Idhaya – Engineering & Technology Blog, Industrial & Mechanical Engineering Information

An important driving force to develop chemical industry is the need of chemicals to improve agricultural and industrial products and people’s daily life, which depends on chemistry, physics, mathematics and other various engineering techniques. Among all these disciplines, chemistry keeps the closest relationship with chemical industry and it is the base of chemical industry’s development. Once, disciplines like “industrial chemistry”, “applied chemistry” appeared and played a certain role in developing chemical industry. In addition, capital construction of chemical industry can not leave civil engineering and electrical power engineering. Chemical machinery can not leave mechanical engineering and all sorts of metal materials including stainless steel and special steel. What mechanical engineering pays most attention to is the reliability under high temperature and high pressure which means the probability of the systems, equipments and elements to realize required functions under specified conditions. As the equipment production of modern chemical industry tends to be in a large size with a single set, it is pretty important to study the probability.

The control of chemical process can not leave electronics, computers and automation. All the theories and instruments can not only be applied to production process, but also solve various problems about development forecast, decision making and operating management. In 1980s, many advancing sciences like micro electronic techniques and biotechnologies in new technological revolution made higher requests on chemical industry, which finally promoted chemical industry’s further development.

Micro electronic techniques develop computers, microprocessors and information technology. The application of large-scale and super-large-scale integration in micro electronic techniques puts many new requirements on chemical industry. For instance, chemical industry must produce hyperpuregas, pure water, optical resist, liquid crystal, caustics, dopant and adhesive and so on for micro electronic techniques. Hyperpuregas used in micro electronic techniques includes both common gases like oxygen, hydrogen, nitrogen, carbon dioxide and argon and many other nonexistent gases in nature like borane, boron trichloride, dichorsilane and carbon tetrafluoride. The purity of these chemical products extremely influences the finished product ratio of semiconductor. Finished product ratio can reach 10 percent if industrial gas is used in the process. While if gases with impurity level less than 10 parts per million and some corresponding high purity chemical reagents are used the process, finished product ratio can reach 70 to 80 percent.

Biotechnology has been widely used in chemical industry. In recent years, biotechnology has begun to make use of immobilized cells to produce acrylic amide through vinyl cyanide. In addition, enzymes especially immobilized enzymes have also been used to produce organic products. It is effective to apply biotechnology to chemical industry, for the application can be of small investment, less energy and pollution. Many materials like interferon, insulin and monoclonal antibody which are rather difficult to obtain through conventional methods in chemical industry can be produced through biotechnology. Biotechnology comes up with many new requirements for chemical engineering and a new discipline named “biochemical engineering” has appeared. Biochemical engineering is to study biological catalyst, biochemical reaction engineering and new type unit operation. Nowadays lots of achievements in this field have been obtained.

Subject: work together and face challenges together! Concept of sustainable development strategies, promoting the development of the modern chemical industry!

Purpose of the conference: the chemical industry has become a modern society, one of the most important industry, are faced with energy, resources and environment crisis. “Fifth China-US Chemical Engineering, Environmental Protection and Biotechnology Exhibition and Conference,” The purpose is: to enable academic scientists and industry engineers to share experiences, exchange ideas, new viewpoints, and research and all other areas of chemical engineering problem; discuss the challenges and practical solutions to be effective, highlighting “sustainable development” theme of the meeting. Fifth China-US Chemical Engineering, Environmental Protection and Biotechnology Exhibition and Conference will provide a good platform for China, the United States and other countries and regions to work together.

To accomplishing this will be: understand the development of the window shows the chemical industry; cultivation of China’s chemical industry Economy Development boosters; participation and integration into the Chinese chemical industry, the best way; to build production, management, sales and consumer interactive bridge; display themselves and develop themselves, an excellent opportunity to meet the self; build corporate image, cultivate Brand, promote enterprise product positions; exchange information, communication industry, a feel, look for business opportunities, the main channel; build unity, cooperation, fair competition, mutual benefit and common development platform.

