Archive for December, 2010

Compressed Air is the Future for Volvo

Friday, December 31st, 2010

It may have finally happened; an automobile is being developed that can run entirely on compressed air! It’s name? The Air Motion Canyon carver by Volvo. The new model was premiered at the LA Show. The normal internal combustion engine used to run a car has been replaced with compressed air motors which are fed from a tank. In turn, these tanks are refilled by air compressors.

So, you’re question is, surely the compressor requires electricity in order to run? This has to come from somewhere. Well, yes, you would be right in thinking that and the answer to your query is that Volvo has come up with an idea of generating electricity using wind turbines which float 1000ft above the ground. You may be thinking that the world has finally gone mad, but the aim of this is to steer us away from being dependent on the use of fossil fuels.

Hopefully, this could lead to the development of cars which are much friendlier to the environment through the utilisation of compressed air. The cars have been designed to resemble motorcycles and boats in their structure and weight approximately 902 pounds. Could compressed air be the future for the car industry?

Air Compressors Improve Efficiency

Friday, December 24th, 2010

Our industry has opted for improved equipment in order to cut down on energy wastage and improve efficiency. Compressed air solutions provide the best results as they are the best source of energy. They are easy to store, non-flammable and extremely powerful. The high speed which is a result from the energy is then used with air tools and actuators. It is highly versatile and can be used in a manner of ways. Compressed air is safe provided that it is transported in an appropriate air tool.

The elements of compressed air enable the generation of high speeds and this can be transformed from one energy form to another. This air can be stored for later use. It can then for instance be transferred from an air tank to a compressed air tool. It now returns to its natural atmospheric temperature.

Compressed air provides high energy levels, meaning more force can be used with your applications.

Save some cash and upgrade your compressed air system

Friday, December 17th, 2010

Saving money is always a high priority for most businesses and individuals but this has never been as true as it is in the current financial climate. There are several ways in which you can update your current compressed air system to ensure that is as energy efficient as possible. Putting in place new measures will not only save you money but will also make your compressed air system friendlier towards the environment. This will help you save on your carbon footprint through using less carbon energy.

If your use of compressed air is not continuous then using a variable speed compressor will use less electricity than other types. Getting rid of leaking pipes could save you a lot of money as you will avoid wasting energy unnecessarily. Implementing heat recovery into your compressed air system and employing it elsewhere is a great way of reducing your energy bills.

Making these small changes can really have a positive impact on your energy expenditure. Spend a little money in the short-term to make large savings in the long-term.

A Guide to Draining the Compressor Tank

Friday, December 10th, 2010

It is important to make sure that you drain your air compressor tank as regularly as possibly. In an ideal world you would do this after every use. The reason for this is that water vapour which is in the air builds up each time the air compressor is used. This needs to be removed otherwise the inside of the tank will begin to rust.

The drain valve of the tank can be found on the lowest part of the compressor tank as gravity will mean that any excess water will flow to the bottom of the tank. Drain the tank by turning the knob and opening the valve. To fully drain the air compressor tank, make sure you open the valve as far as it will go.

It is advisable to wear work gloves when undertaking this task as the water will contain traces compressor oil and general dirt, which you don’t want to get covered in. Also, be careful where you drain the compressor tank to avoid staining anything you don’t want to. Once the water has evaporated you will be left with the residue.

If you decide to leave the drain valve on your tank open in order to allow air into it, don’t forget to close it again when you use the air compressor again. If you don’t your air compressor will be unable to build up pressure.

Air Compressor Spare Parts

Monday, December 6th, 2010

Air compressors are a key instrument within many industrial sectors. As complex and intricate instruments, keeping them in full working order is essential not only for your production but also to ensure business efficiency. Unfortunately, due to the heavy use that air compressors are subjected to, they suffer wear and tear much more than we’d like. Components require servicing and some parts even need replacing.
Inevitably, choosing the correct component is essential, as badly fitted or poorly manufactured parts can cause more problems than they solve. In some cases, you might inadvertently cause additional damage to your air compressor by fitting the wrong part.
Fortunately, Associated Compressor Engineers stock not only new and used air compressors, but also spare parts. Our catalogue includes spare parts for compressors including Atlas Copco and also Rand Equipment. Even if you need parts for obsolete compressors or those originally available from manufacturers who have now closed down or relocated, Ace Compressors often have just these types of components available. Due to our extensive range of original, reconditioned and OEM specification air compressor spare parts, we can’t always list every part. However, if you’re after a specific component, contact us immediately for advice or prices.