Flow Chemistry |
dcresources.scale-up.com/?t=pe&id=5921 | Guest: Andrew Derrick, Pfizer & Joe Hannon: Characterization of Mixing in Reactors, Part 1 |
dcresources.scale-up.com/?t=pe&id=5918 | Guest: Marimuthu Andiappan, Lilly: Use of DynoChem Modeling for Process Design: Mitigating the Risk of Coprecipitation |
dcresources.scale-up.com/?t=pe&id=5890 | Guest: Paul Collins, Lilly & Joe Hannon: FDA-AIChE Workshop on Continuous Manufacturing |
dcresources.scale-up.com/?t=pe&id=5876 | Guest: Daniel Caspi, AbbVie: Development and Scale-up of Acrylamide Formation Using an Impinging Jet |
dcresources.scale-up.com/?t=pe&id=5851 | Cooling and Antisolvent Crystallization: New DynoChem Toolbox with simplified user interface and workflow |
dcresources.scale-up.com/?t=pe&id=5847 | Solvent swap distillation: Why and how to model a distillation using DynoChem |
dcresources.scale-up.com/?t=pe&id=5844 | Guest: Samrat Mukherjee, AbbVie: Model-Based Process Control in API Manufacturing: A QbD-Vantage! |
dcresources.scale-up.com/?t=pe&id=5834 | Talking Chemistry: Salts, Buffers, and pH Calculations |
dcresources.scale-up.com/?t=pe&id=5833 | Guest: Shujauddin Changi, Eli Lilly: Model and Experimental Driven Approach to Develop and Innovate Batch & Continuous Process D... |
dcresources.scale-up.com/?t=pe&id=5807 | Guest: Chris Pink, GSK: Ensuring consumption of a genotoxic starting material in API manufacture through kinetics and mixing stu... |
dcresources.scale-up.com/?t=pe&id=5829 | Guest: Chris Hone, University of Leeds: Evolution and Validation of Kinetic Motifs using Continuous-Flow Reactors |
dcresources.scale-up.com/?t=pe&id=5808 | Guest: Prof. Rex Reklaitis, Purdue University "A Course of Batch Process Design and Analysis using DynoChem" |
dcresources.scale-up.com/?t=pe&id=5805 | Continuous processing: New DynoChem features and guidance |
dcresources.scale-up.com/?t=pe&id=5806 | Solvent swap distillation: New DynoChem features and guidance |
dcresources.scale-up.com/?t=pe&id=5801 | Guest: Georges Assaf, UCB: Modelling Acid-Base Equilibria using DynoChem: Acid-Catalysed Condensation |
dcresources.scale-up.com/?t=pe&id=5340 | Review of initial model for tangential flow filtration (TFF) |
dcresources.scale-up.com/?t=pe&id=5338 | Guest: Shane Grosser, Merck: Development and Scale up of Gas-Liquid Systems Facilitated through Process Modeling |
dcresources.scale-up.com/?t=pe&id=5329 | Guest: Tumisang Seodigeng, Resolution Circle: Kinetic Modeling Study and Scale-up of Biogas Generation |
dcresources.scale-up.com/?t=pe&id=5318 | Welcome and basic training for New DCR Members: Complete five quick projects in 1 hour |
dcresources.scale-up.com/?t=pe&id=5302 | Guest: Ben Cohen, BMS: Use of Solubility Maps to Develop Robust Crystallizations |
dcresources.scale-up.com/?t=pe&id=5279 | Solubility Prediction for Solvent Selection using DynoChem |
dcresources.scale-up.com/?t=pe&id=5278 | Development and Scale-up of Hydrogenation Reactions using DynoChem |
dcresources.scale-up.com/?t=pe&id=5276 | Using Qr in DynoChem Models |
dcresources.scale-up.com/?t=pe&id=5269 | Guest: Mannheim University of Applied Science: Kinetic Studies in Microreactors - Requirements for reliable data and successful ... |
dcresources.scale-up.com/?t=pe&id=5237 | Lies, damned lies and statistics: How to get a good parameter fit and judge its quality |
dcresources.scale-up.com/?t=pe&id=3265 | New Tools for Predicting and Optimizing Crystal Size Distribution using DynoChem |
dcresources.scale-up.com/?t=pe&id=3264 | Guest: Nick Falco, GSK: Development of an ammonolysis reaction kinetics model for improved process understanding and parametric ... |
dcresources.scale-up.com/?t=pe&id=4234 | Guest: Sarah Rothstein, Nalas Engineering: Kinetic and manufacturing evaluations of 2,6-diaminopyrazine-1-oxide (DAPO) productio... |
dcresources.scale-up.com/?t=pe&id=3266 | Guest: Chris Mitchell, Takeda: Development of a modeling-based strategy for the safe and effective scale-up of highly energetic ... |
dcresources.scale-up.com/?t=pe&id=3292 | Guest: Andrew Cosbie, Amgen: Building Value into Process Understanding and Engineering Assessments |
dcresources.scale-up.com/?t=pe&id=3267 | Guest: Flavien Susanne, Novartis: Application of QbD in Continuous Processing: Approach Supported by DynoChem Process Simulation |
dcresources.scale-up.com/?t=pe&id=3287 | Guest: Franjo Jovic, Pliva: Modelling based approach to process development for the API synthesis hydrogenation step |
dcresources.scale-up.com/?t=pe&id=3251 | Talking Chemistry 5: Save time and develop better reactions with DynoChem |
dcresources.scale-up.com/?t=pe&id=3260 | Chemical Engineering 5: Filtration and Centrifugation process design with DynoChem |
dcresources.scale-up.com/?t=pe&id=3250 | Talking Chemistry 4: Setting chemical reactions and rate laws in DynoChem |
dcresources.scale-up.com/?t=pe&id=3258 | Chemical Engineering 4: Preliminary crystallization process design with DynoChem |
dcresources.scale-up.com/?t=pe&id=3257 | Chemical Engineering 3: Fast, easy simulation of solvent swap distillation with DynoChem |
dcresources.scale-up.com/?t=pe&id=3249 | Talking Chemistry 3: Leverage Reaction Kinetics from Experimental Data |
dcresources.scale-up.com/?t=pe&id=3272 | DynoChem Introduction for SSPC Academic Institutions |
dcresources.scale-up.com/?t=pe&id=3256 | Chemical Engineering 2: Scale-up of Fed batch reactions with DynoChem |
dcresources.scale-up.com/?t=pe&id=3247 | Talking Chemistry 2: Save time and develop better reactions with DynoChem |
dcresources.scale-up.com/?t=pe&id=3242 | Chemical Engineering 1: Scale-up of Batch reactions with DynoChem |
dcresources.scale-up.com/?t=pe&id=3241 | Talking Chemistry 1: Save time and develop better reactions with DynoChem |
dcresources.scale-up.com/?t=pe&id=3237 | Power Users Session 8 (Americas): VLLE calculations using DynoChem |
dcresources.scale-up.com/?t=pe&id=3081 | Right First Time Scale-up with the DynoChem Mixing and Heat Transfer Utilities: Crystallization |
dcresources.scale-up.com/?t=pe&id=3221 | Incorporate your own equipment in DynoChem utilities |
dcresources.scale-up.com/?t=pe&id=3225 | Guest: Bernhard Berger, Siegfried AG: Applications of DynoChem in Thermal Process Safety – Optimization of Accumulation and Time... |
dcresources.scale-up.com/?t=pe&id=3224 | Guest: Bernhard Berger, Siegfried AG: Anwendungen von DynoChem in der Prozess-Sicherheit - Optimierung von Akkumulation und TMR |
dcresources.scale-up.com/?t=pe&id=3194 | Updates and demo of the DynoChem vessel mixing and heat transfer utilities |
