Leadership Skills

Posted by chemical engineering technology on 9:32 AM

"There are leaders there are followers," as they say, developing good leadership skills can create the difference between the two. Many people believe a strong leader, not born. To not necessarily the case. Axis with anything, educate yourself encouragement to a stable great leader, Nebo, edited, with excellent leadership skills requires time and energy commitment. The leader of the edited, WHO has strong principles, courage, commitment to a clear vision.

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Questioning Techniques.

Posted by chemical engineering technology on 9:18 AM
The right questions is the essence of effective communication and information exchange. Using the right questions in a certain situation, then you might create a whole range of communications skills: for example, you may prefer to gather information and learn more, you can build stronger relationships, manage people effectively and help others to learn.

So here are some common questions techniques, and when (and when not) to use them:
Open and closed questions

A closed question usually receives a word or a very short, factual answer. For example: "Are you thirsty?" The answer is "yes" or "No", "Where do you live?" The answer is usually the name of your town or your address.

Open questions raise more answers. They usually begin with what, why, how. An open question asks the respondent for his or her knowledge, opinion or feelings. "Tell me" and "describe" can also be used in the same way as open questions. Here are some examples:

What happened at the meeting?
* Why did he react that way?
* How was the party?
* Tell me what happened next.
* Describe the circumstances in more detail.

Open questions are good for:

* Develop an open discussion: "What have you on vacation?"
* To find our more detail: "What should we do to make this a success?"
* Finding the other person's opinion or ask "What do you think about these changes?"

Closed questions are good for:

* Testing your knowledge, or other person: "So, as I interpret, I get a salary increase?"
* Closing a discussion or make a decision: "Now we know the facts we all agree that this is the right thing to do?"
* Frame set: "Are you satisfied with the service of your bank?"

A misplaced closed question, on the other hand, can kill the conversation and lead to painful silences are thus best avoided when a call is in progress.
Questions Funnel

It helps to start with general questions and then homing in on one point for each answer, and requires more and more detail on each level. It is often used by investigators to take a statement from a witness:

"How many people were involved in the fight?"
"About ten."
"Were they children or adults?"
"Usually children."
"What kind of ages were they?"
"About fourteen or fifteen."
"Was one of them wearing anything distinctive? "
"Yes, some of them had red hats on."
"Can you remember when a logo on one of the caps?"
"Now you come to mention it, yes, I remember seeing a large letter N."

Using this technique, the detective helped the witness re-live the scene and gradually focus on a useful detail. Perhaps he is able to attract young men with a hat like this from the CCTV images to identify. It is unlikely that he received this information when he was just an open question like "Is there information you can give me what you saw? "

Tip:
When using funnel questioning, starting with closed questions. As you progress through the tunnel, start using more open questions.

Funnel questions are good for:

* Getting more details on a specific point: "Tell me more about Option 2."
* Gaining the interest of increasing the confidence of the person you speak with, "Have you used the IT Helpdesk", "Did they solve your problem?", "What was the attitude of the person who took call you? "

Probing questions

Asking probing questions is another strategy for finding more details. Sometimes it's as easy as asking your respondent an example to help you make a statement they have made. At other times, you need additional information to clarify, "When do you need this report by, and do you want to see a draft before I give you my final version?", Or to examine whether there is proof of what was said, "How do you know that the new database can not be used by the sales force?"

One effective way of probing is to use the 5 whys method that can help you get to the core of a problem.

Tip:
Use questions that the word "exactly" probe, "What do you mean by fast track", "Who exactly, did this report?"

Probing questions are good for:

* Gaining clarification to ensure you the whole story and that you thoroughly understand and
* Drawing information from people trying to avoid telling you something.

Leading questions

Leading questions to try the respondent lead to your way of thinking. It can do this in several ways:

* With an assumption: "What time do you think the project will deliver?". This implies that the project will certainly not on time.
* Adding a personal appeal to agree at the end: "Lori's very efficient, do not you think?" or "Option 2 is better, is not it?"
* Framing the question so that the "easiest" answer "yes" (our natural tendency to prefer to say "yes" or "no" an important role in the question of the referendum questions): "Shall we all agreed Option 2? "is more chance of a positive response than" Do you want option 2 or not to approve? " get. A good way to do this is to the personal. For example: "Would you like me to proceed with option 2? "Instead of" Should I opt for option 2? ".
* Giving people a choice between two options, both of which you would be happy with, instead of choosing one option or do not do anything. Strictly speaking, the choice of "not" is still available when you ask "What would you prefer A or B, but most people will be caught up in deciding between your two preferences.

Note that leading questions are usually closed.
Leading questions are good for:

* On the response you want, but let the other person feel that they had a choice.
* Closing a sale: "If the answers to your questions, we will meet for a price?"

Tip:
Use leading questions with care. If you use them in a self-serving way or the interests of another person harm, then they can rightly be seen as manipulative and dishonest.
Rhetorical Questions

Rhetorical questions are not really questions at all, because they do not expect an answer. They are really just statements formulated in the form question: "Is not John's design work is so creative?"

