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Theme
Shaping the Future with Latest Advancements in Analytical Chemistry
- Analytical Chemistry 2019

About Conference

Analytical Chemistry 2019 is well-pleased to welcome you all to the "2nd International Conference on Analytical Chemistry and Chromatography Methods" scheduled for November 20-21, 2019 in Berlin, Germany.

Analytical Chemistry 2019, the conference provides more focused sessions like symposium, lectures, workshops on a variety of topics, poster presentations and various programs for participants from all over the world.

The Conference gears up to provide you the opportunity to meet and interact with leading scholars, researchers, friends, colleagues, sponsors, exhibitors and undergraduates over the globe to convey a universal conference for the proclamation of unique research result, new findings, and functional change experience.

We invite you to join at Analytical Chemistry 2019 where you will be sure to have a meaningful experience with scholars around the world.

We look forward to seeing you in Berlin, Germany!!!!!

Registration Benefits:

·         All 2 days programs

·         Reception banquet

·         B2B meetings

·         A free paper abstract in our Journal for free of cost

·   Accepted Abstracts will be published in respective supporting journals, each abstract will be labeled with a DOI provided by Cross Ref.

·         Certificate of presentation by International Organizing Committee (IOCM)

·         Can attend all the Interactive sessions and Workshops

·    All attendees can avail CPD Credits (Continuing Professional Development) by attending our prestigious conference.

·         Career Guidance Workshops to the Graduates, Doctorates and Post-Doctoral Fellows

·         2 days Lunch during the conference

·         Coffee break during the conference

·         Conference Kit

·To get register for Analytical Chemistry 2019: http://analytical-chemistry.alliedacademies.com/registration



Analytical Chemistry 2019, provides a platform to establish and furnish their knowledge beyond their distinguished academics in the field of Analytical Chemistry by engaging with research scholars, scientist, Industry researchers, public health professional, Research laboratories Scientist

The main aim of this conference is to provide the supplement to their new ideas and to know about the advancement in the field of Analytical Chemistry.

 Target Audience:

·         Industrial Leaders

·         CEO's and R&D Heads from Industries

·         Professors and Students

·         Research laboratories Scientist

·         Manufacturers

·         Brand Marketers

·         Advertising Agency Executives

·         Business Delegates

Welcome Message


It is a great pleasure and an honour to extend to you all a warm invitation in welcoming every one of the members over the globe, to attend the “2nd International Conference on Analytical Chemistry and Chromatography Methods to be held November 20-21, 2019 at the Berlin, Germany with the theme “Shaping the Future with Latest Advancements in Analytical Chemistry”.

Analytical Chemistry 2019, unites the participants from the scientific community who has contributed well in the field of Analytical Chemistry.

Analytical Chemistry is a branch of present day Science of remarkable social noteworthiness, which impacts different areas of contemporary life, welfare and security of social requests, progress in all fields of current advancements. Scientific science is the segment of science most firmly identified with building and includes in the advancement of new instrumentation and new innovation used to partitioned, distinguish, and measure matter. It is worried about the down to earth utilization of science, has seen expanded enthusiasm for the development of the super interdisciplinary zones of nanotechnology and frameworks science.

The conference sessions cover a broad scientific content, coming together to present and explains about the role of mass spectrometry in molecular and cellular biology, including forensic toxicology, metabolomics, proteomics, pharma/bio pharma, and clinical research. Bio-process tool, drug testing, carbon dating which will provide a platform for the exchange of ideas and dedicated views by leading scientists as well as business leaders and investors in this exciting field.

Hold hands with Analytical Chemistry Conference 2019 to connect with your nobles, peers, exchange knowledge, and experiences, and upgrade yourself with the latest information to take your department to the next level.

I hope to see you in Berlin, Germany and I am confident that this Congress will greatly contribute to achieving our common goals.

