We've all
heard media reports over the years about how we have come to rely on our motor
cars, and how this desperate desire has led to continuing research into making
motoring kinder to the environment. A great deal of time, not to mention a huge
amount of money, is spent every year on this extremely important matter, but it
remains to be seen whether we will come up with a viable alternative to
traditional petrol and diesel fuels.
There has
been a great buzz about electric vehicles in recent times, of course, but while
this initiative is to be applauded we are still a long way from seeing nothing
but efficient, silent electric cars on our streets. It would appear that, for
the time being at least, our reliance on petrol is not going to go away. At
some point, a better alternative will undoubtedly appear, but until then the
status quo is likely to remain in place.
One of the
major stumbling blocks in regard to electric cars is the fact that the vehicles
need regular charging, and this charging process often takes several hours. No
doubt the researchers will someday come up with a battery that will require
less of a charge on fewer occasions. When this day comes, the chances are the
majority of motorists will be happy to spend their money on cars that run on
electricity rather than on petrol.
Oil drill pipe friction
welding is leading the way
Engineers
from all over the world have worked extremely hard to find further oil reserves
in various parts of the globe, and even harder on trying to find ways to
extract it. Thanks to techniques like oil drill pipe friction welding, CNC
machining and metal fabrication, specialists have been able to come up with a
number of top quality state of the art machines in a bid to reach the oil
supplies under both land and sea.
Expert
engineers in all sectors of industry have been grateful to processes like rock
drill pipe friction welding for many years, because the drive for progress has
always been fuelled by need. As the planet’s natural resources begin to dry up,
and that has been happening for some decades now, the urge for an alternative
fuel source has become ever more pressing. It’s a race that we desperately need
to win.
Many of the
world’s most prominent car manufacturers have invested huge sums of money over
the years in the research and development of electric vehicles, but the main stumbling
block - battery capacity - remains the same. Most people in the industry
believe that someone somewhere will finally find the holy grail of an effective
electric power source, and many think it will happen sooner rather than later.
Is rock drill pipe
friction welding going to provide an answer?
In the
meantime, of course, the work goes on. In research departments, engineering
workshops and testing laboratories, a wide range of machines, processes and
methods like rock drill pipe friction welding are used to solve problems. If
you think about it, the company that finally comes up with the ideal engine of
the future stands to gain vast amounts of revenue for many decades to come.
Click here
to find out more about rock drill pipe friction welding
Sometimes
it’s easy for the average man or woman in the street to imagine what must be
going on in research departments, and there are one or two mere mortals who may
even feel they know the answer, but when it comes to working on cars, most of
us are left in the dark. The way an internal combustion engine works is
relatively straightforward, and many of us know a little about the process, but
coming up with a variation on this theme without further damaging the
environment is a complex matter.
If you work
in the motor industry, especially in research and development, you will know
just how much pressure there is from senior management as well as, in many
cases, national governments. Unfortunately, we all know that it’s a race that
very few people will be able to win, and by the time there is a winner it may be
too late for the environment.
Nobody knows
what the car of the future will look like, of course, but it’s perhaps safe to
assume that it won’t be powered by either a petrol or diesel engine. These
resources are gradually being used up, and their supply will come to a complete
end at some point. At that moment, the whole world will need to be thinking
about where we, as a global community, go from here and what can be done in
order for us to start replenishing resources rather than extracting them. The
answer may not be apparent at all, even by that late stage.
