Use a glass or stainless steel soap pot for mixing and melting the ingredients. Keep the soap pot inside another pot, much like using a double boiler. Make a mixture of 40 oz. of distilled water with 5.5 oz. of potassium hydroxide in the soap pot. Heat this mixture to about 120 degrees.
Mix a separate pot with oils. Make a mixture 16 oz. of a base oil, such as sunflower oil, and another 7 oz. of a fragrant oil, such as coconut oil. Mix in 2 oz. of boric acid with 10 oz. of distilled water. Heat this mixture to about 120 degrees. Add the second mixture to the first mixture. Mix the two together with a stick blender or a wooden spoon.
Keep mixing the ingredients until they thicken. Add 3 oz. of an essential oil or soap fragrance. Add a soap dye if necessary, or allow the soap to retain its natural color. Dilute this soap base in boiling distilled water and stir this mixture hourly for the first day. Allow the mixture to cool and thicken for about two days, and then pour your liquid soap into any soap pump.
Sunday, February 22, 2009
Use Liquid Glass To Seal A Blown Head Gasket
Start your vehicle and pour the entire bottle of Liquid Glass into your radiator. Allow your vehicle to get up to regular operating temperature. Shut off the vehicle. Place your catch pan under the front of your vehicle where the release cap is for your radiator drain.
Unscrew the radiator drain valve and allow it to drain completely into the catch pan once the vehicle has cooled. Dispose of the drainage as your local laws require. Replace the drain cap and refill your radiator with water. Start your vehicle and allow it to run until it has reached regular operating temperature, then shut it off again.
Again replace the catch pan under the release valve for your radiator, and unscrew the valve. Allow all the water to drain, and dispose of it as law requires. For the last time, replace the cap and refill your radiator completely. You have now sealed up any places in your head that may have allowed a leak.
Unscrew the radiator drain valve and allow it to drain completely into the catch pan once the vehicle has cooled. Dispose of the drainage as your local laws require. Replace the drain cap and refill your radiator with water. Start your vehicle and allow it to run until it has reached regular operating temperature, then shut it off again.
Again replace the catch pan under the release valve for your radiator, and unscrew the valve. Allow all the water to drain, and dispose of it as law requires. For the last time, replace the cap and refill your radiator completely. You have now sealed up any places in your head that may have allowed a leak.
About Underwater Welding
Function
Underwater welding is utilized in making repairs to pipelines, offshore oil platforms and ships. This saves the company both time and money that it would cost to lift the structures out of the water first. This would not be a possible feat for some of the structures. A specially trained welder performs the repairs.
Types
There are two major types of underwater welding--wet and dry. They both are a form of hyperbaric welding, which is a high pressure welding method. Wet welding takes place in a completely wet setting. Dry underwater welding is performed in a dry chamber. The area needing fixed is surrounded with a chamber and the water is pumped out. The welder works inside of this dry chamber.
Identification
Underwater welders are specially trained, certified and work in teams. There are numerous underwater welding schools located around the United States and the world. Most underwater welders use air supplied from above in place of the standard scuba breathing apparatuses. They are in continuous contact with team members on the surface for safety reasons.
Considerations
Any one thinking about becoming an underwater welder must consider the dangers involved. It is a very exciting and rewarding career for any one who has the discipline needed to be successful. You must be comfortable being underwater at various remote locations around the world in sometimes awkward surroundings.
Warning
Underwater welders have a danger of electric shock. Numerous precautions must be taken to prevent this situation. This includes insulation on equipment and turning off the power instantly when the welding is finished. There are also risks of explosions from combinations of oxygen and hydrogen pockets being ignited. Another serious danger is from nitrogen accumulating in the welders' bloodstream from the high pressure. Decompression chambers and extra divers are used to avert this danger.
Underwater welding is utilized in making repairs to pipelines, offshore oil platforms and ships. This saves the company both time and money that it would cost to lift the structures out of the water first. This would not be a possible feat for some of the structures. A specially trained welder performs the repairs.