Sincerely,

Analytical Chemistry 2019Organizing Committee

Sessions/Tracks

TRACK-1  Analytical Chemistry and Methodology




Analytical Chemistry is the science of obtaining, processing, and communicating information about the composition and structure of matter. Analytical chemistry studies and uses instruments and methods used to separate, identify, and quantify matter.  In practice separation, identification or quantification may constitute the entire analysis or be combined with another method. Separation isolates analytes. Traditional technique subdivided into two strategies: the qualitative and the quantitative strategy for examination:-

Qualitative Examination- Established subjective investigation is performed by including one or a progression of synthetic reagents to the analyte. By watching the concoction responses and their items, one can conclude the personality of the analyte. The additional reagents are picked so they specifically respond with one or a solitary class of substance mixes to shape a particular response item.

Quantitative Investigation- Traditional quantitative investigation can be partitioned into gravimetric examination and volumetric examination. The two strategies use comprehensive concoction responses between the analyte and included reagents.

·         Applications of Analytical Chemistry.

·         Environmental Analytical Chemistry.

·         Process Analytical Chemistry.

·         Instrumental Methods.


TRACK-2  Bio-analytical Methodology



The headway of the bio-analytical methodology brought a dynamic order for which the future holds many stimulating chances to assist progressions. The guideline impact of bio-investigation in the pharmaceutical region is to gain a quantitative proportion of the medication and its metabolites. The purpose behind existing is to play out the pharmaco-kinetics, toxic-energy, bio-equivalence and introduction response like pharma-cokinetic / pharmaco-dynamics examines. Diverse bio-analytical frameworks are performed in bio-logical examinations. This review generally features the piece of bio-scientific strategies and hyphenated instruments in assessing the bio-examination of the drugs.

·         Hyphenated techniques

·         Chromatographic strategies

·         Ligand bio-diagnostic procedures


TRACK-3  Polymer Science and Material Science




Polymer Science and Material Science is made out of specialists and designers who focus on creative, multidisciplinary answers for materials, systems, and things starting at the atomic level. The disclosure of new materials is essential to making advancement for what's to come. Masters in our area of ability are coordinating and examining new common, inorganic, and polymeric materials that can be associated in biodegradable plastics, sun based cells, light-emanating diodes, control gadget terminals, alluring contraptions, deplete frameworks, layers, hydrogen amassing devices, and diverse applications.

·         Dynamic Mechanical Investigation

·         Electron Turn Reverberation Spectroscopy

·         Fluorescence

·         Differential Filtering Calorimetry

·         Materials Designing


TRACK-4  Biopolymers and Biomaterials



Biopolymers are pulling in enormous thought for the most part because of their contrasting applications that can address creating environmental concerns and essential demands. The enhancement of various bio-materials makes important types of progress in the helpful field likewise, and various bio-polymers are used for the formation of bio-materials. Togetherbiopolymers and biomaterials make unprecedented potential for new materials, applications, and vocations.

Biopolymer and Biomaterials, covers the science and utilization of bio-polymers and bio-materials. It shows an assortment of different examinations on bio-polymers and bio-materials, close by their results, clarification, and the ends met up at through examinations. It joins bio-polymer blend, their depictions, and their potential applications.

·         Starch based bio-polymers

·         Sugar based bio-polymers

·         Cellulose based bio-polymers

·         Synthetic based bio-polymers

·         Investigating Nano-structured hydro-gels for applications ranging from regenerative medicine to cancer therapy

·         Designing biodegradable polymer scaffolds for tissue engineering

·         Bio-engineering single crystal deposition by cells

·         Addressing the complex biological processing and mechanical properties of bone, teeth, and porous scaffolds

·         Developing breakthrough approaches to inter-facial adhesion under wet and dry conditions, bio-fouling, and hybrid (i.e. hard-soft, synthetic- biological) materials at different length scales


TRACK-5  Chromatography




Chromatography is a lab method for the detachment of a blend. The blend is disintegrated in a liquid called the portable stage, which helps it through a structure holding another material called the stationary stage. The different constituents of the blend travel at various velocities, making them isolated. The detachment depends on differential parceling between the versatile and stationary stages. Unobtrusive contrasts in a compound's parcel coefficient result in differential maintenance on the stationary stage and along these lines influence the detachment.  Chromatography might be preparative or analytical. The reason for preparative chromatography is to isolate the parts of a blend for later utilize, and is subsequently a type of filtration. Expository chromatography is done regularly with littler measures of material and is for building up the nearness or estimating the general extents of analytes in a blend. The two are not totally unrelated.