dcresources.scale-up.com/?t=pe&id=3211 | Power Users Session 7 (Americas): Supplemental Matlab example: Running DynoChem in the background |
dcresources.scale-up.com/?t=pe&id=3065 | Guest: Andrew Derrick, Pfizer: DynoChem applications in a busy commercial plant |
dcresources.scale-up.com/?t=pe&id=3210 | Power Users Session 7 (Americas): Running DynoChem in the background |
dcresources.scale-up.com/?t=pe&id=3195 | Talking Chemistry: Hydrogenation of nitro groups and reactions involving NBS |
dcresources.scale-up.com/?t=pe&id=3196 | DynoChem solubility predictions: hints and tips for users |
dcresources.scale-up.com/?t=pe&id=3193 | DynoChem applications in Drug Product formulation and dissolution |
dcresources.scale-up.com/?t=pe&id=3186 | Power Users Session 6 (Europe/Asia): acid-base chemistry in DynoChem |
dcresources.scale-up.com/?t=pe&id=3206 | Guest: Gearoid Duane, UCD: Application of DynoChem in the Development of High Cell Density Bacterial Fermentation |
dcresources.scale-up.com/?t=pe&id=3185 | Guest: Ed Delaney, Reaction Science: Application of DynoChem in CMC Regulatory Support |
dcresources.scale-up.com/?t=pe&id=3176 | Power Users Session 5 (Americas): Modelling Process Control in DynoChem |
dcresources.scale-up.com/?t=pe&id=3160 | Talking Chemistry: Suzuki Coupling Modelling in DynoChem |
dcresources.scale-up.com/?t=pe&id=3161 | Talking Chemistry: Optical Resolution Modelling in DynoChem |
dcresources.scale-up.com/?t=pe&id=3165 | Guest: Shane Grosser, Merck: Application of DynoChem in Process Development and Commercialization |
dcresources.scale-up.com/?t=pe&id=3152 | Guest: Dan Hallow, BMS: Application of DynoChem Reaction Modeling to Quality by Design |
dcresources.scale-up.com/?t=pe&id=3139 | Flow Chemistry (America/Europe): New DynoChem tools for plug flow reactors |
dcresources.scale-up.com/?t=pe&id=3140 | Flow Chemistry (America/Europe): New DynoChem tools for CSTRs |
dcresources.scale-up.com/?t=pe&id=3089 | Talking Chemistry: Solid Base Catalysis with Potassium or Caesium Carbonate |
dcresources.scale-up.com/?t=pe&id=3080 | General Interest (Asia/Europe): DynoChem Introduction for brand new users: Process Design and Optimization |
dcresources.scale-up.com/?t=pe&id=3085 | General Interest: Fast, Easy Physical Properties Calculations for Solvents and Mixtures |
dcresources.scale-up.com/?t=pe&id=3064 | General Interest (Americas): What DynoChem Can Do for Process Safety |
dcresources.scale-up.com/?t=pe&id=3056 | Guest: Will Trieu, Amgen: Practical Applications of Filtration and Centrifugation Modelling in DynoChem |
dcresources.scale-up.com/?t=pe&id=3059 | General Interest: DynoChem Tools for Liquid-Liquid Extraction |
dcresources.scale-up.com/?t=pe&id=3051 | Talking Chemistry: Save time and develop better reactions with DynoChem, Module 5 |
dcresources.scale-up.com/?t=pe&id=3053 | General Interest: Ten Ways to Save Time and Experiments using DynoChem |
dcresources.scale-up.com/?t=pe&id=3044 | Talking Chemistry: Save time and develop better reactions with DynoChem, Module 4 |
dcresources.scale-up.com/?t=pe&id=3041 | Talking Chemistry: Using ordinary HPLC data to optimise reactions in DynoChem |
dcresources.scale-up.com/?t=pe&id=3039 | Talking Chemistry: Save time and develop better reactions with DynoChem, Module 2 |
dcresources.scale-up.com/?t=pe&id=3015 | Talking Chemistry: Save time and develop better reactions with DynoChem, Module 1 |
dcresources.scale-up.com/?t=pe&id=3012 | General Interest (Asia/Europe): Right first time scale-up from lab to plant with DynoChem |
dcresources.scale-up.com/?t=pe&id=2983 | Guest: Jeremy Merritt, Eli Lilly: Implementing QbD in Pharmaceutical Salt Selection: Predicting Disproportionation |
dcresources.scale-up.com/?t=pe&id=2982 | Guest: Rahn McKeown, GSK: Using DynoChem to Inform Experimental Design of Batch Crystallization |
dcresources.scale-up.com/?t=pe&id=2963 | Talking Chemistry: Modeling and Scale-up of Hydrogenation Reactions |
dcresources.scale-up.com/?t=pe&id=2962 | General Interest: Applying QbD and Design Space in Process Development: Recent Progress and Highlights |
dcresources.scale-up.com/?t=pe&id=2974 | Hands-on Training: Asia/Europe: Predict solid-liquid reactions, Part 2 |
dcresources.scale-up.com/?t=pe&id=2952 | Hands-on Training: Asia/Europe: Predict liquid-liquid extraction operations |
dcresources.scale-up.com/?t=pe&id=2936 | General Interest: Scale-up from the Easymax to the Pilot Plant |
dcresources.scale-up.com/?t=pe&id=2946 | Talking Chemistry: Modeling reactions with solid starting materials or bases |
dcresources.scale-up.com/?t=pe&id=2934 | General Interest: Prediction of Drying Operations using DynoChem |
dcresources.scale-up.com/?t=pe&id=2938 | General Interest: Fast, Easy Fluid Properties Calculations for Solvents and Mixtures |
dcresources.scale-up.com/?t=pe&id=2933 | General Interest: Recognize and Quantify Mixing Effects on Chemical Reactions |
dcresources.scale-up.com/?t=pe&id=2927 | Hands-on Training: America/Europe: Scale-up of mixing processes - achieving equivalent mixing at different scales: part 2 |
dcresources.scale-up.com/?t=pe&id=2910 | Hands-on Training: America/Europe: Scale-up of mixing processes - achieving equivalent mixing at different scales: part 1 |
dcresources.scale-up.com/?t=pe&id=2911 | Talking Chemistry: How to model and predict acid/base equilibria and pH sensitive reactions |
dcresources.scale-up.com/?t=pe&id=2908 | Hands-on Training: Fit solubility surface, design crystallization process: part 2 |
dcresources.scale-up.com/?t=pe&id=2904 | Hands-on Training: Fit solubility surface, design crystallization process: part 1 |
dcresources.scale-up.com/?t=pe&id=2893 | Guest: Marcello Bosco, Roche, Basel: Vessel Characterization and Reaction Modelling with DynoChem (Voted best presentation at Eu... |
dcresources.scale-up.com/?t=pe&id=2879 | Training: Safe reaction temperatures and the Optimization Module in DynoChem |
dcresources.scale-up.com/?t=pe&id=2874 | Training: Process Safety scenarios, loss of cooling and time to maximum rate |
dcresources.scale-up.com/?t=pe&id=2845 | General Interest: Ten Ways to Save Time and Experiments using DynoChem |
dcresources.scale-up.com/?t=pe&id=2867 | Training: Chemists (Module 8): Heat transfer estimation and scale-up prediction |
dcresources.scale-up.com/?t=pe&id=2854 | Training: Chemists (Module 7): Addition of a jacket and temperature control |
dcresources.scale-up.com/?t=pe&id=2832 | Training: Chemists (Module 6): Addition of reaction heats, fitting of calorimetric data |
