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Liquid Transfer
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 Liquid Transfer Siphon Pump Battery Powered Gas Oil NEW  US $15.99
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 Battery Operated Electric Liquid Transfer Siphon Pump US $15.99
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 Manual Hand Siphon Pump for Liquid Fuel Water Transfer US $.99
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 LIQUID TRANSFER PUMP Battery Power SIPHON GAS OIL WATER US $15.99
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 Liquid Transfer 5gal Pail Pump, Solid Steel US $13.40
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 Liquid Transfer Siphon Pump 2AA Battery Powered Gas Oil US $15.99
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 2 LIQUID TRANSFER PUMPs Battery Power SIPHON GAS WATER US $23.99
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 2 Liquid Transfer Pumps Siphon Fuel Oil Gas Water Tank US $23.99
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 Liquid Transfer Siphon Pump Battery Powered Gas Oil NEW US $15.99
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 Liquid Transfer Drum Pump,1/2HP Electric Powr,Stainless US $449.00
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 LIQUID TRANSFER MANUAL SIPHON PUMP GAS OIL FUEL WATER US $7.94
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 LN2 Liquid Nitrogen Transfer Hose 6' US $70.00
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 LN2 Liquid Nitrogen Transfer Hose 6' US $120.00
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 2 AuotoStop Buzzer LIQUID TRANSFER PUMP Battery SIPHONs US $29.99
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 2 Battery Siphon Liquid Water Oil Gas Transfer Pumps!!! US $29.99
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 LIQUID TRANSFER PUMP Battery SIPHON w/ AuotoStop BUZZER US $329.99
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 Battery Siphon Liquid Water Oil Gas Fuel Transfer Pumps US $329.99
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 2 Liquid Aquarium Pump Kits Car Transfer Gas Oil Water US $23.99
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 24 LIQUID TRANSFER PUMP Battery Power SIPHON GAS WATER US $249.99
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 2 Liquid Transfer Siphon Pump Battery Powered Gas Oil US $23.99
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 Battery-Operated Liquid Transfer Pump - NEW US $19.99
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 Liquid Transfer Stainless 5gal Pail Pump 8oz Stroke US $73.00
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 Liquid Transfer Pump,New Battery Operated,H2O-Chemical US $13.40
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 Ingersoll Rand Centrifugal 1.5 HCH Transfer Liquid Pump US $1,500.00 |
 Goulds 3406 Centrifugal liquid Transfer Pump US $2,000.00 |
 Pacific RVTB 2.5" Centrifugal liquid Transfer Pump US $1,000.00 |
 Pacific RVCMB 1.5" Centrifugal liquid Transfer Pump US $1,000.00 |
 LIQUID TRANSFER PUMP Battery Power SIPHON GAS OIL WATER US $25.99
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 Thermolyne Thermo 10 Liquid Nitrogen Transfer Vessel 10L Barnstead Dewar US $320.03
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Here are some more information for Liquid Transfer:
Various types of fluid transfer pumps are used in numerous processing and handling applications, ranging from the chemical industry, agricultural and mining industries and manufacturing, to name a few. A fluid transfer pump is defined by the type of pump, the material it is constructed of, types of fluids pumped, industries or applications served and the pressure or flow levels it is able to produce.
Traditionally, fluid transfer pumps utilised two basic types of pumping action. The first, termed dynamic action, increases the velocity of the fluid in the pump by exerting pressure on the volume of liquid. A displacement pump, in contrast, condenses and compresses the fluid by decreasing the volume of fluid. When selecting a fluid transfer pump, there are important specifications to consider that match the application you desire it for, including the maximum pressure, temperature, and power drive. It is essential to ascertain the flow capacity for the fluid transfer pump system in question.
A recent innovation is the materials used to construct fluid transfer pumps, with special regard to manually operated hand pumps. The manual force that is exerted upon the hand pump sets in motion an internal mechanism that causes the fluid contained within inside the pump to increase in pressure, whether it is water, chemicals or gases. Manually operated pumps are typical of displacement pumps, requiring that the handle is pushed to begin the pump cycle, often requiring one stroke to draw the fluid and another blow to discharge it. However, recent developments have resulted in the production of a double pumping system.
Traditionally, the main component of base construction involved the use of cast iron. However, cast iron is heavy and this weight is undesirable for hand operated pumps, which are designed to be portable. Additionally, cast iron readily conducts electricity and this characteristic is undesirable in some environments for safety reasons, as well as being an expensive input into the manufacturing process. Furthermore, the life expectancy of such pumps is significantly less when compared to similar products made from materials such as plastic. Therefore, it has been deemed desirable to not only reduce the weight of such fluid transfer devices by utilising lighter weight materials in their production, but to pass cost savings on to the consumer. The use of materials such as mouldable plastic has created a lighter, more efficient and cheaper fluid transfer pump to be available on the market.
Leading suppliers of hand operated fluid transfer pumps are utilising polypropylene and polyethylene plastics as the rugged component of construction to ensure that the pump will easily dispense a range of liquids, including strong acids, strong alkalis, cleaning chemicals, oils, lubricants, liquid food products and many other chemicals can be dispensed safely and reliably. When selecting a specific fluid transfer pump, ensure that the pump is designed with a double action pumping system, which ensures that large volumes are pumped effortlessly and efficiently, with a continuous flows being achieved.
The award winning New Zealand Pump Company has been manufacturing the ingeniously simple Ezi-action® Drumpumps since 1991. Our chemical resistant, FDA compliant, Japanese Food Hygiene Approved Ezi®action® Drumpumps and Ezi-action® Safety Measures have been proven around the world for safety and reliability for hand pumping from drums and containers. Our plastic drum pumps are resistant to a wide range of chemicals. They will pump viscous fluids and are suitable for use with strong acids and alkalis, oils and lubricants.