·         Gas Chromatography

·         Thin-Layer Chromatography

·         Paper Chromatography

·         Liquid Chromatography

·         Advances in Chromatography & HPLC Techniques


TRACK-6  Electrophoresis




Electrophoresis delineates the relocation of a charged particle influenced by electric field. The rate of development of atom depends upon the nature of the field, on the net charge size and condition of the particles and besides on the ionic quality, consistency and temperature of medium in which the molecules are moving. As a symptomatic gadget, electrophoresis is immediate, fast and exceedingly fragile. It is utilized sensibly to think the properties of a solitary charged creature type and as a parcel framework.

Types of electrophoresis:-

·         Routine electrophoresis.

·         High determination electrophoresis.

·         Polyacrylamide gel electrophoresis.

·         Capillary electrophoresis.

·         Affinity electrophoresis.

·         Isoelectric focusing.

·         Immunochemical electrophoresis.

·         Two-dimensional electrophoresis.

·         Pulsed field electrophoresis.


TRACK-7  Spectroscopy




Spectroscopy is the investigation of the connection among issue and electromagnetic radiation. Generally, spectroscopy started through the investigation of obvious light scattered by its wavelength, by a crystal. Later the idea was extended extraordinarily to incorporate any connection with radiative vitality as an element of its wavelength or recurrence. Spectroscopic data are regularly spoken to by a discharge range, a plot of the reaction of enthusiasm as an element of wavelength or recurrence. Spectroscopy and spectrography are terms used to allude to the estimation of radiation force as an element of wavelength and are regularly used to depict exploratory spectroscopic strategies. Ghastly estimation gadgets are alluded to as spectrometers, spectro-photometers, spectrographs or otherworldly analyzers. With respect to the type of radiative energy, nature of interaction between the energy and the material and the type of material, spectroscopy has many sub-disciplines.

·         Electromagnetic Radiation

·         de Broglie Waves

·         Acoustic Spectroscopy

·         Dynamic Mechanical Analysis

·         Absorption Spectroscopy

·         Emission Spectroscopy

·         Elastic Scattering and Reflection Spectroscopy

·         Impedance spectroscopy

·         Inelastic Scattering Phenomena

·         Crompton Scattering

·         Coherent or Resonance Spectroscopy

·         Atomic Absorption Spectroscopy & Atomic Emission Spectroscopy

·         Flame Emission Spectroscopy

·         X-Ray Spectroscopy and X-Ray Fluorescence


TRACK-8  Mass Spectrometry




Mass spectrometry is a scientific strategy that ionizes particles to particles and they can be moved about and controlled by outside electric and attractive fields. The examples are generally presented through a warmed group bay, warmed direct inclusion test, or a gas chromatograph. Ionization Mass Spectrometry (ESI-MS) which has turned into an inexorably critical procedure in the clinical research Centre for basic examination or quantitative estimation of metabolites in a complex organic example.

This method fundamentally thinks about the impact of ionizing vitality on particles. It relies on substance responses in the gas stage in which test particles are expended amid the development of ionic and nonpartisan species.

Applications of Mass Spectrometry:-

·         Mass spectrometry imaging

·         Data analysis

·         Flame ionization (FID)

·         Electron capture (ECD)


TRACK-9  Nuclear Magnetic Resonance Spectroscopy




Nuclear Magnetic Resonance spectroscopy is a scientific science strategy utilized in quality control and research for deciding the substance and virtue of an example and in addition its sub-atomic structure. The standard behind NMR is that numerous cores have turn and all cores are electrically charged. In the event that an outer attractive field is connected, a vitality exchange is conceivable between the base vitality to a higher vitality level. The vitality exchange happens at a wavelength that compares to radio frequencies and when the turn comes back to its base level, vitality is radiated at a similar recurrence. The flag that coordinates this move is estimated from multiple points of view and handled with the end goal to yield a NMR range for the core concerned. Most much of the time, NMR spectroscopy is utilized by physicists and natural chemists to examine the properties of natural atoms, despite the fact that it is pertinent to any sort of test that contains cores having turn.