People use rhetorical questions because they are interesting for the listener - as she prepared to agree ("Yes it is and I love working with such a creative fellow") - rather than feel they are "told" something like " January is a very creative designer. " (What they can say, "So What?")

Tip:
Rhetorical questions are even more powerful when a string of them. "Is not that a big screen? Not you love the way the text picks up the colors in the pictures? Does not really use the space? Would not you like a display like that for our products?"

Rhetorical questions are good for:

* Engaging the listener

Using questioning techniques

You've probably used these questions before techniques in your daily life, at work and at home. But by deliberately applying the right kinds of questions, then you have the information, response or outcome that you want even better.

Questions are a powerful way of:

*

Learning: Ask open-ended and closed questions, and using probing questions.
* Building Relationships: People generally respond positively when you ask questions about what they are doing or about their opinions. If you do this in a positive way, "Tell me what you like about the best works here, will help you to build and maintain an open dialogue.

* Managing and coaching: Here, rhetorical and leading questions are also useful. They can help people to think and to commit to courses of action that you have proposed: "Would not it be great to have some qualifications to win?"

* To avoid misunderstandings: Use probing questions for clarification, especially when the consequences are significant. And to ensure that you have to avoid hasty conclusions, the ladder of Inference tool also help.

* Dissemination of a heated situation: You can calm an angry customer or colleague by asking them to funnel in more detail about their complaint. This will not only depend to lead them out of their emotions, but often will help you to practice a little thing that you can do, which is often enough to ze to feel they "won" iets, and no need to be angry identify.

* Convincing people: Nobody likes to be lectured, but asking a series of open questions will help others for the reasons behind your position to embrace. "What do you think about bringing the sales force for half a day to their custom laptop?

More tips:
Make sure you give the person you're hearing enough time to react. This may be necessary to include to think before they answer, not just a pause to interpret as a "no comment" and the team.

Skilful questioning should be adjusted by carefully listening, so you understand what people really mean by their responses.

Your body language and intonation may also play a role in the responses you get when you ask questions.

what is communication skills.

Posted by chemical engineering technology on 11:59 PM
Effective communication is all about conveying your messages to other people clearly and unambiguously. It is also about receiving information that others send to you, with minimal distortion.

Doing this is effort from both the sender and receiver of the message. And it is a process that may be associated with errors, confused by the message sender, or misinterpreted by the recipient. When not detected, can lead to tremendous confusion, wasted effort and missed opportunity.

In fact, communication is only successful if both the sender and receiver have the same information as a result of communication to understand.

With the successful your message, you effectively convey your thoughts and ideas. If not successful, the thoughts and ideas that you actually send do not necessarily reflect what you think, so that a communications breakdown and creating roadblocks that stand in the way of your goals - both personally and professionally.

In a recent survey of recruiters from companies with more than 50,000 employees, communication skills were cited as the single more important decisive factor in choosing managers. The survey, conducted by the University of Pittsburgh Katz Business School, points out that communication skills, including written and oral presentations, and an ability to work with others, the main factor contributing to job success.

Despite the increasing importance placed on communication skills, many people continue to struggle, unable to effectively communicate their thoughts and ideas - whether in oral or written form. This inability makes it nearly impossible for them to compete effectively in the workplace and in the way of career progression.

Being able to communicate effectively is therefore essential if you want a successful career to build. To do this, you should understand what your message is, what audience you send, and how it will be perceived. You must also weighed in the circumstances of your communications, such as situational and cultural context.

what are specialty chemicals.

Posted by chemical engineering technology on 1:01 AM

Fine chemicals are pure, some chemicals are commercially produced by chemical reactions in highly specialized applications. Fine chemicals produced can be divided into active pharmaceutical ingredients and their intermediates, biocides and specialty chemicals for technical applications.

In chemical engineering, is a distinction between bulk chemicals produced in large quantities by standard reactions, and fine chemicals, which are custom manufactured in smaller quantities for special applications. There is a very large number of fine chemicals that are produced, and thus chemistry for the production of these need to be flexible while the atom economy is not as critical as for bulk chemicals. The small size and often-changing chemicals, fine chemicals production is expensive, generates more waste and require a greater investment in research per kilogram. However, fine chemicals produced in industrial quantities, unlike the research chemicals that can only be produced in the laboratory.

With the introduction of new drugs to market, the chemical identity of pharmaceuticals and their intermediates change often, and they are also produced in small quantities, thus being fine chemicals. Active pharmaceutical ingredients are formulated in a separate factory, where they are mixed with inert pigments, solvents and additives, and made into dosage forms. Fine chemicals manufacture of pharmaceutical products and intermediates needs to meet strict standards of Good Manufacturing Practice, and is controlled by the Food and Drug authorities, notably the U.S. Food and Drug Administration (FDA).

Biocides are pesticides, herbicides and other specialty chemicals used in agriculture to inhibit or kill pests and weeds and thus improve revenues. New biocides have developed more slowly than new drugs.