Approved by: The People’s Republic of China Ministry of Science and Technology

Authority: CAST Supporters: China Chemical Industry in various professional committees, provincial and local Society

Organizer: Asia Pacific League of China Chemical Industry Institute of Chemical Engineering American Chemical Society

Supporters: China Chemical Industry in various professional committees, provincial and local Society

Overseas support: A PC ChE members of the group of the International Chemical Union International Institute for Environment and Development International Council of Chemical Associations

International Society of Chemical Ecology International Association of Asian Chemical Corrosion of Chemical Engineering North American Union

Film Society of North America-wide Chemical Engineering Union, the European Chemical Industry Council of Europe

Russia, N. D. Zelinsky Organic Germany GBM Chemical Society Chemical Manufacturers Association of Canada

Sponsor: Pine Si Feike International Exhibition (Beijing) Co., Ltd.

Sponsor: Advertising Co., Ltd. Tianjin New Division

Overseas Group Exhibition: WW PP RC CHEMTECH SECRETARIAT M. UMBCOR, INDIA

Official website: www.apcche.siteem.com

Schedule: report (exhibit): 11-12 October 2009 Opening: at 9 o’clock on the October 13, 2009

Academic activities and exhibition: 13-15 October 2009 closing and moving out: at 16 o’clock on the October 15, 2009

Xu Yan U.S. Financial crisis Since September 2008 Since the outbreak has spread to the world, forming the world’s financial crisis. Although the financial crisis on China’s economy had some impact, but the impact of the crisis on China is limited, controllable. Financial crisis to some extent inhibited the growth of Chinese economy, but on the other hand, the outbreak of the financial crisis, the world prices of energy and resources downward trend, China can use the world’s energy and resource prices lower this favorable opportunity for economic development. The Chinese government has taken measures to cope with external shocks, efforts to maintain economic stability, financial stability, capital market stability, the Chinese government is also working to speed up production and sales within the foreign trade enterprises innovative docking mechanism to further prosperity of the domestic consumer market, stimulate domestic demand.

Is facing many difficulties and challenges, but in the current financial crisis, China’s chemical industry has a major development opportunity:

First, the development of China’s domestic chemical industry is better overall environment, the product market potential; Second, the policy of stimulating domestic demand for the chemical industry to develop new markets; Third, the chemical industry globalization, the international chemical industry in China management created the conditions for the acceleration of global economic integration, international cooperation in the form of a more diversified, raw materials procurement and product sales channels expand, expand overseas markets for the Chinese chemical industry, to participate in international competition and provide favorable conditions for the vast stage; Fourth, the possibility of introducing technology to further increase, with China’s chemical industry, the continuous emergence of new scientific research results, the continuous improvement of production levels, continuously enhance enterprise competitiveness, market share continues to expand, foreign technology to China The transfer has also begun its growth trend; fifth, raw material prices, investment in fixed assets for production and created good conditions. Weakening global economic situation, international oil prices continued to dive, not only that, domestic and foreign chemical raw materials, steel, cement and other commodity prices continued to fall, the decline in prices of raw materials for the chemical industry’s production and reduce costs of investment in fixed assets created good condition.

“2009 Asia Pacific International Chemical Industry Exhibition”, “the sixth Sino-US Chemical Engineering Forum & Exhibition”, “the sixtieth anniversary of the founding of the outcome of Chemical Industry Exhibition” will be effective reorganization of resources, focus on the new display equipment in China Chemical Industry and technology products for scientific research institutions, production enterprises, traders and end-consumer customers with a technology transfer, financing, trade, exchange of learning platform, designed to further stimulate domestic demand to help you achieve a new round of trade and cross docking.