·         Resonant frequency

·         Bio-molecular NMR spectroscopy

·         Solid-state nuclear magnetic resonance


TRACK-10  Crystallography




Crystallography is part of science that bargains with recognizing the plan and holding of particles in crystalline solids and with the geometric structure of precious stone cross sections. Traditionally, the optical properties of precious stones were of incentive in mineralogy and science for the distinguishing proof of substances. Current crystallography is to a great extent dependent on the investigation of the diffraction of X-beams by gems going about as optical gratings. Utilizing X-beacrystallography, scientific experts can decide the interior structures and holding game plans of minerals and atoms, including the structures of substantial complex particles, for example, proteins and DNA.

·         Electron Crystallography

·         Crystallography of Novel Materials

·         Advanced Crystallography

·         Chemical Crystallography

·         Applications for Crystallography


TRACK-11  Proteomics




The focal point of proteomics is a natural gathering called the proteome. The proteome is dynamic, characterized as the arrangement of proteins communicated in a particular cell, given a specific arrangement of conditions. Inside a given human proteome, the quantity of proteins can be as expansive as 2 millionProteins themselves are macro-molecules: long chains of amino acids. This amino corrosive chain is built when the cell hardware of the ribosome interprets RNA transcripts from DNA in the cell's core. The exchange of data inside cells generally pursues this way, from DNA to RNA to protein.

·         Protein Sample Preparation

·         Protein Separations; chromatography, electrophoresis, centrifugation

·         Protein Primary Structure, Identification and Interactions

·         Emerging and Miscellaneous Proteomics Technologies

·         Post-Translational Modification

·         Proteomics and Drug Discovery


TRACK-12  Advances in Separation Techniques




The procedure of separation is necessary unit activity in the majority of the Modern Pharmaceutical Techniques, substance and different process plants. Among the separation forms, some are standard and customary procedures, similar to, refining Process, retention process, adsorption process, and so forth. These procedures are very normal and the important advancements are all around created and all around examined. Then again, more current separation processes like membrane based methods, super-critical fluid extraction, chromatographic separation, and so on, are picking up significance in present day days plants as novel detachment forms.

·         Hyphenated Separation Techniques

·         Chromatography as a Separation Technique

·         Spectroscopy as Separation Technique


TRACK-13  Analytical Biotechnology




Current analytical biotechnology is revolved around the usage of a game plan of engaging stage headway's that give contemporary best in class instruments for genomics, proteomics, metabolomics, sedate disclosure, screening and examination of normal thing particles. Thu-sly, consistent biotechnology covers all locales of bio examination from bio-chips and Nano-chemistry to science and high throughput screening. Moreover, it plans to apply moved robotization and littler scale creation development to the headway of mechanical and fluid contraptions and facilitated structures. Huge stages are the use of immobilized particles in biotechnology and bio-analysis, immunological systems, immunological strip tests, fluorescence distinguishing proof and con-focal techniques, optical and electro-chemical biosensors, bio-chips, littler scale specking, novel transducers, for instance, Nano packs, atomic compel microscopy based procedures and examination in complex media, for instance, development juices, plasma and serum.


TRACK-14  Green Analytical Chemistry




Green analytical chemistry methods are that produce less risky waste and that are more secure to utilize and more amiable to nature. It is for growing new diagnostic philosophies and adjusting an old strategy to consolidate techniques that either utilize less perilous synthetic compounds or utilize lesser measures of risky synthetic compounds.

·         Cloud Point Extraction (CPE)

·         Greening through Screening

·         Solid-phase extraction (SPE)

·         Solid-phase micro extraction (SPME)

·         Super-critical Fluid Extraction


TRACK-15  Radio-analytical Chemistry




Radio-analytical chemistry is utilized for examination of an example for their radionuclide content. The Radio-Analytical Chemistry Capability (RACC) joins radio-analytical chemistry and medium level gamma-beam spectrometry. This capacity has aptitude in the estimation of regular and anthropogenic radionuclides, and investigation of ecological examples from flawless, human affected and polluted situations.