Types
There are two major types of underwater welding--wet and dry. They both are a form of hyperbaric welding, which is a high pressure welding method. Wet welding takes place in a completely wet setting. Dry underwater welding is performed in a dry chamber. The area needing fixed is surrounded with a chamber and the water is pumped out. The welder works inside of this dry chamber.
Identification
Underwater welders are specially trained, certified and work in teams. There are numerous underwater welding schools located around the United States and the world. Most underwater welders use air supplied from above in place of the standard scuba breathing apparatuses. They are in continuous contact with team members on the surface for safety reasons.
Considerations
Any one thinking about becoming an underwater welder must consider the dangers involved. It is a very exciting and rewarding career for any one who has the discipline needed to be successful. You must be comfortable being underwater at various remote locations around the world in sometimes awkward surroundings.
Warning
Underwater welders have a danger of electric shock. Numerous precautions must be taken to prevent this situation. This includes insulation on equipment and turning off the power instantly when the welding is finished. There are also risks of explosions from combinations of oxygen and hydrogen pockets being ignited. Another serious danger is from nitrogen accumulating in the welders' bloodstream from the high pressure. Decompression chambers and extra divers are used to avert this danger.
Be a Metallurgist
Demonstrate competence in math, chemistry and physics. Metallurgists must also develop high-level computer skills. Employ a basic understanding of mining principles. Materials engineers observe and understand the ways metal is extracted from ores. Study the refining principles used with ores. Understand how welding works. Metallurgists join metals as part of the process of creating new alloys, including ceramic or polymeric materials. Earn a college degree in metallurgy or materials engineering.
Few colleges offer majors in metallurgy, although other engineering applications use metallurgy as well. The top metallurgy and materials engineering schools are Colorado School of Mining and MIT. Consider pursuing a graduate degree. Develop a specialization in working with metals, whether finding ways to retrieve the metals or working with the metals after procurement. The ability to use scientific processes, including experimentation, is useful for materials engineers. Know all about metals, including their structure, properties and history.
Understand materials synthesis. Learn skills to solve problems surrounding metals. Being able to analyze and interpret data is important as is the ability to communicate that information to others. Metallurgists often work in teams with other professionals. Continue education by participating in seminars, reading the literature about metallurgy and communicating with peers.
Few colleges offer majors in metallurgy, although other engineering applications use metallurgy as well. The top metallurgy and materials engineering schools are Colorado School of Mining and MIT. Consider pursuing a graduate degree. Develop a specialization in working with metals, whether finding ways to retrieve the metals or working with the metals after procurement. The ability to use scientific processes, including experimentation, is useful for materials engineers. Know all about metals, including their structure, properties and history.
Understand materials synthesis. Learn skills to solve problems surrounding metals. Being able to analyze and interpret data is important as is the ability to communicate that information to others. Metallurgists often work in teams with other professionals. Continue education by participating in seminars, reading the literature about metallurgy and communicating with peers.
Update Your Virus Protection Software
Click your virus protection program icon. The icon is located at the bottom right of the task bar. If you cannot find the icon, click the Start button at the bottom left of the screen. Slide to All Programs. Find the virus protection program. Click on the icon to open the program.
Look for a button or tab that indicates updates. It is often called updates or live updates. Click on this button. Make sure you are connected to the Internet. The anti-virus program will go to its own website through the internet to update to the latest definitions.
Wait for a while as the program searches the database. If it finds a virus, it will send that definition to your computer. Your computer will automatically load that definition to prevent virus from attacking your computer. The program will tell you when the definition has been found and also tell you when it is done loading that definition.
Close all other programs and then scan your computer. Scan your computer every time you get a new live update so your computer can be protected from the latest virus threats. Click automatic when you install your virus protection software so your computer program will automatically update itself each day at a specific time.