dcresources.scale-up.com/?t=pe&id=2817 | Training: Chemists (Module 5): Addition of a feed, introduction of physical properties |
dcresources.scale-up.com/?t=pe&id=2811 | Guest: Mark Hughes, GSK: Quantitative Time Course Analysis and the Evolution of a Dynamic Model, a Chemists Perspective |
dcresources.scale-up.com/?t=pe&id=2816 | Training: Chemists (Module 4): Entering chemical reactions and rate laws in DynoChem |
dcresources.scale-up.com/?t=pe&id=2808 | Training: Chemists (Module 3): Entering experimental data, fitting of isothermal and non-isothermal rate constants |
dcresources.scale-up.com/?t=pe&id=2807 | Training: Chemists (Module 2): Addition of side reaction, introduction of yield calculation, more use of Simulator |
dcresources.scale-up.com/?t=pe&id=2768 | Training: Chemists (Module 1): From blank Excel workbook to simple batch reaction model and Simulator |
dcresources.scale-up.com/?t=pe&id=2763 | Talking Chemistry: How to model reaction mechanisms in elementary steps and benefit from enhanced mechanistic understanding |
dcresources.scale-up.com/?t=pe&id=2741 | General Interest: Design space and response surface mapping for process optimization, robustness and QbD |
dcresources.scale-up.com/?t=pe&id=2764 | General Interest: Scale-up Systems India - Improving Process Transfer with DynoChem |
dcresources.scale-up.com/?t=pe&id=370 | Guest: Naresh Chennamsetty, BMS: Determining Solubility of APIs and Intermediates |
dcresources.scale-up.com/?t=pe&id=2747 | Guest: Wilfried Hoffmann, Pfizer: Use of DynoChem in Process Development |
dcresources.scale-up.com/?t=pe&id=353 | General Interest: DynoChem: What's in it for me? |
dcresources.scale-up.com/?t=pe&id=400 | Guest: Flavien Susanne, Pfizer: Development of a Continuous Crystallisation using DynoChem modelling |
dcresources.scale-up.com/?t=pe&id=402 | General Interest: Five New Process Modelling Success Stories from the Pharmaceutical Industry |
dcresources.scale-up.com/?t=pe&id=334 | General Interest: Predicting scale-up of solid-liquid separation |
dcresources.scale-up.com/?t=pe&id=323 | For Managers: How to transform productivity in chemical development and scale-up using process modeling |
dcresources.scale-up.com/?t=pe&id=321 | General Interest: Late phase crystallization process design based on solubility regression |
dcresources.scale-up.com/?t=pe&id=322 | Guest: David Place, Pfizer: Use of up-front thinking and modeling to define a better lab scale DOE study |
dcresources.scale-up.com/?t=pe&id=320 | General Interest: Early phase crystallization solvent selection and solubility prediction |
dcresources.scale-up.com?t=pu | Customer Publications |
dcresources.scale-up.com/?t=pu&id=6200 | Effects of Scale, Equipment, and Operation on Agglomeration during a Reactive Crystallization |
dcresources.scale-up.com/?t=pu&id=6201 | Process Intensification Strategies and Sustainability Analysis for Amidation Processing in the Pharmaceutical Industry |
dcresources.scale-up.com/?t=pu&id=6203 | An Introduction to Closed‐Loop Process Optimization and Online Analysis |
dcresources.scale-up.com/?t=pu&id=6202 | The Role of Residence Time Distribution in the Continuous Steady-State Mixed Suspension Mixed Product Removal Crystallization of... |
dcresources.scale-up.com/?t=pu&id=6172 | Process Development of a Suzuki Reaction used in the Manufacture of Lanabecestat |
dcresources.scale-up.com/?t=pu&id=6167 | Selected highlights at AIChE Annual Meeting 2018 |
dcresources.scale-up.com/?t=pu&id=6204 | Continuous‐flow Synthesis of Aryl Aldehydes by Pd‐catalyzed Formylation of Aryl Bromides Using Carbon Monoxide and Hydrogen |
dcresources.scale-up.com/?t=pu&id=6173 | Evaluation of Just-Suspended Speed Correlations in Lab-Scale Tanks with Varying Baffle Configurations |
dcresources.scale-up.com/?t=pu&id=6149 | Effects of Scale-Up on the Mechanism and Kinetics of Crystal Nucleation |
dcresources.scale-up.com/?t=pu&id=6144 | Accelerating Active Ingredient Development with Early Stage DynoChem Simulations |
dcresources.scale-up.com/?t=pu&id=6148 | Stereoretentive Etherification of an α-Aryl-β-amino Alcohol Using a Selective Aziridinium Ring Opening for the Synthesis of AZD7... |
dcresources.scale-up.com/?t=pu&id=6145 | Minimize the Heat Accumulation at Production Scale by Modeling Qr of Exothermic Reaction |
dcresources.scale-up.com/?t=pu&id=6128 | Process design methodology for organometallic chemistry in continuous flow systems |
dcresources.scale-up.com/?t=pu&id=6143 | Control of Crystallization PSD using DynoChem Simulation |
dcresources.scale-up.com/?t=pu&id=6146 | Dynamic Modeling of Intermediate and API Drying Operations |
dcresources.scale-up.com/?t=pu&id=6118 | High-Throughput Automated Design of Experiment (DoE) and Kinetic Modeling to Aid in Process Development of an API |
dcresources.scale-up.com/?t=pu&id=6111 | Development of a Safe and Scalable Process for the Preparation of Allyl Glyoxalate |
dcresources.scale-up.com/?t=pu&id=6095 | Selected highlights at AIChE Annual Meeting 2017 |
dcresources.scale-up.com/?t=pu&id=6147 | Using DynoChem to support the development of Biotechnology-based semi-synthetic API Production |
dcresources.scale-up.com/?t=pu&id=6100 | Development of a Robust and Reusable Microreactor Employing Laser Based Mid-IR Chemical Imaging for the Automated Quantification... |
dcresources.scale-up.com/?t=pu&id=6101 | Match-Making Reactors to Chemistry: A Continuous Manufacturing-Enabled Sequence to a Key Benzoxazole Pharmaceutical Intermediate |
dcresources.scale-up.com/?t=pu&id=6037 | Development of a Leuckart-Wallach Reaction in Flow for the Synthesis of Abemaciclib |
dcresources.scale-up.com/?t=pu&id=6083 | Use of DynoChem to estimate kinetics parameters for reactive salting out crystallizations |
dcresources.scale-up.com/?t=pu&id=6072 | Mechanistic investigation of a Ru-catalyzed direct asymmetric reductive amination reaction for a batch or continuous process sca... |
dcresources.scale-up.com/?t=pu&id=6038 | Screwing NaBH4 through a Barrel without a Bang: A Kneaded Alternative to Fed-Batch Carbonyl Reductions |
dcresources.scale-up.com/?t=pu&id=6028 | Using Dynochem Mixing utilities to ensure safe scale-up of a highly exothermic mixing limited reaction |
dcresources.scale-up.com/?t=pu&id=6061 | Modeling reduces nickel needed in catalytic reactions |
dcresources.scale-up.com/?t=pu&id=6027 | Evaluating runaway reaction scenarios during scale up to large scale using DynoChem |
dcresources.scale-up.com/?t=pu&id=6057 | Recent Developments in the Crystallization Process: Toward the Pharmaceutical Industry |