·         Gamma spectrometry

·         Liquid Scintillation Analysis

·         Alpha Spectrometry

·         Radio-analytical chemistry techniques


TRACK-16  Pharmaceutical Analytics




Pharmaceutical Analytics is a strategy or a course of action of methods to recognize or conceivably measure a substance or prescription, the parts of a pharmaceutical game plan or mix or the affirmation of the structures of engineered blends used as a piece of the arrangement of pharmaceutical thing. The pharmaceutical sciences join a far reaching extent of coherent requests stressed over Clinical Exploration, Medication Revelation, Medication Configuration, Medication Conveyance, Medication Activity, Medication Examination, Pharmaco-money related issues, and Administrative Issues. Pharmaceutical sciences are moreover subdivided into a couple of qualities they are Pharmacology, Pharmaco-dynamics, Pharmaco-kinetics, Pharmaceutical Toxicology, Pharmaco-genomics, Pharmaceutical science, Pharmaceutics, Pharmacognosy.

·         Novel Ways to deal with Expository and Bio-analytical Strategies

·         Bio-analytical Systems

·         Chromatography and Systems

·         Spectroscopic Systems

·         Nuclear Attractive Reverberation

·         Mass Spectroscopy

·         Regulatory Issues and Bio-safety Difficulties in Bio-analysis

·         Applications of Scientific and Bio-analytical Techniques


TRACK-17  Medicinal Chemistry




Medicinal chemistry manages the plan, improvement, and advancement of substance mixes for use as medications. It is an animating field as it joins numerous logical trains and takes into account coordinated effort with different researchers in examining and growing new medications.  Medicinal chemists apply their science preparing to the way toward combining new pharmaceuticals. They likewise enhance the procedures by which existing pharmaceuticals are made. They concentrated on medication revelation and improvement and are worried about the disconnection of therapeutic operators found in plants, and also the formation of new engineered medication mixes. Most physicists work with a group of researchers from various controls, including scientists, toxicologists, pharmacologists, hypothetical scientific experts, microbiologists, and bio drug specialists.

·         Toxicology.

·         Drug Discovery.

·         Pharmacology.

·         Biology.

·         Forensic Analysis.


TRACK-18  Water Chemistry Analysis




The chemical analysis of water provides considerable insight into the health and workings of lakes, rivers, oceans, and groundwater. Water chemistry has helped scientists to define the different currents and circulation of the world's oceans, improved their understanding of water's interactions with Earth's geologic materials, and given insight into the impact of human activities on water bodies. It also has provided a clearer understanding of the limits of a water body's ability to assimilate (take in) some level of pollution without harming the water system, its aquatic plants and animals, and humans who may use the water.

·         Water Analysis

·         Solubility Controls

·         Dissolved oxygen (COD, BOD)

·         Chemical Concentration of Water


TRACK-19  Applied Surface Analysis




The Applied Surface Analysis which examines the properties of materials that cooperate with the environment. Nowadays surfaces are treated from numerous points of view with the end goal to adjust their properties to uncommon prerequisites, e.g. Nano scale structures in the gadgets/semiconductor field, thin movies for anti-reflection coatings, and the function of surfaces with the end goal to upgrade certain concoction forms.

·         Alternative Energy

·         Bio and Bio-materials

·         Nano analysis

Market Analysis

Market Report

The global lab automation in analytical chemistry market is expected to register a CAGR of 5.70 %, over during the forecast period 2018-2023.

Technological innovations have improved productivity of clinical labs. With the increasing reliance on technology based systems and drastic growth of internet driven processes is driving the need for automation. Digital transformation - connecting devices with internet ensures remote monitoring, alerts, remote control, and notifications for everything. Using manual systems always exposes to the risk of errors, these systems collect data digitally and accurately, which would reduce the time by 60 percent.

Spectroscopy is one of the key techniques used in analytical chemistry. Instruments like HPLCs coupled with MS, GCs coupled with MS and atomic absorption spectrometers perform spectroscopy. Automation plays an important role in these instruments, ensuring that results obtained are consistent and accurate in nature. As the number of liquid entities, like reagents and samples is very high, liquid handling is a prime area of concern. There is a huge demand for automated liquid handling equipment in the analytical chemistry laboratory.