Look for a button or tab that indicates updates. It is often called updates or live updates. Click on this button. Make sure you are connected to the Internet. The anti-virus program will go to its own website through the internet to update to the latest definitions.
Wait for a while as the program searches the database. If it finds a virus, it will send that definition to your computer. Your computer will automatically load that definition to prevent virus from attacking your computer. The program will tell you when the definition has been found and also tell you when it is done loading that definition.
Close all other programs and then scan your computer. Scan your computer every time you get a new live update so your computer can be protected from the latest virus threats. Click automatic when you install your virus protection software so your computer program will automatically update itself each day at a specific time.
Select Educational Software
Consider your child's age, then add two years to determine which products are age-appropriate. For example, your 7-year-old can probably use software titles that claim to be for children 9-12 years old. (One exception: don't buy programs that require the player to read if your child is a pre-reader).
Think about your child's interests. There are games devoted to almost every interest imaginable, and your kindergarten son is far more likely to use (and therefore learn from) a program about dinosaurs than one that teaches how to count in Spanish. Decide what you want your child to learn - and not learn. Some games, even for very young children, have violent or insensitive content you may not want your child exposed to.
Talk with your child's teacher. Since many schools now have computers in the classroom, your child probably has some favorite programs at school. His or her teacher can recommend similar titles for you to purchase. Read some product reviews. Spending $30 on software is a total waste if your child can't navigate the program or loses interest after 45 minutes.
Try before you buy. Most toy stores have demo CD-ROMs and PCs set up for you to try a program you're considering for purchase. Unless it's a gift, you might want your child to try it out, too. Look for patterns. You're bound to buy a few duds now and then, but look for similarities among the games your child really enjoys. It's your best guide to picking winners in the future.
Think about your child's interests. There are games devoted to almost every interest imaginable, and your kindergarten son is far more likely to use (and therefore learn from) a program about dinosaurs than one that teaches how to count in Spanish. Decide what you want your child to learn - and not learn. Some games, even for very young children, have violent or insensitive content you may not want your child exposed to.
Talk with your child's teacher. Since many schools now have computers in the classroom, your child probably has some favorite programs at school. His or her teacher can recommend similar titles for you to purchase. Read some product reviews. Spending $30 on software is a total waste if your child can't navigate the program or loses interest after 45 minutes.
Try before you buy. Most toy stores have demo CD-ROMs and PCs set up for you to try a program you're considering for purchase. Unless it's a gift, you might want your child to try it out, too. Look for patterns. You're bound to buy a few duds now and then, but look for similarities among the games your child really enjoys. It's your best guide to picking winners in the future.
Use Budget Software
Choose your budget software. Look for a software that meets your needs--and your budget! While there are several expensive software programs you can buy, they may be too involved or complicated for your needs without features you really want. The nice thing about free software is that you can try it out and switch to something else if you don't like it.
Install your software on your computer, or create an online account if the software is web-based. Make sure that your personal information is carefully guarded with bank-level security. Fill in your bank account and credit account information, so that your expenditures and bills will be tracked by the software.
Create your monthly spending plan, balancing your budget until your income equals your outgo. This is known as a zero-based budget. Your savings, investments and expenses should all be included in your monthly budget. Be sure not to overlook irregular bills or quarterly payments.
Pay your bills and record the payments in the software. Many of your paid bills will be automatically updated in your budget, but some you'll have to enter manually.
Install your software on your computer, or create an online account if the software is web-based. Make sure that your personal information is carefully guarded with bank-level security. Fill in your bank account and credit account information, so that your expenditures and bills will be tracked by the software.
Create your monthly spending plan, balancing your budget until your income equals your outgo. This is known as a zero-based budget. Your savings, investments and expenses should all be included in your monthly budget. Be sure not to overlook irregular bills or quarterly payments.
Pay your bills and record the payments in the software. Many of your paid bills will be automatically updated in your budget, but some you'll have to enter manually.
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