I am DR farhad bohlooli shaafi and I am inventor and
researcher. I am chief executive officer and
owner hamerz sazeh Shargh knowledge base company. Activity
base for my company is production science and knowledg.My personal opinion is turning ideas into action, especially for challenging scientific ideas.
PhD in
chemical engineering
Branch: chemical engineering
Institute/University: islamic azad of neyshaboor
Neyshabur, Razavi Khorasan, Iran
Master in
chemical engineering
Branch: process engineering
Institute/University: islamic azad of shahrood
Shahrud, Semnan, Iran
Bachelor in
chemical engineering
Branch: Gas industry
Institute/University: islamic azad of Quchan-
Quchan, Razavi Khorasan, Iran
chief executive officer
hamerz sazeh shargh
Mashhad, Razavi Khorasan, Iran
This company was established by me immediately after graduating with a bachelor's degree with the aim of implementing mechanical and hydromechanical installations in 2010. During 11 years in the company,Due to the invention of the number 98408 regarding the production of acetic anhydride, which is registered in my own name in the National Patent Office of Iran،To turn Hamerz Company, which was an executive company, into a knowledge-based company.Knowledge-based companies operate in Iran under the Vice President for Science.Also,Continuing my activities،Hamerz Company, the technology units of Quchan Azad University grew, and due to this membership, it continued its activities in the completely scientific environment of the university.
Head of research and devlopment
zenit oil company
Mashhad, Razavi Khorasan, Iran
I am in charge of research and development of Zenit Company, which has been working part-time in this company since 2010.During these years, I registered several domestic patents in favor of Zenit Company, and in several projects for the construction of refinery units, including vacum distillation system for the purification of gas condensate and hydrocarbons,i was the project manager.Conversion of acid sludge waste into bitumen supplement to patent. and replacement of bitumen in asphalt wiht modifide sulfur With the name Googas, which was patented , registered in the National Patent Office of Iran, has been done with my technical, executive and research management.
project manager
asak shimi sabz gostar
Quchan, Razavi Khorasan, Iran
This company is one of the knowledge-based companies that operates under the scientific vice president of iran and by several faculty members of the University Chemistry Department azad quchan was established. Bojnourd .Petrochemical Urea Unit waste converting into a practical material SDIC and TCCA, And I worked as a project manager in the above company for 2 years with the faculty members of Quchan Azad University.It is worth mentioning that the above substance was produced for the first time in Iran by the above company and was a great help to the country in eradicating the corona virus.
Supervisor of gas pipeline
Ministry of Roads and Urban Development
Mashhad, Razavi Khorasan, Iran
I have been working in Ministry of Roads and Urban Development as a supervising gas piping engineer since 2013.I have very good experience in all kinds of welding tests related to pipelines and all kinds of pneumatic tests and isometric and dimetric drawing.
100%
Aspen HYSYS software
100%
fluent & gambit software
100%
management skills
Englisch
Englisch
100%
Lesen
80%
Sprechen
100%
Schreiben
80%
Hören
customer relation management
Institute: Iran Technical and Welfare Education Organization
Specialized firefighting course
Institute: Khorasan Razavi Building Engineering System Organization
customer Relationship Managment Based on ISO 100014
Institute: IMQ ACADEMY
Safety, work, health and environment management system training course(HSE-MS)
Institute: National Standard Organization of Iran
INTRODUCTION TO HSE-MS
Institute: TUV RHEINLAND ACADEMY
Safety, work, health and environment management system training course(HSE-MS)
Institute: Khorasan Razavi Building Engineering System Organization
Energy efficiency
Institute: Khorasan Razavi Building Engineering System Organization
Gas pipeline supervisor
Institute: Ministry of Roads and Urban Development of Iran
Article 17 National Building Regulations of Iran
Institute: Ministry of Roads and Urban Development of Iran
Health safty enviroment course
Institute: Ministry of Oil of Iran
Sulfated zirconium oxide-decorated magnetite KCC-1 as a durable and recyclable adsorbent for the efficient removal of asphaltene from crude oil
Sulfated zirconium oxide (ZrO2/SO4
2) as a highly durable acidic reagent was immobilized on magnetite
KCC-1 nanoparticles (Fe3O4@SiO2/KCC-1@ZrO2/SO4
2 NPs), and the resulting hybrid was used as
a highly efficient recyclable adsorbent for the adsorption and removal of asphaltene from crude oil. The
presence of ZrO2/SO4
2 groups not only promotes the adsorption capacity, but also helps recycle the
adsorbents without any significant efficiency loss arising from its high chemical resistance. The results
showed an obvious synergistic effect between the magnetic core (Fe3O4 NPs), fibrous silica (KCC-1) and
the sulfated zirconium oxide groups with high correlation for asphaltene adsorption. The effective
parameters in asphaltene adsorption, including initial asphaltene concentration, catalyst concentration
and temperature, were investigated. Maximum adsorption occurred in the presence of 0.7 g L1 of the
adsorbent, at a concentration of 2000 mg L1 of asphaltene. The asphaltene adsorption by NPs follows
a quasi-second order adsorption kinetics. Asphaltene adsorption kinetics were studied by Langmuir,
Freundlich, and Temkin isotherms. The prominent advantage of the adsorbent is its ability to be
recovered after each adsorption by acid treatment, so that no significant reduction in adsorbent
adsorption activity was observed, which can be directly attributed to the presence of ZrO2/SO4
2 groups
in the hybrid.