dcresources.scale-up.com/?t=pu&id=6039 | Kinetic Modeling of the Nickel-Catalyzed Esterification of Amides |
dcresources.scale-up.com/?t=pu&id=6029 | Utilizing DynoChem Modelling to Design the Continuous Crystallization of an Active Pharmaceutical Ingredient |
dcresources.scale-up.com/?t=pu&id=6054 | Identification and characterisation of a salt form of Danirixin with reduced pharmacokinetic variability in patient populations |
dcresources.scale-up.com/?t=pu&id=6026 | Development of Modeling Enhanced Work Streams to Optimize the Scale-up of Solvent Switches |
dcresources.scale-up.com/?t=pu&id=6009 | The Pharmaceutical Drying Unit Operation: An Industry Perspective on Advancing the Science and Development Approach for Scale-Up... |
dcresources.scale-up.com/?t=pu&id=6040 | The Development of a Dimroth Rearrangement Route to AZD8931 |
dcresources.scale-up.com/?t=pu&id=6041 | Development and Scale-up of a Biocatalytic Process To Form a Chiral Sulfoxide |
dcresources.scale-up.com/?t=pu&id=6052 | Development of a concise, scalable synthesis of a CCR1 antagonist utilizing a continuous flow Curtius rearrangement |
dcresources.scale-up.com/?t=pu&id=6055 | Measurement and prediction of dabigatran etexilate mesylate Form II solubility in mono-solvents and mixed solvents |
dcresources.scale-up.com/?t=pu&id=5959 | Incorporating DynoChem Process Simulation Software into a Chemical Engineering Programme |
dcresources.scale-up.com/?t=pu&id=5991 | Characterization of Lab and Plant Reactors Using Fast Competitive Reactions and a Predictive Model |
dcresources.scale-up.com/?t=pu&id=5943 | Selected highlights at AIChE Annual Meeting 2016 |
dcresources.scale-up.com/?t=pu&id=6042 | Practical Synthesis of MDM2 Antagonist RG7388. Part 2: Development of the Cu(I) Catalyzed [3 + 2] Asymmetric Cycloaddition Proce... |
dcresources.scale-up.com/?t=pu&id=5960 | Characterization of Mixing in Reactors, Part 2 |
dcresources.scale-up.com/?t=pu&id=6010 | Development of a Control Strategy for a Final Intermediate to Enable Impurities Control |
dcresources.scale-up.com/?t=pu&id=6053 | Rapid multistep kinetic model generation from transient flow data |
dcresources.scale-up.com/?t=pu&id=6051 | The scale-up of continuous biphasic liquid/liquid reactions under super-heating conditions: methodology and reactor design |
dcresources.scale-up.com/?t=pu&id=5935 | DynoChem in TEVA API: Training colleagues for optimized use & implementation |
dcresources.scale-up.com/?t=pu&id=5925 | Characterization of Mixing in Reactors, Part 1 |
dcresources.scale-up.com/?t=pu&id=6011 | A Scalable Synthesis of 2-(1,2,4-Oxadiazol-3-yl)propan-2-amine Hydrobromide Using a Process Safety-Driven Protecting Group Strat... |
dcresources.scale-up.com/?t=pu&id=5924 | Mitigating the risk of Coprecipitation of Pinacol during Isolation from Telescoped Miyaura Borylation and Suzuki Couplings Utili... |
dcresources.scale-up.com/?t=pu&id=6064 | O-Phenylisourea Synthesis and Deprotonation: Carbodiimide Elimination Precludes the Reported Chapman Rearrangement |
dcresources.scale-up.com/?t=pu&id=6012 | Palbociclib Commercial Manufacturing Process Development. Part I: Control of Regioselectivity in a Grignard-Mediated SNAr Coupli... |
dcresources.scale-up.com/?t=pu&id=6013 | Investigation of Variable Impurity Profile from a Mitsunobu Reaction Using Insights from Kinetic Modeling, Multi-Phase Interacti... |
dcresources.scale-up.com/?t=pu&id=6065 | Industrial Crystallization in China |
dcresources.scale-up.com/?t=pu&id=5881 | Development and Scale-up of Acrylamide Formation Using an Impinging Jet |
dcresources.scale-up.com/?t=pu&id=5888 | Mitigating the Risk of Coprecipitation of Pinacol during Isolation from Telescoped Miyaura Borylation and Suzuki Couplings Utili... |
dcresources.scale-up.com/?t=pu&id=5854 | Model-Based Process Control in API Manufacturing: A QbD-vantage! |
dcresources.scale-up.com/?t=pu&id=5887 | Selected highlights at AIChE Annual Meeting 2015 |
dcresources.scale-up.com/?t=pu&id=6082 | Mono- and tri-ester hydrogenolysis using tandem catalysis. Scope and mechanism |
dcresources.scale-up.com/?t=pu&id=5853 | Model and Experimental Driven Approach to Develop and Innovate Batch & Continuous Process Development for Grignard Reactions |
dcresources.scale-up.com/?t=pu&id=6014 | Kinetics Model for Designing Grignard Reactions in Batch or Flow Operations |
dcresources.scale-up.com/?t=pu&id=5852 | Ensuring Quality Through Understanding Kinetics and Mixing |
dcresources.scale-up.com/?t=pu&id=5850 | Evolution and validation of kinetic motifs using continuous-flow reactors |
dcresources.scale-up.com/?t=pu&id=6015 | A Kinetics-Based Approach for the Assignment of Reactivity Purge Factors |
dcresources.scale-up.com/?t=pu&id=5849 | A course on batch process design and analysis using DynoChem |
dcresources.scale-up.com/?t=pu&id=5855 | Impurity Profiling, Kinetics, and Representative Sampling from Reaction Slurries. |
dcresources.scale-up.com/?t=pu&id=5856 | Rapid Decision Making Enabled Through Chemical Process Intensification. |
dcresources.scale-up.com/?t=pu&id=5811 | Modelling Acid-Base Equilibria using DynoChem: Acid-Catalysed Condensation |
dcresources.scale-up.com/?t=pu&id=5809 | Kinetic Modeling Study and Scale-up of Biogas Generation |
dcresources.scale-up.com/?t=pu&id=5810 | Development and Scale up of Gas-Liquid Systems Facilitated through Process Modeling |
dcresources.scale-up.com/?t=pu&id=6016 | Application of Safety by Design Methodology in Evaluating Process Safety for a Duff Reaction Using Predictive Process Simulators |
dcresources.scale-up.com/?t=pu&id=6017 | Solid–Liquid Suspension in Pilot Plants: Using Engineering Tools to Understand At-Scale Capabilities |
dcresources.scale-up.com/?t=pu&id=6018 | Appearance of a New Hydrated Form during Development: A Case Study in Process and Solid-State Optimization |
dcresources.scale-up.com/?t=pu&id=6062 | Design of Safe Energetic Process Using the Advanced Flow Reactor |
dcresources.scale-up.com/?t=pu&id=5331 | Use of solubility maps to develop robust crystallizations |
dcresources.scale-up.com/?t=pu&id=6063 | Using Data-Rich Experimentation to Enable the Development of Continuous Processes |
dcresources.scale-up.com/?t=pu&id=6019 | IR and NMR Reaction Monitoring Techniques for Nucleophilic Addition Reactions: In Situ Monitoring of the Addition of Benzimidazo... |
dcresources.scale-up.com/?t=pu&id=6066 | Mechanism of Phosphine Borane Deprotection with Amines: The Effects of Phosphine, Solvent and Amine on Rate and Efficiency |