—- Asia-Pacific International Chemical Industry Exhibition: Asia-Pacific region’s largest chemical organizations in the exhibition organized by the Conference, with a fixed number of well-known corporations and professional development experts to come;

—- The fifth China-US Chemical Engineering, Environmental Protection and Biotechnology Exhibition and Conference: Chinese Chemical Society one of the key activities, ACS (American Chemical Society American Chemical Society) has more than 160,000 members, is the world’s largest technology association, and is the world’s leading provider of authoritative scientific and technical information to one, ACS walking around the front of the global chemical industry and is the world chemists, chemical engineers and related professionals, the first base;

—- Sixtieth anniversary of the founding of the outcome of Chemical Industry Exhibition: Ji, 60 birthday, focus on displaying the founding of 60 years, especially since the reform and opening up 30 years the chemical industry in China made great achievements in the modern chemical industry cluster in China the latest equipment, technologies and products;

—- School Si Feike International Exhibition: through with many international trade association (Association) resources of good cooperation, the three activities combined in one, and expanding the scale of the exhibition, by

You don’t need to be a chemical engineer with a university degree to start your own chemical formulas business – either from home or your own workshop. The profit margins in the chemical manufacturing industry have been kept secret. It’s a multi-billion dollar industry with very few players considering the size of the market and the huge demand worldwide for cleaning and cosmetic products. Chemical formulas are used by everyone everyday – you can choose to be the customer or the manufacturer.

To start a business making chemical formulas is not difficult and not expensive. In fact, compared to most other businesses, the start-up cost is extremely low, and the profit margins much higher than most franchises or traditional businesses can offer. To have your own chemical formulas business you don’t need to buy a franchise, invest a large sum of money in a fancy shop-front, and be restricted by rules and geographical boundaries. Chemical formulas, such as detergents and other cleaning products, can be made for many markets – domestic, commercial and industrial.

Apart from use in homes, offices and workplaces, cleaning products are used daily in industries as diverse as hospitals, transport companies, hotels, restaurants – the list is endless. Cosmetics and toiletries are equally popular. Apart from being used by all members of the family everyday, there’s a huge market in hair and beauty salons, spas, pharmacies, gift stores, accommodation facilities, etc. Because of the low costs involved in making chemical formulas, the profit margin is so great – usually between 500 – 1000 %. This also makes it an ideal avenue for fund raising. Because chemical formulas are everyday necessity items, they’re much easier to sell than many traditional fund raisers such as chocolates, cookies and candles.

Cleaning products and toiletries provide highly successful and highly profitable fund raising opportunities for service organisations, sports clubs, schools, charities and many other avenues. If you are looking to start your own business, either from home, a workshop or shopfront, making cleaning products, toiletries and cosmetics is one of the easiest and most profitable industries.

You don’t need to be a chemical engineer or have a university degree to be a chemical manufacturer. 
In fact, if you can follow a cooking recipe, you can very easily make chemical formulas. Chemical compounds – which can include anything from cleaning products to toiletries and cosmetics – are used on a daily basis by everyone around the world.

It’s a huge market – chemical formulas are high-demand, necessity items, for which repeat sales are guaranteed. You can be your own chemical manufacturer and become part of this huge industry which has, until recently, been controlled by a few multi-national companies.

Why should you become a chemical manufacturer? If you have an existing business, whether home or office cleaning, hair or beauty salon, hotel supplier, fundraising or sports club, and you use or sell chemical formulas on a regular basis, the cost savings for your business can be substantial.

Why put the profits into the pockets of another chemical manufacturer, when you can put them into your own?

In addition, becoming a chemical manufacturer offers you many extra avenues for income. As well as using the products you make, you can also sell them to your customers, competitors, and create new markets. Being your own chemical manufacturer will enable you to label your own products and promote your own business.

If you’re thinking of starting a business, becoming a chemical manufacturer is one of the easiest and most profitable industries on earth. 

Easy because chemical formulas are as simple to follow as cooking recipe. In addition, you don’t need an expensive laboratory – you can operate from home, workshop or shopfront. Most of the equipment you will need to get started is probably already in your own home, or its inexpensive from the supermarket or hardware store. Profitable because of the minimal cost of the raw ingredients, the minimal amount of time required for manufacturing and the high demand for the products.

Chemical manufacturing involves little, if any, wastage. Products have a long shelf-life and can be manufactured on order. While many industries operate on profit margins of 10 % – 50 %, as a chemical manufacturer you can expect between 500 % – 1000 %. Very few other industries offer this kind of return for such low investment.

A chemical process plant is meant for creating an industrial environment to manufacture various chemicals. In some of these plants, chemicals are being processed into new materials. In order to produce different products & chemicals, complex chemical processes are needed to be carried out.

