Name: Petrochemistry 2022
Start: 2022-04-15
End: 2022-04-17
Location: France

Renowned Speakers

1 influential Speakers

We’ve invited 1 of the most influential Speakers from around the world to give inspirational talks and lead practical workshops.

Dr. Mazura Jusoh

Dr. Mazura Jusoh Associate Professor School of Chemical and Energy Engineering Universiti Teknologi Malaysia Malaysia

Conference Information

Welcome Message

Pulsus Conferences is delighted to welcome you to take part and share in the “World Congress on Petrochemistry and Chemical Engineering” to be held in the month of April 15-16, 2022 at Paris, France.

Petrochemistry 2022 is the best forum to explore new and innovative ideas as presentations and oral talks by various researchers across the globe, which helps you to nourish your knowledge in the respective field.

Petrochemistry 2022 gathers all the researchers directly linked with the field of Petrochemistry and Chemical Engineering along with its associated fields, which provides an erudite platform for the students, professors, lecturers, speakers, scholars, researchers, consultants, and industry professionals to frame new network and strengthen their knowledge.

Our aim is to bring together established scientists, young investigators, researchers, and business people in a broad range of academics and industries and to foster useful exchanges of concepts and methods among the researchers.

We encourage you to stay connected during Petrochemistry 2022, keep us proactive and support us to shape the future of Petrochemistry and Chemical Engineering

Looking forward to meeting you all in Petrochemistry 2022!

Regards
Organizing Committee
Petrochemistry 2022

About Conference

The goal of Petrochemistry 2022 is to improve and expand knowledge among academics and industry professionals working on relevant topics in order to form corporations and exchange ideas, and it intends to create the ideal setting for stimulating keynote lectures, plenary sessions, and discussion panels. Petrochemistry 2022 intends to investigate new ways to innovate in the fields of petroleum engineering and chemical engineering, as well as to develop sophisticated strategies for improved industrial development. The conference will serve as a forum for bringing together prominent Petroleum Engineers and Chemical Engineers from many specialisations, including Oil and Gas, Petrochemicals, and Fuels, among others.

Why to attend?

By providing coordinated effort spaces, the Petrochemistry 2022 Conference provides a fantastic opportunity to connect and build new contacts in the fields of oil and gas, petroleum geography, and refinery gases. It enables representatives to have difficulties with Petroleum and concoction process control addressed by well-known international experts who are up to date on the latest developments in the Petroleum area and can provide information on new processes and improvements.

This International Petroleum Refinery Conference Petrochemistry 2022 will feature prominent keynote speakers, all-hands conferences, young research discussions, notice introductions, specialised workshops, and profession direction sessions, among other things.

Who can attend?

Oil and Gas, Petroleum Chemistry Professors
Oil and Gas Societies
Petroleum Engineering Faculty
Petrology Graduates
Petroleum Technology Students
Oil and Gas Research Scholars
Oil and Gas Scientists
Petroleum Analysis
Chemical Engineering Professors
Petroleum Chemicals Marketers

Target audience:

Petrochemical Scientists
Oil and Gas Companies
Reservoir Engineering
Manufacturing Companies
Business Entrepreneurs
Date Management Companies
Chemical Engineering Companies
Software developing companies
Petroleum and Chemistry Faculty
Petroleum engineering University
Petroleum Associations and Societies
Petroleum and Chemical Students
Petroleum and Chemical Colleges

Conference Opportunities:

50+speaker faculty over 2 full day sharing Evidence-Based
13 Interactive sessions
10+ Keynote Speaker Session
5+ Workshops
Academia Delegates
Networking

For Researchers and Faculty Members:

Speaker Presentation
Symposium Hosting (4-5 members team)
Poster Display
Academic Partnering
Collaboration Proposals
Group Participation
For Universities, Associations & societies
Workshop Organizing

For Students and Research Scholars:

Student attendee
Young Researcher Forum (YRF Award to the best Present)
Group Registration
Poster Competition (Winner will get Best Poster Award)

For Business Delegates:

Speaker Presentation
Book Launch Event
Symposium Hosting
Networking Opportunities
Audience Participation

For Product Manufacturers:

Exhibitor and Vendor Booths
Sponsorship Opportunities
Workshop Organizing
Scientific Partnering
Product Launch

Sessions and Tracks

Session on: Petrochemistry and Process Engineering

Chemicals made from petroleum oil or natural gas, either directly (pyrolysis) or indirectly (chemical processing). Petrochemicals such as acetylene, benzene, ethane, ethylene, methane, propane, and hydrogen are used to make hundreds of different compounds. These derivatives are used to make elastomers, fibres, plasticizers, and solvents, as well as feedstock for thousands of other goods.