dcresources.scale-up.com/?t=pu&id=5287 | Kinetic studies in microreactors – requirements for reliable data and successful reactor scale-up |
dcresources.scale-up.com/?t=pu&id=5290 | METHOD FOR PREDICTION OF PHARMACEUTICAL SOLUBILITY FOR SOLVENT SELECTION |
dcresources.scale-up.com/?t=pu&id=6023 | Development of Flow Processes for the Syntheses of N-Aryl Pyrazoles and Diethyl Cyclopropane-cis-1,2-dicarboxylate |
dcresources.scale-up.com/?t=pu&id=6067 | High cell density cultivation of Pseudomonas putida KT2440 using glucose without the need for oxygen enriched air supply |
dcresources.scale-up.com/?t=pu&id=5282 | Selected highlights and talks featuring DynoChem at AIChE Annual Meeting 2014 |
dcresources.scale-up.com/?t=pu&id=5286 | Kinetic and Scale-up Investigations of a Michael Addition in Microreactors |
dcresources.scale-up.com/?t=pu&id=6020 | Development of a Continuous Plug Flow Process for Preparation of a Key Intermediate for Brivanib Alaninate |
dcresources.scale-up.com/?t=pu&id=5260 | Development of an ammonolysis reaction kinetics model for improved process understanding and parametric flexibility |
dcresources.scale-up.com/?t=pu&id=6021 | Development of a Modeling-Based Strategy for the Safe and Effective Scale-up of Highly Energetic Hydrogenation Reactions |
dcresources.scale-up.com/?t=pu&id=5257 | Kinetic and manufacturing evaluations of 2,6-diaminopyrazine-1-oxide (DAPO) production |
dcresources.scale-up.com/?t=pu&id=5296 | In-situ Analyses of Unstable Compounds in Batch and Flow Conditions |
dcresources.scale-up.com/?t=pu&id=5249 | Development of a modeling-based strategy for the safe and effective scale-up of highly energetic hydrogenation reactions |
dcresources.scale-up.com/?t=pu&id=5248 | Application of Kinetic Modeling and Competitive Solvent Hydrolysis in the Development of a Highly Selective Hydrolysis of a Nitr... |
dcresources.scale-up.com/?t=pu&id=5244 | Process Schemes: Building Value into Process Understanding and Engineering Assessments |
dcresources.scale-up.com/?t=pu&id=6000 | Model Driven Process Design and Development for a Continuous Process |
dcresources.scale-up.com/?t=pu&id=4231 | Application of QbD in Continuous Processing: Approach Supported by DynoChem Process Simulation |
dcresources.scale-up.com/?t=pu&id=5295 | Applicability evaluation of AspenONE and DynoChem for solubility modeling in the pharmaceutical industry |
dcresources.scale-up.com/?t=pu&id=6044 | Application of In Situ Raman Spectroscopy To Facilitate Use of Hydrogen Peroxide on Kilogram Scale |
dcresources.scale-up.com/?t=pu&id=3295 | Modelling based approach to process development for the API synthesis hydrogenation step |
dcresources.scale-up.com/?t=pu&id=3283 | Applications of DynoChem in Thermal Process Safety |
dcresources.scale-up.com/?t=pu&id=6022 | Application of Kinetic Modeling and Competitive Solvent Hydrolysis in the Development of a Highly Selective Hydrolysis of a Nitr... |
dcresources.scale-up.com/?t=pu&id=3232 | Application of DynoChem in the Development of High Cell Density Bacterial Fermentation |
dcresources.scale-up.com/?t=pu&id=3269 | Predicting 24 and 8 h Adiabatic Decomposition Temperature for Low Temperature Reactions by Kinetic Fitting of Nonisothermal Heat... |
dcresources.scale-up.com/?t=pu&id=5247 | Use of Modeling and Process Analytical Technologies in the Design of a Catalytic Amination Reaction: Understanding Oxygen Sensit... |
dcresources.scale-up.com/?t=pu&id=3219 | DynoChem Applications in a Busy Commercial Plant |
dcresources.scale-up.com/?t=pu&id=3218 | Featured DynoChem Papers and Sessions at AIChE Annual Meeting 2013 |
dcresources.scale-up.com/?t=pu&id=5294 | Late Phase Solubility: an Advanced Automated Workflow to Support Crystallization Development |
dcresources.scale-up.com/?t=pu&id=3204 | Application of DynoChem in CMC Regulatory Support |
dcresources.scale-up.com/?t=pu&id=3201 | Application of DynoChem in Process Development and Commercialization |
dcresources.scale-up.com/?t=pu&id=3296 | Modeling-based Development of an Enantioselective Hydrogenation Reaction of a Sitagliptine Intermediate |
dcresources.scale-up.com/?t=pu&id=3167 | Application of DynoChem Reaction Modeling to Quality by Design |
dcresources.scale-up.com/?t=pu&id=6074 | Mechanisms of the Thermal and Catalytic Redistributions, Oligomerizations, and Polymerizations of Linear Diborazanes |
dcresources.scale-up.com/?t=pu&id=5246 | Model-Based Scale-up and Design Space Determination for a Batch Reactive Distillation with a Dean–Stark Trap |
dcresources.scale-up.com/?t=pu&id=6058 | Enquiry based learning in chemical engineering curriculum supported by computer aided delivery |
dcresources.scale-up.com/?t=pu&id=3027 | Reaction Kinetics of Nucleophilic Substitution in the Synthesis of Moxifloxacin |
dcresources.scale-up.com/?t=pu&id=3025 | Introduction of CAPE into an active pharmaceuticals ingredients company |
dcresources.scale-up.com/?t=pu&id=3070 | Optimization of the Manufacturing Route to PF-610355 ( 1 ): Synthesis of Intermediate 5 |
dcresources.scale-up.com/?t=pu&id=3071 | Optimization of the Manufacturing Route to PF-610355 ( 2 ): Synthesis of the API |
dcresources.scale-up.com/?t=pu&id=6045 | Optimization of the Manufacturing Route to PF-610355 (1): Synthesis of Intermediate 5 |
dcresources.scale-up.com/?t=pu&id=6046 | Optimization of the Manufacturing Route to PF-610355 (2): Synthesis of the API |
dcresources.scale-up.com/?t=pu&id=3068 | Selection of an Enantioselective Process for the Preparation of a CGRP Receptor Inhibitor |
dcresources.scale-up.com/?t=pu&id=2973 | Featured DynoChem Papers and Sessions at AIChE Annual Meeting 2012 |
dcresources.scale-up.com/?t=pu&id=3115 | Mechanism of Metal-Free Hydrogen Transfer between Amine−Boranes and Aminoboranes |
dcresources.scale-up.com/?t=pu&id=2960 | Implementing Quality by Design in Pharmaceutical Salt Selection: A Modeling Approach to Understanding Disproportionation |
dcresources.scale-up.com/?t=pu&id=6047 | Development of a Process for the Preparation of Chloromethyl Chlorosulfate |
dcresources.scale-up.com/?t=pu&id=6076 | Intermolecular Alkyne Hydroacylation. Mechanistic Insight from the Isolation of the Vinyl Intermediate That Precedes Reductive E... |
dcresources.scale-up.com/?t=pu&id=2928 | Drying Process Optimization for an API Solvate Using Heat Transfer Model of an Agitated Filter Dryer |
dcresources.scale-up.com/?t=pu&id=6056 | Computer aided delivery of case-based learning activities in EBL within chemical engineering curriculum |