There are several steps involved in a chemical process plant known as unit operations. A particular unit operation is generally carried out in a separate area, or unit, of the chemical process plant. These units are interconnected to one another in a way that allows materials to be transported to the next unit when each unit operation is complete.

Chemicals and chemical-based products are known be inherited from other objects. The first unit operation in a chemical process plant includes input of raw materials, known as feedstocks. A feedstock refers to the first input of raw materials, or material inducting into a certain unit. The output resulted from a certain unit operation is known as matter. It can refer to matter that has completed the entire chemical process and ready to come out of the plant. Often, a chemical product or chemical requires only one unit operation whereas output originated form one unit operation may be used as a feedstock.

The construction of a chemical process plant requires lot of efforts as it is a complex process requires not only buildings and offices but more consideration into plant architecture.

The feedstocks and output from these plants may cause serious implications to environmental health. A single mistake in chemical process can cost high to human and animal health. Chemical engineers should use high quality process plant and machinery to ensure good quality output.

Since there are numerous chemical processes employed and outputs vary, there is no set standard chemical plant. Design often based on a number of important factors, including temperature and location.

Green Plant is a UK based quality equipment Provider Company, specializes in new and used chemical process plant equipments & machinery, stainless steel tanks, reactors, mixers, mono pumps, and vessels to all industries.

Mitsubishi Gas Chemical Co. Inc. (4182) – Financial and Strategic Analysis Review
Mitsubishi Gas Chemical Co. Inc. (MGC) is principally engaged in producing chemical engineering based products and services. The company is involved in manufacturing organic chemicals, petroleum-derived chemicals, feeds, inorganic chemicals, chemical fertilizers, feed additives and agricultural chemicals. In addition, it is also engaged in mining and sale of petroleum and natural gas. Moreover, it develops and sells the geothermal energy. The company principally provides natural gas chemicals, aromatic chemicals, specialty chemicals, and information and advanced materials.

Mitsubishi Gas Chemical Co. Inc. Key Recent Developments

Jun 15, 2010: Ivanhoe Energy Starts Drilling Zitong-1 Well In China
May 07, 2010: MGC Reports Net Sales Of JPY384.53 Billion For Fiscal 2010
May 07, 2010: MGC Announces Board Changes
Feb 02, 2010: MGC Reports Net Sales Of JPY279.35 Billion For Nine Months Of Fiscal 2010
Nov 18, 2009: MGC Announces Business Project For NMF

This comprehensive SWOT profile of Mitsubishi Gas Chemical Co. Inc. provides you an in-depth strategic analysis of the company’s businesses and operations. The profile has been compiled to bring to you a clear and an unbiased view of the company’s key strengths and weaknesses and the potential opportunities and threats. The profile helps you formulate strategies that augment your business by enabling you to understand your partners, customers and competitors better.

This company report forms part of the ‘Profile on Demand’ service, covering over 50,000 of the world’s leading companies. Once purchased, the highly qualified team of company analysts will comprehensively research and author a full financial and strategic analysis of Mitsubishi Gas Chemical Co. Inc. including a detailed SWOT analysis, and deliver this direct to you in pdf format within two business days. (excluding weekends).

The profile contains critical company information including*,

- Business description – A detailed description of the company’s operations and business divisions.
- Corporate strategy – Analyst’s summarization of the company’s business strategy.
- SWOT Analysis – A detailed analysis of the company’s strengths, weakness, opportunities and threats.
- Company history – Progression of key events associated with the company.
- Major products and services – A list of major products, services and brands of the company.
- Key competitors – A list of key competitors to the company.
- Key employees – A list of the key executives of the company.
- Executive biographies – A brief summary of the executives’ employment history.
- Key operational heads – A list of personnel heading key departments/functions.
- Important locations and subsidiaries – A list and contact details of key locations and subsidiaries of the company.
- Detailed financial ratios for the past five years – The latest financial ratios derived from the annual financial statements published by the company with 5 years history.
- Interim ratios for the last five interim periods – The latest financial ratios derived from the quarterly/semi-annual financial statements published by the company for 5 interims history.