The market landscape in North America is extremely dynamic, with a high level of merger and acquisition activities. Both, manufacturers and clinical laboratories are increasingly vying for smaller specialized niche technology solutions to increase their market share.

Key Developments in the Market

September 2017 - Agilent announced a platinum sponsorship agreement with Lab Central, biotech innovation hub based in Cambridge, Massachusetts. As a platinum sponsor, Agilent will provide Lab Central's shared laboratory workspace with a variety of Agilent technology

July 2017 - Thermo Fisher Scientific announced two innovative technologies (ISQ EC Single Quadrupole mass spectrometer, MAbPac RP 1mm columns). These are expected to increase analytical analysis

June 2017 - Roche announced that it would be showcasing new solutions for lab innovation and leadership at the 22nd IFCC-EFLM European Congress of Clinical Chemistry and Laboratory Medicines (EuroMedLab) in Athens. The congress will offer the opportunity to experience first-hand Roche’s latest technological advancements in diagnostics technology and solutions, including the Roche Integrated Core Lab (ICL)

The major players include - THERMO FISHER SCIENTIFIC, BECKMAN COULTER, HUDSON ROBOTICS, BECTON DICKINSON, SYNCHRON LAB AUTOMATION, AGILENT TECHNOLOGIES, SIEMENS HEALTHCARE, TECAN GROUP LTD, PERKINELMER, BIO-RAD, ROCHE HOLDING AG, EPPENDORF AG, SHIMADZU CORPORATION, AURORA BIOMED, amongst others.


Organizing Committee
OCM Member
Tsetlin V
Head of the Department for Molecular Neuroimmune Signaling, Department for Molecular Neuroimmune Signaling
Russian Academy of Sciences
Federal City, Russia
OCM Member
Anatoly Verenchikov
Director, Mass Spectrometry
Mass Spectrometry Consulting Ltd
Bar, Montenegro
OCM Member
Kamyar Shameli
Head of Researcher at Ministry, Department of Environmental Engineering & Green Technology
University Technology Malaysia
Kualalumpur, Malaysia
OCM Member
Silvestro L
3S-Pharmacol. Cons. & Res. GmbH,
Pfinztal, Germany
OCM Member
Rajeev Jain
Toxicology Division
Central Forensic Science Laboratory, India
Guwahati, India
OCM Member
Raafat A A Abdeldayem
University of Alexandria
Tanta, Egypt
OCM Member
Imran Ali
Taibah University, Saudia Arabia
Jeddah, Saudi Arabia
OCM Member
Li Gongke
Sun Yat-sen University
Guangzhou, China
OCM Member
Chen Yi
University of Chinese Academy of Sicences, china
Beijing, China
OCM Member
Jayita Goswami
Molecular Biology
Boise State University
Boise, USA
OCM Member
Prof. Dr. Alireza Heidari, Ph.D., D.Sc.
President of American International Standards Institute
California South University
California, USA
OCM Member
Magnus S Magnusson
Professor
University of Iceland
Iceland, Iceland
OCM Member
Athula Attygalle
Professor, Chemistry
Stevens institute of technology, USA
Indiana, USA
OCM Member
Wenjie Cao
SABIC Technology Center at Riyadh
Riyadh, Saudi Arabia
OCM Member
Lingzhi Gong
Professor, Chemistry
Queen Mary University of London
London, United Kingdom
OCM Member
Krylov V. A.
Professor
N. I. Lobachevskii Nizhny Novgorod State University
Moscow, Russia
OCM Member
Luis F Guido
Professor
University of Porto
Porto, Portugal
OCM Member
Daiane Placido Torres
Professor
Brazilian Agricultural Research Corporation
Brazil city, Brazil
OCM Member
Sameh Magdeldin Mohamed
Associate Professor, Proteomics
Suez Canal University
Assiut , Egypt
OCM Member
Chun-Jung Chen
Professor
National Tsing Hua University
Hsinchu City, Taiwan
OCM Member
Huwei Liu
Professor
Peking University
Republica, China
OCM Member
Alon Savidor
Professor
Weizmann Institute of Science
Rehovot, Israel
Venue
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Jonas-Lie-Straße 5-11
15831 Berlin (Mahlow)





             

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