dcresources.scale-up.com/?t=pu&id=5309 | Enquiry-based Learning in Engineering Curriculum: are we preparing graduates ready to face future challenges? |
dcresources.scale-up.com/?t=pu&id=2860 | Kinetic and Mechanistic Insight into the Thermodynamic Degradation of Saxagliptin |
dcresources.scale-up.com/?t=pu&id=2857 | ReactNMR and ReactIR as Reaction Monitoring and Mechanistic Elucidation tools |
dcresources.scale-up.com/?t=pu&id=2858 | Modeling-Based Approach Towards Quality by Design (QbD) for the Ibipinabant API Step |
dcresources.scale-up.com/?t=pu&id=2859 | Development of a Practical Synthesis of a Pyrazolopyridinone-Based p38 MAP Kinase Inhibitor |
dcresources.scale-up.com/?t=pu&id=2850 | Kinetic Understanding Using NMR Reaction Profiling |
dcresources.scale-up.com/?t=pu&id=2852 | Understanding and Control of Dimethyl Sulfate in a Manufacturing Process: Kinetic Modeling of a Fischer Esterification Catalyzed... |
dcresources.scale-up.com/?t=pu&id=2851 | Lean Filtration: Approaches for the Estimation of Cake Properties |
dcresources.scale-up.com/?t=pu&id=2848 | Modeling, Screening and PAT: The Development of a Pharmaceutical Crystallization |
dcresources.scale-up.com/?t=pu&id=2853 | Safe, Convenient ortho-Claisen Thermal Rearrangement Using a Flow Reactor |
dcresources.scale-up.com/?t=pu&id=2790 | Use of DynoChem in Process Development |
dcresources.scale-up.com/?t=pu&id=3116 | Development of a Generic Mechanism for the Dehydrocoupling of Amine-Boranes: A Stoichiometric, Catalytic, and Kinetic Study of H... |
dcresources.scale-up.com/?t=pu&id=3297 | Kinetic Modeling and Optimization of Operating Parameters for Transvinylation of Lauric Acid |
dcresources.scale-up.com/?t=pu&id=6048 | ReactNMR and ReactIR as Reaction Monitoring and Mechanistic Elucidation Tools: The NCS Mediated Cascade Reaction of α-Thioamides... |
dcresources.scale-up.com/?t=pu&id=2746 | AIChE 2011 Annual Meeting: Papers by and of interest to DynoChem users |
dcresources.scale-up.com/?t=pu&id=3069 | Discovery of a Novel, Efficient, and Scalable Route to Bendamustine Hydrochloride: The API in Treanda |
dcresources.scale-up.com/?t=pu&id=2745 | Model-Guided Design Space Development for a Drug Substance Manufacturing Process |
dcresources.scale-up.com/?t=pu&id=414 | Crystallization Process Improvement Driven by DynoChem Process Modeling |
dcresources.scale-up.com/?t=pu&id=407 | America’s Top Modelers: Pharmaceutical Manufacturing |
dcresources.scale-up.com/?t=pu&id=401 | Reaction Kinetics as a tool to underpin Control Strategy |
dcresources.scale-up.com/?t=pu&id=390 | A Data Driven Model Based Approach to Scale up of Hydrogenation Reactions in the API Industry |
dcresources.scale-up.com/?t=pu&id=391 | Applications in Kilo Lab Flow Chemistry and Scale-up |
dcresources.scale-up.com/?t=pu&id=392 | Scaling Up and Plant-to-Plant Transfer of Safety Data for an Exothermic Reaction |
dcresources.scale-up.com/?t=pu&id=393 | Modeling Solid-Liquid Separations: Fine-tuning the Filtration Model |
dcresources.scale-up.com/?t=pu&id=394 | Kinetics of a SnAr Reaction |
dcresources.scale-up.com/?t=pu&id=395 | Process Model = Process Understanding? |
dcresources.scale-up.com/?t=pu&id=396 | Thermal Scale-up – Vessel Characterization and Reaction Modelling with DynoChem |
dcresources.scale-up.com/?t=pu&id=397 | Models, Mass Balance, and Analytical Data |
dcresources.scale-up.com/?t=pu&id=403 | Process analysis of the conversion of styrene to biomass and medium chain length polyhydroxyalkanoate in a two-phase bioreactor |
dcresources.scale-up.com/?t=pu&id=384 | Abstracts and Program for DynoChem User Meeting London |
dcresources.scale-up.com/?t=pu&id=406 | America’s Top Modelers: PharmaQbD site |
dcresources.scale-up.com/?t=pu&id=385 | DynoChem Modeling for API Process Development: Early Stage Linking of Laboratory to At-Scale Performance |
dcresources.scale-up.com/?t=pu&id=386 | Applications of the Simple Filtration and Centrifugation Tool |
dcresources.scale-up.com/?t=pu&id=387 | Using DynoChem to Inform Experimental Design of Batch Crystallization: Case Studies in Scoping, Optimization, and Robustness |
dcresources.scale-up.com/?t=pu&id=388 | Modelling Small Molecule Synergistic Solubility Behavior |
dcresources.scale-up.com/?t=pu&id=389 | Pilot Scale Design and Continuous Manufacture of Novel Explosives Using Kinetic Modelling |
dcresources.scale-up.com/?t=pu&id=383 | Abstracts and Program for DynoChem User Meeting Chicago |
dcresources.scale-up.com/?t=pu&id=378 | Development of Kinetic Model and Process Prediction |
dcresources.scale-up.com/?t=pu&id=379 | Scale Up Perspectives in Pharmaceutical Industry |
dcresources.scale-up.com/?t=pu&id=380 | Kinetic Model Development for Reversible Reactions |
dcresources.scale-up.com/?t=pu&id=381 | Accelerate Process Development and Scale-up using Process Modeling |
dcresources.scale-up.com/?t=pu&id=382 | Abstracts and Program for DynoChem User Meeting Mumbai |
dcresources.scale-up.com/?t=pu&id=5293 | Genotoxic Impurities: Strategies for Identification and Control |
dcresources.scale-up.com/?t=pu&id=354 | An Example of Utilizing Mechanistic and Empirical Modeling in Quality by Design |
dcresources.scale-up.com/?t=pu&id=404 | A Mechanistic Insight into a Simple C−N Bond Formation via SN2 Displacement: A Synergistic Kinetics and Design of Experiment App... |
dcresources.scale-up.com/?t=pu&id=344 | AIChE 2010 Annual Meeting: Papers by and of interest to DynoChem users |
dcresources.scale-up.com/?t=pu&id=345 | A Detailed Study of Sulfonate Ester Formation and Solvolysis Reaction Rates and Application toward Establishing Sulfonate Ester ... |
dcresources.scale-up.com/?t=pu&id=347 | Efficient Synthesis of 8-Oxa-3-aza-bicyclo[3.2.1]octane Hydrochloride |
dcresources.scale-up.com/?t=pu&id=201 | Up-front Thinking to Design a Better Lab Scale DoE |
dcresources.scale-up.com/?t=pu&id=202 | Use of Mechanistic Models to Develop Design Spaces for Drug Substance Production |
dcresources.scale-up.com/?t=pu&id=203 | QbD Approach to Crystallization Process Design using Process Modeling |
dcresources.scale-up.com/?t=pu&id=204 | Presentations by and of interest to DynoChem users: ACT, AAPS and AIChE 2009 |
dcresources.scale-up.com/?t=pu&id=349 | Feasibility study for a passive trip system to prevent a runaway reaction in a batch reactor |
dcresources.scale-up.com/?t=pu&id=205 | Quality by design (QbD) for drug substance scale-up |
dcresources.scale-up.com/?t=pu&id=206 | Highly efficient asymmetric synthesis of Sitagliptin |
dcresources.scale-up.com/?t=pu&id=207 | All abstracts: DynoChem User Group Meeting 2009 |