Process engineering is an important phase in the petrochemical industry, and it is used to design, build, maintain, and upgrade huge equipment and facilities that are used to process and produce oil and gas, either onshore or offshore.

Session on: Petroleum Exploration and Field Management

Exploration for oil and gas in the earth's sedimentary basins is known as petroleum exploration. The procedure is based on the methodical use of technology by innovative geoscientists, which results in viable drilling prospects and the drilling of exploratory and appraisal wells. Geological prospecting and exploration for oil and gas is a combination of industrial and R&D activities aimed at geologically studying subsurface resources, identifying potential locations, and discovering fields, as well as evaluating and pre-developing them. The preparation of subsurface resources is the ultimate goal of geological prospecting.

Session on: Petroleum and Petrochemical

Refined oil yields petrochemicals. Other petroleum derivatives, such as coal or gas, or inexhaustible sources, such as corn, palm natural product, or sugar stick, are also used to make several chemical mixes that need oil. Olefins, such as ethylene and propylene, and aromatics, such as benzene, toluene, and xylene isomers, are two of the most common petrochemical classes. By breaking oil parts with liquid reactants, petroleum treatment plants produce olefins and aromatics. Steam splitting of gaseous petrol fluids such as ethane and propane produces olefins in synthetic plants. Reactant converting of naphtha delivers aromatics.

Olefins and aromatics are structural inhibitors in a variety of materials, including solvents, cleaners, and glues. Polymers and oligomers used in plastics, filaments, elastomers, greases, and gels are made from olefins. Plastics, soaps, detergents, paints, fertilisers, insecticides, synthetic fibres, explosives, rubbers, and flooring and insulating materials are all examples of petrochemicals.

Session on: Extraction of Petroleum and its By-Product

Petroleum extraction is the process of extracting petroleum from the earth's surface. Seismic surveys are used by petroleum geologists to locate geological formations that could be employed in the creation of oil reservoirs. To look for petroleum, a variety of devices such as gravimeters and magnetometers are utilised. Oil wells are drilled into the ground with the help of oil rigs. Drilling wells into the ground is the first step in extracting crude oil.

Session on: Manufacturing Process involved in the Petroleum Refining

Chemical engineering processes and other facilities used in petroleum refineries to change crude oil into useful products such as liquefied petroleum gas (LPG), gasoline or petrol, kerosene, jet fuel, diesel oil, and fuel oils are referred to as petroleum refining processes. Petroleum refineries are massive industrial complexes that house a variety of processing units as well as supporting facilities including utilities units and storage tanks. The refinery location, targeted products, and economic factors all influence the refinery's particular structure and combination of refining processes.

Session on: Harmful Effects of Petrochemicals

When petrochemicals are burned, nitrogen, ash, sulphur, and carbon are released into the atmosphere, causing pollution and smog. When these chemicals interact with water vapour, acid rain can result. Concerns about the consequences of the petroleum sector on the environment have grown throughout time. The majority of petroleum's environmental effects are negative. This is owing to petroleum's toxicity, which contributes to air pollution, acid rain, and other illnesses in humans. Oil spills have a significant impact on the maritime environment. Greenhouse gases, such as carbon dioxide, produced by the burning of petrochemicals warm the Earth by trapping heat in the atmosphere.

Session on: Oil and Gas Technology

As the world's primary fuel sources, oil and natural gas are major industries in the energy industry and have a significant impact on the global economy. Oil and gas production and distribution processes and systems are very complicated, capital-intensive, and require cutting-edge technology.This guide examines the oil and gas industry and is meant to serve as a research tool for sources all around the world, with a focus on the United States. It includes an overview of firms and organisations, statistics and pricing information, and laws, as well as a brief history of the oil and gas industry.

Session on: Oil Well

An oil well is a hole drilled into the ground to deliver petroleum, oil, or hydrocarbons to the surface. Along with the oil, some natural gas is usually discharged. A gas well is one that is specifically designed to generate solely gas. Drilling, completion, and production are all part of the process. Wells come in a variety of shapes and sizes, depending on the substance they produce, and they can be found on land or offshore.

Session on: Safety Hazards Associated with Oil, Gas and Petroleum

The oil and gas industry's primary criterion is now safety. According to the Petroleum Institutes, the rate of injury was down to 1.8 per 100 workers in 2012. Workplace safety and more advanced technologies to monitor and prevent injuries and accidents are needed. Many different types of equipment and materials are used in the drilling and servicing of oil and gas wells. To avoid injuries and deaths, it's crucial to recognise and control potential hazards.