Note*: Some sections may be missing if data is unavailable for the company.

Key benefits of buying this profile include,

You get detailed information about the company and its operations to identify potential customers and suppliers.
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Understand and respond to your competitors’ business structure and strategies, and capitalize on their weaknesses. Stay up to date on the major developments affecting the company.
- The company’s core strengths and weaknesses and areas of development or decline are analyzed and presented in the profile objectively. Recent developments in the company covered in the profile help you track important events.

Equip yourself with information that enables you to sharpen your strategies and transform your operations profitably.
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The Chemical Industry constitutes the companies that make chemicals for industrial as well as some other use. There are largest corporate producers worldwide, with plants in legion countries.

Chemical Industry carries large number of employee, result the large database so it is very much necessary of ERP software for Chemical Industry for rapid growth of the company.

Like other industry Chemical Industry is also possesses many departments like Purchase department, Sales department, Production department, Financial Accounting etc.

Eastern Software Systems offering ebizframe ERP for Chemical Industries, specially designed ERP for chemical manufacturers company offers maximize manufacturing assets, minimize operating costs, and provides the tools you need to gain control and full control of decisions on orders, inventory, production, and distribution, many Alerts on Dashboard. Improve the Ability to Achieve Operational Excellence with ERP for Chemical Manufacturers.Based on our best performance on chemical industry and highly qualified engineers the ebizframe ERP solution can be implemented within few months time, no matter how big the company size.Company improves productivity, increase sales & revenues and improves customer service.

EASTERN SOFTWARE SYSTEMS Pvt. Ltd. A premiere IT Products and Services Provider has provided advanced ERP solutions to over 600 clients.

Ebizframe (Name of ERP software provided by Eastern Software Systems) has been successfully implemented across various industry verticals including Chemicals, Engineering, Auto Ancillaries, Textiles, Hospitality, Mining, Retail, FMCG etc.

Eastern Software Systems Pvt Ltd is CMM Level 5 Company and ISO 9001: 2000 Certified also offering Offshore Development and Support and Total IT Outsourcing.

Aeronautical Engineering is focused only on Aircrafts that do not leave the Earth’s atmosphere whereas Astronautical Engineering is focused on Aircrafts that are able to leave the Earth’s atmosphere.   Initially this industry was focused on Aeroplanes and flight technology but it has expanded to also run the operation of outer space aircrafts.  Some of the issues that Aerospace Engineers have to deal with include temperature change and control, atmospheric pressure and flight planning.  They deal with these issues by using technologies such as aerodynamics, avionics, propulsion and material science.

Wernher von Braun

Wernher von Braun made a significant impact in the development and advancement of rocket technology in America and Germany.  However, some found his work very controversial because he did some work on a Nazi rocket programme and there was even a song written about him!  Wernher had an interest in space and astronomy from a very early age and his mother supported his interest by buying him a telescope.

Wernher went to the Berlin Institute of Technology where he became a prominent member of the Spaceflight Society.  A few years later he earned a doctorate in physics and received a research grant to work on a rocket test site.

Chemical Engineering

Chemical Engineers work to combine both Chemistry and Engineering in an intelligent way in order to closely study the production of chemicals.

Henry Bessemer

Bessemer was an English Engineer born in 1813.  He is best known for his division of the Bessemer process which was used in the manufacture of steel.  This was a very well known process that was implemented worldwide and was very important to the industry at the time.  It resulted in steel dropping significantly in price and being used for a huge variety of things for the first time.  Bessemer invented another very important process, the decarbonisation of cast iron.  He also invented a great deal of other things and coming up with revolutionary ideas was his passion.

Electrical Engineering

Electrical engineering is centred around the study of electricity.  However, what many people don’t realise is that it covers a variety of subjects and industries such as electromagnetism, control systems, telecommunications and power.

Thomas Edison

Thomas Edison was an American businessman who also spent a great deal of his time attempting to come up with new inventions.  Consequently he invented a wide range of useful ideas and devices.  He was most famous for using the principles of mass production to enhance the process of invention.  Thomas Edison came up with so many ideas that he ended up obtaining 1,093 patents for his vast array of inventions.