dcresources.scale-up.com/?t=pu&id=208 | All distributable presentations: DynoChem User Group Meeting 2009 |
dcresources.scale-up.com/?t=pu&id=209 | Practical Insight on New Model Development: Filtration and Centrifugation |
dcresources.scale-up.com/?t=pu&id=210 | DynoChem Applications in Abbott's Process Safety Laboratory |
dcresources.scale-up.com/?t=pu&id=211 | Practical aspects of distillation modeling in DynoChem |
dcresources.scale-up.com/?t=pu&id=212 | Why Study a Synthetically Useless Reaction? - Unravelling Sulphonate Ester Formation using DynoChem |
dcresources.scale-up.com/?t=pu&id=213 | Optimization and Scale Up of chemical reaction during an API project development |
dcresources.scale-up.com/?t=pu&id=214 | An Example from GSK's Design for Manufacture Initiative: Use of Dynochem in Conjunction with Lab and Pilot Scale Data to Advance... |
dcresources.scale-up.com/?t=pu&id=215 | Pilot Plant Unit Operations Modeling as a Process Scale Tool |
dcresources.scale-up.com/?t=pu&id=216 | Roles of mechanistic and empirical modeling / DOE in achieving Quality by Design |
dcresources.scale-up.com/?t=pu&id=217 | Using DynoChem to Scale Up Data from Various Calorimeters |
dcresources.scale-up.com/?t=pu&id=218 | Development of a high performance, company specific DynoChem front-end |
dcresources.scale-up.com/?t=pu&id=219 | How Process Safety and Environmental lab can guide Process Development |
dcresources.scale-up.com/?t=pu&id=220 | Lean and green, the value of API process design |
dcresources.scale-up.com/?t=pu&id=221 | DynoChem Modelling of 3 Continuous Stirred Tank Reactors |
dcresources.scale-up.com/?t=pu&id=222 | Modeling is the Easy Part! : Getting the right data and getting the data right is the challenging part! |
dcresources.scale-up.com/?t=pu&id=223 | Using DynoChem to determine a suitable sampling endpoint for reaction analysis in a DoE |
dcresources.scale-up.com/?t=pu&id=6060 | Reaction kinetics and optimization of the copper-catalyzed oxidation of ApoA-1M |
dcresources.scale-up.com/?t=pu&id=6050 | N,N′-Carbonyldiimidazole-Mediated Amide Coupling: Significant Rate Enhancement Achieved by Acid Catalysis with Imidazole·HCl |
dcresources.scale-up.com/?t=pu&id=224 | N,N'-Carbonyldiimidazole-mediated Amide Coupling: Significant rate enhancement achieved by acid catalysis with Imidazole.HCl |
dcresources.scale-up.com/?t=pu&id=225 | Data-Mining and Modeling of a Centrifuge |
dcresources.scale-up.com/?t=pu&id=226 | The Design and Scale-up of an API Crystallization: Process Understanding Supported by Modeling to Achieve Consistency |
dcresources.scale-up.com/?t=pu&id=227 | An Example from GSK's Design for Manufacture Initiative: Use of Dynochem In Conjunction with Lab and Pilot Scale Data to Advance... |
dcresources.scale-up.com/?t=pu&id=228 | Process Modeling Based Approach towards Quality by Design for An API Synthetic Step |
dcresources.scale-up.com/?t=pu&id=229 | Use of In-Line FTIR for the Kinetic Study of the Reaction and Degradation of Propylene Oxide In the Synthesis of a Pharmaceutica... |
dcresources.scale-up.com/?t=pu&id=230 | Understanding the Impact of Magnesium to Grignard Reaction Kinetic through on-Line Monitoring |
dcresources.scale-up.com/?t=pu&id=231 | Integration of PAT for the Development and Scale-up of a Hydrogenolysis Reaction |
dcresources.scale-up.com/?t=pu&id=232 | An Application of Reaction Engineering and Modeling In Quality by Design |
dcresources.scale-up.com/?t=pu&id=233 | Optimization of API Drying Via Hemi-Solvate Conversion Kinetics |
dcresources.scale-up.com/?t=pu&id=238 | Quality by Design and the Role of Mechanistic Modelling |
dcresources.scale-up.com/?t=pu&id=234 | A catalyzed and highly selective ester reduction in the synthesis of an N-Acylpyrrolidine: Safe design through reaction calorime... |
dcresources.scale-up.com/?t=pu&id=235 | Process Safety Testing and Process Modeling in the PSL Using DynoChem |
dcresources.scale-up.com/?t=pu&id=236 | Scale-up of Safety Data using Dynochem |
dcresources.scale-up.com/?t=pu&id=237 | Overview of DynoChem for safety applications |
dcresources.scale-up.com/?t=pu&id=239 | Green chemistry using continuous distillation to cut solvent usage |
dcresources.scale-up.com/?t=pu&id=240 | Modeling-Based Approach towards On-Scale Implementation of a Methanethiol-Emitting Reaction |
dcresources.scale-up.com/?t=pu&id=241 | Application of mechanistic thinking to create process understanding and support QbD in pharmaceutical process development and sc... |
dcresources.scale-up.com/?t=pu&id=242 | Application of mechanistic thinking to create process understanding and support QbD in pharmaceutical process development and sc... |
dcresources.scale-up.com/?t=pu&id=243 | Development of a scalable synthesis of GSK183390A, a PPAR alpha / gamma agonist |
dcresources.scale-up.com/?t=pu&id=244 | Application of Modeling in a Qbd Context |
dcresources.scale-up.com/?t=pu&id=245 | Modeling Based Approach towards on-Scale Implementation of a Methanethiol Emitting Reaction |
dcresources.scale-up.com/?t=pu&id=246 | Potential of S88, Batchml and Other Standards in Streamlining Process Modeling |
dcresources.scale-up.com/?t=pu&id=247 | Modeling challenges in process development |
dcresources.scale-up.com/?t=pu&id=248 | Optimising reaction performance in the pharmaceutical industry by monitoring with NMR |
dcresources.scale-up.com/?t=pu&id=249 | All abstracts: DynoChem User Group Meeting 2007 |
dcresources.scale-up.com/?t=pu&id=250 | All distributable presentations: DynoChem User Group Meeting 2007 |
dcresources.scale-up.com/?t=pu&id=251 | Application of DynoChem to kinetics in the laboratory and pilot plant. |
dcresources.scale-up.com/?t=pu&id=252 | Redesign and scale-up of an API crystallisation process |
dcresources.scale-up.com/?t=pu&id=253 | Modeling based approach towards on-scale implementation of a methanethiol emitting reaction |
dcresources.scale-up.com/?t=pu&id=254 | Using DynoChem to reduce batch cycle time in a gas-liquid reactor and commission a new unit. |
dcresources.scale-up.com/?t=pu&id=255 | Optimizing a multiphase reaction using DynoChem |
dcresources.scale-up.com/?t=pu&id=256 | Modeling and optimizing adiabatic multiphase, multisolid reaction systems with DynoChem |
dcresources.scale-up.com/?t=pu&id=257 | Scale-up optimization using simulation experiments. |
dcresources.scale-up.com/?t=pu&id=258 | GSK approach to enhancing process understanding using DynoChem: reaction kinetics examples |
dcresources.scale-up.com/?t=pu&id=259 | A case study of data-driven and model-based scaleup approach for API process development |
