Fishing for solutions with LPG!

Our water pumps are very innovative &#; you may not realise the great benefits that come with a pump being powered by LPG. During times of prolonged warm weather with little rainfall that dissolves oxygen within the water, it can decrease at rapid pace and could (in the worst case scenario) completely deoxygenate. This could cost a UK fishery thousands of pounds in just a matter of hours and put the business back years in order to replenish fish stocks to similar levels.

Want more information on lpg pumps? Feel free to contact us.

Fisheries are generally rural based business, so most sites are only served by limited electricity and in order to run mains electric to many lakes would cost extortionate amounts of money that most businesses are not prepared to pay. Especially when there is an easy alternative&#;

Greengear offer 4 different models of Water Pump:

• WP-2 This is our 2 inch water pump, the smallest of the models. Perfect for draining pools, hot tubs or garden ponds. It has a 30m life and 25m&#; flow
• WP-3. The Greengear 3 inch inlet/outlet is slightly bigger than the WP-2 with an increased flow of 42m&#;
• WP-4. The biggest of the pump is the 4 inch and has an increased flow of 70m&#;. Great for draining/pumping a larger area.
• WP-3S &#; This is our Sewage pump and is able to pass larger solids from less than an inch to 2 inches and are mostly used for commercial and agricultural use. Used mainly for irrigation to drain small flooded areas like a basement or on construction sites to drain areas before work can commence.

So now we know the different options, what benefits can an LPG Water Pump offer?

Cost savings

• In comparison to petrol and diesel, LPG/propane, in most cases is up to 40% cheaper. Making a clear financial benefit for businesses. Reduced fuel consumption with up to a 40% cost saving with no reduction in performance.

• Lower maintenance costs. Servicing periods occur less frequently due to the clean burning nature of LPG and will therefore require servicing less often than units using petrol or diesel. LPG increases the lifespan of the engine and its parts.

Portability

The water pump 2 and 3 weigh 24 and 27kg&#;s so is easily transportable via a 1 man lift. Additionally the cylinders are transported and rolled in to position creating no additional manual handling issues.

 

Environmental benefits

• Using an LPG water pump has a wide range of benefits when compared to petrol or diesel powered pumps. The environmental impact of any product/service is considered daily from weed control to bio security and the need to segregate water ingress between the lakes and to a lesser extent bait and fishing weights being placed in to the lakes by anglers.

• LPG is the cleanest burning fossil fuel and will provide lower emissions to that of its petrochemical counterparts. For most fisheries, who rely on nature to sculpt the surroundings of the lakes, this is seen as a major benefit whilst also raising the company&#;s green credentials.

Safety

 

• Quick and safe refuelling.
• No spillages. As propane/LPG is stored in cylinders under pressure, there is no chance of a fuel spillage whilst refuelling. Petrol and Diesel spillages (similarly to heating oil) can have a devastating effect on the environment, can contaminate the water course which could lead (in exceptional circumstances) to a complete loss of all fish stocks and the removal of contaminated land under the transfer of controlled waste regulations, a very costly spill indeed. This is a real benefit to LPG powered water pumps.

Noise

 

• Reduced noise pollution from just 68 dB. LPG powered equipment is quieter than its petrol/diesel counterparts. When running a business this can be a great advantage and many fisheries are near homes (most likely your own home!) so can be beneficial to the neighbours.

Calor GB have been supplying Greengear water pumps around the UK to fisheries in preparation for the Greengear launch this Spring and Gavin Hewitt Energy Centre Manager for Calor quoted:

&#;The Greengear water pumps have a multitude of uses within the fishery and fisheries management industry. From draining down lakes prior to fish grading or netting to aeration in times of low Dissolved Oxygen levels and ice prevention during the winter months, these pumps will do just about everything a fishery needs. The additional environmental benefits are also key to any rural business due to the extended running times, low emissions, safe and convenient refuelling i.e. no spillages near the water table and of course the low noise levels when compared to their petrochemical equivalents&#;.

Think you could benefit from a water pump? Contact us for global enquiries, Calor GB (for GB enquiries) or Calor Ireland for more information!