Session on: Drilling and Well Operation

Drilling refers to the entire set of procedures required to construct circular-section wells using excavation techniques. Well concept, well proposal, data collecting & analysis, well design, and drilling programme are all part of the drilling planning process.

Related Keywords: Drilling Operation | Well Operation | Oil Well | Petrochemistry | Petrochemicals

Session on: Processing Units Used in Refineries

The refineries employ a variety of processing equipment. Each one is critical to the overall process of transforming crude oil into finished petroleum products. Separation units, conversion units, supporting process units, treatment units, and other processing units are all involved. Crude desalting, atmospheric distillation, visbreaker, hydrocracker, thermal cracker, and other process units are common.

Related Keywords: Oil Refineries | Petroleum Refineries |Separation units | Processing Units

Session on: Bio-fuels & Bioenergy

Biofuels and Bioenergy is a comprehensive, in-depth, and educational look into biofuels. The book examines the problem from historical, economic, industrial, sociological, and ecological/environmental viewpoints, as well as all of the major scientific issues that surround it.

Related Keywords: Bio-fuels | Bioenergy |Scientific Issues | Conventional Biofuels | Sustainability

Session on: Conventional and Unconventional Gas

Natural gas that can be extracted from reservoirs using typical drilling, pumping, and compression procedures is referred to as conventional gas. When natural gas can be recovered from the Earth using either naturally occurring pressure or pumping systems, it is referred to as conventional. Shale gas, tight gas, and coal bed methane are examples of unconventional gas sources. Due to the common nature of production techniques, conventional gas is less expensive and complex to extract than unconventional gas. Natural gas has become increasingly popular as a source of power and heat due to historically low pricing.

Related Keywords: Natural gas | Conventional Gas | Unconventional Gas | Oil and Gas Technology

Session on: Sustainable Energy and Bioenergy

Fossil fuels are basically non-renewable because they were originally produced from organic matter and created over millennia through biological and geological processes. Biomass can be used to generate electricity, heat, or biofuels. Bioenergy can be as straightforward or as sophisticated as a second-generation liquid biofuel. Bioenergy is the most frequently used renewable energy on the planet, accounting for roughly 10% of global primary energy supplies, primarily as thermal energy for heating and cooking.

Related Keywords: Sustainable Energy | Bioenergy | Geological Process | Renewable/ Non Renewable

Session on: Natural Gas Processing

Natural gas is a by-product of the oil extraction process. Exploration for natural gas begins with geologists studying and examining the earth's surface structure, pinpointing places where petroleum or gas resources are geologically probable to exist. Natural gas wells come in a variety of shapes and sizes, including oil, gas, and condensate wells. When natural gas is substantially free of hydrogen sulphide, it is referred to as sweet gas. Acid gas is natural gas or any other gas mixture that contains high amounts of hydrogen sulphide, carbon dioxide, or acidic gases.

Session on: Offshore Oil and Gas Drilling Operation

The practise of producing petroleum from reserves beneath the Earth's oceans rather than deposits on the mainland is known as offshore drilling. Offshore oil rigs have grown in size and complexity in recent years, becoming massive constructions that can house hundreds of employees at a time. Some of the facilities are housed in structures that reach depths of 1220 metres below the surface, dwarfing any skyscraper ever built.

Market Analysis

Petrochemicals are a necessary component of many goods we use on a daily basis. They're used in a variety of industries, including manufacturing and consumer goods. Petrochemicals are chemical compounds made from petroleum and other hydrocarbons, such as crude oil or natural gas. Chemical building blocks for a variety of materials and applications are their primary purpose. From 2013 to 2030, the global market for petrochemicals is predicted to be driven by rising demand in major end-use sectors, as well as favourable operating conditions, mainly in the Middle East and the Asia Pacific. Consumer knowledge of the benefits of using bio-based chemicals is expanding, which is driving up demand for them. The public sector (including national laboratories and universities) and the commercial sector (including huge multinational firms) are expected to boost their investments in bio-based chemicals in the near future. As a result, the petrochemicals industry is expected to be hampered by this trend. Furthermore, the market expansion is projected to be hampered by price volatility in crude oil and natural gas. However, increased shale gas finds, primarily in North America (including the United States and Canada), boost petrochemical producers because shale gas provides a substitute feedstock for petrochemical production.

Petrochemical Markets provides detailed supply, demand, and price forecasts for the primary petrochemical feedstock naphtha, as well as an overview of the petrochemicals market, which includes ethylene, propylene, benzene, and Para-xylene. The administration also investigates financial aspects of splitting, financial matters of arbitrage, refinery and petrochemical office turnarounds, and their effects on province adjust.