ZSM-5/Fe3O4 and ZSM-5/Fibrous Cellulose as Two Durable and Recyclable Adsorbents for Efficient Removal of Asphaltenes from Crude Oil
Abstract—Asphaltenes are one of the heaviest fractions of crude oil, which causes it to settle and deposit into
the reservoir rock or extraction and transfer pipes. So far, various methods have been proposed to separate or remove
asphaltenes, and among them, the adsorption of asphaltenes using nanoparticles is one of the most efficient
method. In this way, two strong, durable, and recyclable adsorbents towards adsorption of asphaltenes from crude
oil were synthesized by incorporation of Fe3O4 and fibrous silica (KCC-1) nanoparticles (NPs) into ZSM-5 zeolite
nanocrystals. Structural, physical and surface characteristic properties of the adsorbents were studied by FTIR,
XRD, VSM, BET, FE-SEM, and TEM analyses. In order to optimize the asphaltenes adsorption process, the effect
of some parameters such as asphaltenes concentration, temperature and the amounts of adsorbents was studied.
The asphaltenes adsorption isotherms were suitably correlated to the Langmuir model for ZSM-5/Fe3O4 as well
as ZSM-5/KCC-1 nanoparticles, which suggests the monolayer adsorption of asphaltenes onto the nanoparticles
through a self-association as assumed in the literature. Kinetic results showed that asphaltenes is rapidly adsorbed
by the nanoparticles within about 2 h. By comparing the quasi-first-order and quasi-second-order kinetic models,
it was found that the quasi-second-order kinetic model well predicts the adsorption kinetic of the asphaltenes on
each of the ZSM-5/ Fe3O4 and ZSM-5/ KCC-1 nanoparticles.
The knowledge of converting copper into gold(25% successful)
For: hamerz company
The idea of converting copper to gold in America and China is being operationalized, so I decided to use my chemical knowledge and scientific experience to implement this project. The initial studies include the review of patents and published articles in the world. In order to implement this The project requires facilities and capital. The method of designing a device capable of doing this work has been done, and I am determined in my path.
process design and making the divice Recycling of soil contaminated with petrolium product(100% successful)
For: hamerz company
Currently, this machine is producing petroleum compounds from waste petrolium.The problem is contaminated soils with petroleum product that are either abandoned in
nature and stored in special landfills These soils severely damage nature and soil and
water resources 400 liters of water resources are polluted per liter of oil and
hydrocarbons.The recycling of this waste is severely endangered in the nature of soil resources.
SLOUTION:
With the idea of recovering contaminated soils with petroleum product, we have built a
device that also helps protect the environment and is very profitable.WE HAVE 3 GOALS IN THIS PROJECT:
1-ENERGY CONSERVATION
2-RESOURCE RECOVERY AND COMPREHENSIVE UTILIZATION
3-ENVIRONMENT PROTECTION
The knowledge of producing black pigment from petroleum residues for the first time in the world(70% successful)
For: hamerz company
The idea of converting oil waste into black pigment was implemented by me for the first time in the world to about 70%. However, due to the high costs of the experiments, this project is silent. The project will definitely be completed in the first suitable financial situation.