Global: [ protected]

Ireland: http://www.calorgas.ie/calor-life//02/04/greengear-outdoor-power-e/

GB: https://www.calor.co.uk/help-and-advice/customer-services/contact-us

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No self-respecting chef would attempt to make a new recipe without first having a list of ingredients. Anyone who is trying to piece together a jigsaw puzzle would like to know what the finished product is supposed to look like. The same logic can be used for industrial manufacturers: no one should acquire a compressor without first knowing all of the operational parameters of the application.

This article will discuss in general terms the transfer of all types of commodities in industrial applications via a reciprocating piston compressor.

Know the Landscape

Commodities as wide-ranging as industrial gases, whether petrochemical, liquefied gas, inert or others, are commonly transferred for process boosting, loading, unloading, and/or vapor recovery. Because all of these substances have specific handling characteristics, the operator must perform due diligence to ensure that the proper style of compressor is selected for the proper operation.

Operational parameters to consider include:

Before selecting a compressor, the operator must know the value of six critical operational parameters. These include compression ratio, heat of compression, duty cycle, packaging, location and lubrication system. 

1. Compression Ratio

This is a measurement that determines the amount of work a compressor must do in order to transfer a certain amount of product, and is defined as absolute discharge pressure divided by absolute suction pressure. It is represented as a ratio of XX:X. In general, a higher compression ratio means more work for the compressor, so decisions have to be made on the number of stages required and whether air-cooled or liquid-cooled equipment is the best choice. As previously stated, there is no &#;one size fits all&#; rule when selecting a compressor. So, if the compression ratio is between 1:1 and 5:1, a single-stage compressor is likely the best choice. At 5:1 to 8:1, a single-stage machine may still work, but a two-stage compressor may need to be considered. A two-stage unit is the best choice from 8:1 to 12:1, and anything higher than 12:1 usually requires a three-stage or higher compressor.

2. Heat of Compression

The specific heat ratio of the product being compressed plays a factor in compressor selection. This ratio dictates how a gas behaves with respect to the heat of compression and ultimately determines the number of stages required and whether air- or water-cooled equipment should be used.

3. Duty Cycle

This illustrates how often the compressor will be required to operate. For instance, will it be running 24/7 in continuous-duty operation, or just intermittently throughout a period of time?

4. Packaging

Determining what is needed, required or desired besides the actual compressor itself is a big decision to consider in all applications. What type of base/skid is needed? What about drivers and controls to meet the needs and safe operation of the equipment? If the unit is lubricated, what type of lubrication system is required and what are any associated filtration needs? These are some of the considerations to take into account before a final selection can be confidently made. Since each specific application has different needs and requirements, you may need to work with your supplier or the compressor manufacturer itself to determine what package components are available and which ones will work best with your application.

5. Location

In other words, where will the compressor be working? Ambient temperatures and elevation can also affect the compressor&#;s operation, so a model that is just right for colder climates like those in northern Russia or Canada, may not be the best choice in the hotter operating conditions found in desert countries or those situated along the equator.

6. Lubrication System

There are two primary types of reciprocating piston compressors: lubricated and non-lubricated (also known as oil-free). If the product-handling system can handle small traces of oil, a fully lubricated unit should be considered. If the system is incapable of handling small traces of oil, then an oil-free unit is the best choice. Note that &#;oil-free&#; means that no oil is present in the area of the machine where the product flows, though oil may be used to lubricate other parts in the machine that do not come in contact with the transferred commodity.

Also, another lubrication-related item to consider is the compressor&#;s leakage-control capability. In an age where the reduction or elimination of fugitive emissions to the atmosphere is becoming increasingly important, some compressor designs that require lubrication in the upper cylinder and valve area do not have a gas-sealing section, known as a &#;distance piece.&#; This method of design might produce a compressor with higher leakage rates, which can be viewed as an environmental hazard.

Conclusion

Knowing the needs, parameters and, yes, peculiarities of any type of product-transfer application is a must for anyone who wants to optimize overall operation. Information is key in making the right compressor choice.

 

For more nitrogen compressor for homeinformation, please contact us. We will provide professional answers.