Special chemicals are produced for technical applications. Inks, performance-enhancing additives, special coatings, and photographic chemicals are known examples. They are generally sold based on differentiated performance characteristics in use instead of the price per mass, the basis for the fine chemicals are generally sold.

what are polyester.

Posted by chemical engineering technology on 12:48 AM

Unsaturated polyester resins are resins formed by the reaction of dibasic organic acids and polyhydric alcohols. Polyesters resins used in sheet molding compound, bulk molding compound and the toner in laser printers. Wall panels made of polyester resin reinforced with glass fiber - known as fiberglass reinforced plastic (GRP) - are typically used in restaurants, kitchens, toilets and other areas washable walls require little maintenance.

Unsaturated polyesters are condensation polymers formed by the reaction of polyols (also known as polyols), organic compounds containing multiple alcohol or hydroxy-functional groups, a saturated or unsaturated dibasic acids. Typical used polyols are glycols such as ethylene glycol, acids used are phthalic acid and maleic acid. Water, a byproduct of esterification reaction is continuously removed, driving the reaction to complete. The use of unsaturated polyesters and additives such as styrene lowers the viscosity of the resin. The initially liquid resin is converted into a solid by cross-linking chains. This is done by creating free radicals on unsaturated bonds, which move in a chain reaction of other unsaturated in adjacent molecules, linking them in the process. The first free radicals caused by adding a compound that readily decomposes into free radicals. This connection is usually and wrongly known as the catalyst. Substances that are used are generally organic peroxides such as benzoyl peroxide.

Polyester resins are thermosetting resins and, as with other, exothermic cure. The use of excessive catalyst thus lead to charring or ignition during the curing process. Excessive catalyst can also lead to product failure or a rubber-like material forms

what is biodiesel.

Posted by chemical engineering technology on 10:06 AM
Biodiesel refers to a vegetable oil or animal fat based diesel fuel consisting of a long chain alkyl (methyl, propyl or ethyl) esters. Biodiesel is usually made by chemical reaction lipids (eg, vegetable oils, animal fats (sebum)) with a spirit.

Biodiesel is intended to be used in standard diesel engines and is distinguished from the fruit and ve
getable waste oil used to fuel diesel engines converted. Biodiesel can be used alone, or blended with petroleum diesel.

The term "Biodiesel" is standardized as mono-alkyl ester in the United States [1]. Blends
Biodiesel sample

Mixtures of biodiesel and regular diesel hydrocarbon-based products are the most widely used in the retail diesel fuel marketplace. Much of the world uses a system known as the "B" factor to the amount of biodiesel is a fuel mix: fuel

* 100% biodiesel is called B100, while
* 20% biodiesel is labeled B20
* 5% biodiesel is labeled B5
* 2% biodiesel is labeled B2

[2] Obviously, the higher the biodiesel content, the more ecology-friendly fuel. [3] It is common in the U.S. see as a federal tax credit B99.9 is awarded to the first entity that blends with petroleum diesel, pure biodiesel. Blends of 20 percent biodiesel with 80 percent petroleum diesel (B20) can generally be used in unmodified diesel engines. Biodiesel can also be used in its pure form (B100), but may require certain modifications to the engine maintenance and performance problems. B100 blends with petroleum diesel can be achieved by:

* Mixing in tanks at manufacturing point prior to delivery to tanker
* Splash mixing in the truck (adding specific percentages biodiesel and petroleum diesel)
* In-line mixing, two components are road tanker at.
* Metered pump mixing petroleum diesel and biodiesel meter set to X total volume transfer pump draws from two points and mix is complete when leaving the pump.

[Edit] Applications

Biodiesel can be used in pure form (B100) or can be blended with petroleum diesel at any concentration in most of the diesel injector pump. New extremely high pressure (29,000 psi) common rail engines are strict limits of the factory B5 or B20 according to the manufacturer. [Edit] Biodiesel has different properties than petroleum diesel, solvent, and will degrade natural rubber gaskets and hoses in vehicles (mostly vehicles manufactured before 1992), although they naturally tend to wear or likely to have been replaced by FKM, which nonreactive to biodiesel. Biodiesel is known to break down deposits of residue in the fuel lines where petroleum diesel is used. [4] As a result, fuel filters clogged with particulates if a quick transition to pure biodiesel is made. It is therefore recommended that the fuel filters for engines and stoves change shortly after the first steps on a biodiesel blend. [

chemical engineering technology

Posted by chemical engineering technology on 9:51 AM
Chemical Engineering is the branch of engineering that deals with the application of science (eg chemistry and physics), and life sciences (eg biology, microbiology and biochemistry) in mathematics, the process of converting raw materials or chemicals in more useful or valuable forms. In addition to producing useful materials, modern chemical engineering is also concerned with pioneering valuable new materials and techniques - such as nanotechnology, biomedical technology and fuel cells. [1] Chemical engineering largely involves the design, maintenance and improvement of processes with chemical or biological transformations for large scale production. Chemical engineers ensure the processes are safely operated, and economically sustainable. Chemical engineers in this industry are generally employed under the title of process engineer. A related term with a broader definition is chemical engineering. An employee in this area is called a chemical engineer.