Cooperation in the construction of SDIC and TCCA substances production device with the professors of the chemical engineering department of Azad Qochan University at the place of the university's technology development center(100% successful)
For: asak shimi sabz gostar company
This company is one of the knowledge-based companies that operates under the scientific vice president of iran and by several faculty members of the University Chemistry Department azad quchan was established. Bojnourd Petrochemical Urea Unit waste converting into a practical material SDIC and TCCA, And I worked as a project manager in the above company for 2 years with the faculty members of Quchan Azad University.It is worth mentioning that the above substance was produced for the first time in Iran and world with new methode by the above company and was a great help to the country in eradicating the corona virus.
process design and making the device for producing acetic anhydride(100% successful)
For: hamerz company
Acetic anhydride, or ethanoic anhydride, is the chemical compound with the formula (CH3CO)2O. Commonly abbreviated Ac2O, it is the simplest isolable anhydride of a carboxylic acid and is widely used as a reagent in organic synthesis. It is a colorless liquid that smells strongly of acetic acid, which is formed by its reaction with moisture in the air
process design and making the device for producing acetyl chloride(100% sucessful)
For: hamerz company
Acetyl chloride (CH3COCl) is an acyl chloride derived from acetic acid. It belongs to the class of organic compounds called acid halides. It is a colorless, corrosive, volatile liquid. Its formula is commonly abbreviated to AcCl.
process design and making the device for producing for ketene gas(100% successful)
For: hamerz company
In organic chemistry, a ketene is an organic compound of the form RR'C=C=O, where R and R' are two arbitrary monovalent chemical groups (or two separate substitution sites in the same molecule). The name may also refer to the specific compound ethenone H2C=C=O, the simplest ketene.
Although they are highly useful, most ketenes are unstable. When used as reagents in a chemical procedure, they are typically generated when needed, and consumed as soon as (or while) they are produced
Production knowledge whiteboard ink(100% successful)
For: hamerz company
The production of whiteboard ink using the knowledge of polymerization was completely carried out by me on a laboratory scale, but due to the lack of permission to import certain polymers from Germany to Iran, this project did not reach the commercialization stage. In any case, the knowledge of whiteboard ink production was completely acquired by me. The producing countries of this ink are Germany, India, China, America, and it will be profitable if commercialized.
Process design and construction of vacuum distillation device for processing gas condensates and hydrocarbons(100% successful)
For: zenit oil company
This device was made by me on the order of Zenit Company for the distillation of gas condensates and hydrocarbons. This process includes equipment such as shell tubes exchangers, evaporators, vacuum pumps, superheat boilers, distillation columns and storage tanks, etc., all of equipments was designed and built Based on modern science.
knowledge Converting erite mine soil to ballclay soil by removing iron oxide and increasing aluminum oxide(80% successful)
For: hamerz company
This project was started to convert the soil of a large arite mine in Iran into soil with a high value, which is used in tile and ceramic industries. In this project, the initial soil after processing was converted into a high value soil with about 50 times the initial value, and I achieved about 80% success, but due to the high cost Project tests remained silent.
Process design and construction of asphalt additive production machine using sulfur(googas)(100% successful)
For: zenit oil company
googas is a kind of modified sulfur that is produced in a complex engineering process using sulfur, which is used as a substitute for bitumen in asphalt and increases the life of asphalt. This material was first introduced in Iran by Zenit Company, where I was the designer and manager of the above project. Shell Company with the brand Sim In It offers products to global marketsThis article has been registered in the Patent Office of Iran.
I am the owner and inventor.This invention is related to the production process of acetic anhydride by thermal cracking method. In this process, ketene gas is used for production. In fact, first the device for producing cotton gas was built and then acetic anhydride was produced using this gas. It produced other substances such as acetyl chloride, acetic acid and some important medicinal substances.
place:Khangiran Gas Refinery
http://nigc-khangiran.ir
Hashemi-Nezhad Refinery, also known as Khangiran gas refinery, is a gas refinery in the northeast of Iran, 160 kilometers from Mashhad. It provides cooking and industrial gas for five provinces in the north and east of Iran, including Khorassan, Semnan, and parts of Golestan
Member of the supervisors of gas supply organization of Khorasan Razavi Construction Engineering System
Member of the Development and Technologies Center of Azad Qochan University
رزومه ی حرفه ای خود را در کمتر از ده دقیقه بسازید
اطلاعات پایه، سوابق تحصیلی، کاری و مهارتی خود را وارد کنید و رزومه گرافیکی و حرفه ای خود را در قالب های متنوع دریافت کنید.