dcresources.scale-up.com/?t=pu&id=260 | Combined Experimental and Modeling Study of a Crystallization-Induced Dynamic Resolution |
dcresources.scale-up.com/?t=pu&id=261 | Exploitation of Crystallisation Analysis Tools in DynoChem to Predict Scale-Up |
dcresources.scale-up.com/?t=pu&id=262 | Facilitating late stage development through integrated process modeling |
dcresources.scale-up.com/?t=pu&id=263 | Discovery and development of a novel asymmetric hydrogenation of an unprotected enamine in the synthesis of Januvia: process imp... |
dcresources.scale-up.com/?t=pu&id=264 | Scale-up from RC1 and ARC safety tests using DynoChem |
dcresources.scale-up.com/?t=pu&id=265 | Comparative evaluation of commercial software for kinetic parameter estimation. |
dcresources.scale-up.com/?t=pu&id=266 | DynoChem and homogeneous mixing: an example |
dcresources.scale-up.com/?t=pu&id=267 | DynoChem case studies in the safety lab |
dcresources.scale-up.com/?t=pu&id=268 | A kinetic investigation into the removal of carbobenxyloxy group from protected amines via hydrogenolysis reaction |
dcresources.scale-up.com/?t=pu&id=269 | Screening Adiabatic calorimetry: Simulation phi=1 in glass test cells by increasing the concentration |
dcresources.scale-up.com/?t=pu&id=5245 | Emerging Technologies Supporting Chemical Process R&D and Their Increasing Impact on Productivity in the Pharmaceutical Industry |
dcresources.scale-up.com/?t=pu&id=271 | Does Manufacturing in the Pharmaceutical Industry Lag Far Behind Potato Chip Makers? |
dcresources.scale-up.com/?t=pu&id=272 | Modeling and Reactor Design for a highly Exothermic Reaction System |
dcresources.scale-up.com/?t=pu&id=346 | Modeling Fouling Effects in LDPE Tubular Polymerization Reactors. 3. Computational Fluid Dynamics Analysis of a Reacting Zone |
dcresources.scale-up.com/?t=pu&id=6068 | Development of an Electrical Resistance Tomography Reactor for Pharmaceutical Processes |
dcresources.scale-up.com/?t=pu&id=274 | Application of Process Modelling Tools in the Scale-Up of Pharmaceutical Crystallisation Processes |
dcresources.scale-up.com/?t=pu&id=275 | Identification of New Catalysts to Promote Imidazolide Couplings and Optimisation of Reaction Conditions Using Kinetic Modelling |
dcresources.scale-up.com/?t=pu&id=348 | The role of CAPE in the development of pharmaceutical products |
dcresources.scale-up.com/?t=pu&id=276 | Scale-up of homogeneous and heterogeneous reaction systems based on kinetic modelling and RC1 data in DynoChem |
dcresources.scale-up.com/?t=pu&id=277 | FBRM-based strategies for the control of particle size in APIs |
dcresources.scale-up.com/?t=pu&id=278 | Modelling Drug Release from Multi-layered Compacts with Potential for Zero-order Release Kinetics |
dcresources.scale-up.com/?t=pu&id=281 | Characterisation of the scalability of hydrogenation reactions |
dcresources.scale-up.com/?t=pu&id=282 | Dynamic Modelling for Batch Process Simulation: A Case Study and Software Tool Development |
status.scale-up.com | Status |
go.scale-up.com/privacy | Privacy |
Domain Name: scale-up.com
Registry Domain ID: 22956422_DOMAIN_COM-VRSN
Registrar WHOIS Server: whois.register.com
Registrar URL: http://www.register.com
Updated Date: 2000-03-21T05:00:00Z
Creation Date: 2000-03-21T11:24:21Z
Registrar Registration Expiration Date: 2019-03-21T10:24:21Z
Registrar: Register.com, Inc.
Registrar IANA ID: 9
Registrar Abuse Contact Email: abuse@web.com
Registrar Abuse Contact Phone: +1.8773812449
Reseller:
Domain Status: clientTransferProhibited http://icann.org/epp#clientTransferProhibited
Registry Registrant ID:
Registrant Name: PERFECT PRIVACY, LLC
Registrant Organization:
Registrant Street: 12808 Gran Bay Pkwy West
Registrant City: Jacksonville
Registrant State/Province: FL
Registrant Postal Code: 32258
Registrant Country: US
Registrant Phone: +1.9027492701
Registrant Phone Ext.:
Registrant Fax:
Registrant Fax Ext.:
Registrant Email: 56fe35400a28fd0a0360b1a41a145057@domaindiscreet.com
Registry Admin ID:
Admin Name: PERFECT PRIVACY, LLC
Admin Organization:
Admin Street: 12808 Gran Bay Pkwy West
Admin City: Jacksonville
Admin State/Province: FL
Admin Postal Code: 32258
Admin Country: US
Admin Phone: +1.9027492701
Admin Phone Ext.:
Admin Fax:
Admin Fax Ext.:
Admin Email: 56fe353d0a28fd0a0568315958871420@domaindiscreet.com
Registry Tech ID:
Tech Name: PERFECT PRIVACY, LLC
Tech Organization:
Tech Street: 12808 Gran Bay Pkwy West
Tech City: Jacksonville
Tech State/Province: FL
Tech Postal Code: 32258
Tech Country: US
Tech Phone: +1.9027492701
Tech Phone Ext.:
Tech Fax:
Tech Fax Ext.:
Tech Email: 56fe35410a28fd0a412e87b79666fd76@domaindiscreet.com
Name Server: d.dxmx.com
Name Server: c.dxmx.com
Name Server: b.dxmx.com
Name Server: a.dxmx.com
>>> Last update of WHOIS database: 2000-03-21T05:00:00Z <<<
For more information on Whois status codes, please visit https://www.icann.org/resources/pages/epp-status-codes-2014-06-16-en.
The data in Register.com's WHOIS database is provided to you by
Register.com for information purposes only, that is, to assist you in
obtaining information about or related to a domain name registration
record. Register.com makes this information available "as is," and
does not guarantee its accuracy. By submitting a WHOIS query, you
agree that you will use this data only for lawful purposes and that,
under no circumstances will you use this data to: (1) allow, enable,
or otherwise support the transmission of mass unsolicited, commercial
advertising or solicitations via direct mail, electronic mail, or by
telephone; or (2) enable high volume, automated, electronic processes
that apply to Register.com (or its systems). The compilation,
repackaging, dissemination or other use of this data is expressly
prohibited without the prior written consent of Register.com.
Register.com reserves the right to modify these terms at any time.
By submitting this query, you agree to abide by these terms.
User-agent: *
Allow: /
США - 72.21.194.1
США - 72.21.211.176
США - 72.21.214.128
Amazon.com
Amazon.com
HTTP/1.1 200 OK
Cache-Control: private
Content-Length: 246754
Content-Type: text/html; charset=utf-8
Server: Microsoft-IIS/10.0
X-AspNetMvc-Version: 5.2
X-AspNet-Version: 4.0.30319
X-Powered-By: ASP.NET
Set-Cookie: ARRAffinity=0d0411f8cddc3e3a4e64a8c1d5964d6188c2aa803b758335a083f196936a5b46;Path=/;HttpOnly;Domain=www.scale-up.com
Date: Thu, 18 Apr 2019 14:21:27 GMT
Кнопка для анализа сайта в один клик, для установки перетащите ссылку на "Панель закладок"