If you are looking for a fluid transfer pump visit our website today: http://www.nzpump.com/.
Company Liquidation – What is Liquidation and when should it be used?
If you do not want to continue running your business or you think it is in difficulty and cannot continue to trade, then you need to get good information about your possible options. One area which you will need to consider is company liquidation. The purpose of this article is to explain in simple language what company liquidation is and when its use might be appropriate.
Liquidation is simply the term used to describe the process of closing a company down. The company's trading is stopped and its assets are sold and turned into cash or "liquidated". There are different types of liquidation depending on whether the company to be closed is solvent or insolvent. There are two simple tests to see whether a business is solvent. The cash flow test and the balance sheet test. The cash flow test asks whether the company is able to pay its creditors as and when the debts fall due. If the answer is no, the company is insolvent. The balance sheet test asks if there are more assets than money owed to creditors. If the answer is no, then the business is insolvent.
If the company to be closed is solvent the liquidation procedure to be used is called Members Voluntary Liquidation or MVL for short. Simply put, the members or shareholders of the business decide to close it. The directors of the company have to make a sworn legal declaration that the company is solvent and if assets need to be sold, to pay debts, this must be possible within 12 months. The business is closed and all outstanding creditors paid. Any remaining assets or cash is then the property of the shareholders of the business to do with what they wish.
You may question why a solvent business would be closed at all. There are a number of reasons why this would happen. Perhaps the owner may simply want to close it because they no longer want to run it. May be the company is a family business where the owners / parents have retired and children or family do not want to run the business. Alternatively, a group of companies may need to be rationalised requiring a solvent business to be closed and its assets transferred into another company within the group.
If a business is insolvent and no further investment can be found or other arrangements with creditors cannot be agreed, then action must be taken to close the company. There are two possible types of liquidation procedure in these circumstances:
The first of these is Creditors Voluntary Liquidation or CVL for short. A Creditors Voluntary Liquidation will normally be started by the directors and or shareholders of the business. The shareholders appoint an Insolvency Practitioner who will call a meeting of the company’s creditors informing them of the company’s insolvency and allowing them to appoint a liquidator of their choice. As such, the liquidation is approved by, and works for, the benefit of the creditors. The Liquidator’s prime duty is to sell the assets of the company and distribute any proceeds to the company’s creditors. The Liquidator will close the company, cancel any outstanding leases make any remaining staff redundant.
The second type of liquidation where a company is insolvent is called Compulsory Liquidation – more commonly known as Winding Up. The act of Compulsory Liquidation is started by an aggrieved creditor who has not been paid. Such action can be started by any creditor who is owed more than £750 which is not paid after a statutory demand for payment has been issued. The aggrieved creditor will employ a solicitor who asks the High Court to hear the argument why the company should be wound up. This is called a Petition. Notice of the petition must be given to the company. Then if the debt is still not paid, a "hearing" is held in front of a High Court judge who then passes an order to wind up the company compulsorily. An Official Receiver (or Liquidator if appointed) will then close the company and sell any assets which will then be distributed across all of the company’s creditors.
It is important to remember that the question of whether company liquidation is the most appropriate course of action can only be answered after a proper review of a company’s circumstances. If as a Director, you believe that your business is in trouble, you should get further advice from an expert as soon as possible.
An important additional note for Company Directors in this area is that you must be aware that you must not continue to allow a company to trade which you know to be insolvent. If your company is eventually liquidated because it is insolvent, the Liquidator will have a duty to review the conduct of you as a Director to ensure that you have acted properly to minimise creditor’s losses. If the Liquidator decides that you as a director have acted badly, they can accuse you of wrongful trading. If this is upheld, then you can be made personally liable for the company’s debts from the time you knew the company was insolvent. As such, getting the appropriate advice about company insolvency is a must.
About the Author
Derek is Managing Director of Cooper Matthews Limited (http://coopermatthews.com), and a member of the Turnaround Management Association UK
Cooper Matthews specialise in Business Recovery Services Advice offering provide straight forward insolvency advice for businesses with financial problems. They have significant experience in working with small to medium sized businesses
I need to make a simple homemade liquid pump, that will pump liquid out of one bucket and into another.?
Any websites or any type of video is more then recommended. The pump doesn't have to be fancy but has to achieve its overall function be able to pump liquid from one container and put into another. The material I am trying to transfer from one container to another is corrosive, and i do not want to spill any on my hands or clothes. Any tips and/or ideas will be more then helpful and if a visual is available it will be better. Thank you for reading my question and hope to hear from you soon
I'm not sure if this qualifies as a pump, but the simpliest way is a siphon. Basically you get a hose and imerse it in the liquid in the full bucket so there is no air in the hose, then (wearing gloves) place your thumb over one end to form a seal. Then quickly lift that end and place it in the empty bucket and carefully release the sealed end holding the hose close to the bottom of the bucket so air cannot go up inside the hose. As the liquid level rises you will have to raise the bucket being emptied to keep the water flowing.
Addition: Thinking about this, you don't actually need to immerse the hose, you just need to fill up most of the hose with the liquid, so you could just immerse most of it and leave an inch or two with air in it, that should still work.
The only drawback with this method is the liquid gets on the outside of the hose.
And whatever you do, don't go and do the old sucking up the hose trick, about the only thing liquid that is safe with that method is clean water.
Badger Meter Purchases Cox Instruments and Flow Dynamics
MILWAUKEE----Badger Meter, Inc. today announced it has purchased Cox Instruments, LLC, of Scottsdale, Arizona, and its subsidiary Flow Dynamics, Inc. Cox Instruments and Flow Dynamics manufacture and market precision high performance flow meters that are used in demanding applications such as aerospace, custody transfer and flow measurement calibration test stands.
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