I don’t know about you, but I am getting really tired of hearing about whether global warming is real or not.  Some scientist have “absolute proof” that it is real and is going to kill our planet, others have “undeniable proof” that it is a hoax.

To me, unless you’ve actually been to the South Pole and taken ice core samples to examine air bubbles for CO2 and O2 level trends, I don’t think you have a clue what you’re talking about.  Even then, what does that really show?  How can we possibly take into account all the geological, astronomical, and biological impacts that have occurred over eons of time and make a definitive statement that we know for sure there is or is not any anthropomorphic harm being done to the atmosphere?

In relative terms, we as humans have only been this planet a relatively short time, and the industrial period is just a blink in the geologic time span of the earth.  To presume that we can affirmatively say whether or not we’re actually harming it by burning fossil fuels, wood, or elephant turds is a bit presumptuous to me.   What’s to say that we’re not seeing a climatic change that’s part of a repeatable pattern that’s been happening over millenia?

So what can we measure?  We can see and measure a difference in air pollution, or smog.  Anybody who’s been to Los Angeles or a similar city can see the effect that air pollution has.  Making changes to fuel burning technologies or even changing fuels (to things like biodiesel, for instance…) can make significant reductions in smog that can dramatically benefit the local environment in a fairly short period of time.  These kinds of changes make sense to me.

Still, as I’ve said before, the whole debate about global warming seems a bit off center to me.  People treat it as if it’s a religion, and you have to be on one side or the other.  Pascal, the famous French mathematician, made a wager relating to religion that a rational person should wager as though God exists, because living life accordingly has everything to gain, and nothing to lose.  We see it similarly with global warming.   If we behave as if global warming is real (and act rationally and prudently about how to mitigate it), the benefits greatly outweigh the risks.

The risks are that we are foolish.  We expend resources and money on an issue that doesn’t matter, harm businesses with onerous and irrational regulatory burdens, and put 1st world countries at a disadvantage to developing countries that do not honor these policies.  Indeed.  These are foolish.  There needs to be some limits and parameters applied to how to mitigate global warming, if it exists at all.

The benefits are many.  We create jobs and new economies for the renewable fuel, conservation, and sustainability markets (more on that overused word “sustainable” later), we create new technologies and tools to better utilize available resources, we learn how to optimize local economies and make global transportation and logistics more efficient,  we reduce smog and harmful pollutants that kill humans, animals, and vegetation, and we reserve strategic petroleum resources for use as building blocks for complex chemical products such as plastics, medicines, and lubricants (rather than simply burning it like a moron).

The fact is petroleum is here to stay.  It’s not going away.  We NEED it.  We just shouldn’t be burning it haphazardly without any sort of plan on what to do when it goes it away.  And it will go away, at some point in the future (some say sooner than later, but that’s another debate).  It takes too long for nature to make it, and we’re going through it way too fast by burning it.   Using it as a feedstock for more beneficial component and chemical products makes much more sense for a strategic resource that is this hard to replace.

This is where the “sustainable” idea comes in.  I hate that word.  It’s been overused almost as much as “green” and “socially responsible”, but the fact is, it’s a damn good word to describe the concept.   We as humans are crowding the planet, and consuming resources at a rate that’s never been seen before on this planet (I think, anyway…  Maybe the dinosaurs ate themselves to extinction?).  Finding resources that we can grow over and over again each year, or on a continual basis, allows us as humans to continue to consume at the rate we are and not run out of natural resources.  We’re not there yet.  But we’re making more advances in this field than ever before, and partly because of the scary concepts of things like global warming.

The trick, as always, is to find a way to make these advances with the minimum cost and impact on society.  Right now, we’re caught up in the technicalities of the argument, and missing the bigger picture, in my opinion.

 

This weekend we re-plumbed the entire boiler loop for our plant. The initial installation was done by a group of people (including employees) that really didn’t know what they were doing. The original installation looked very much like a Rube Goldberg design, and while it did actually work (meaning it got hot water to the tanks to heat other liquids), it lacked sufficient heat transfer and caused premature pump failures. The boiler installation, except for the original boiler itself and the stack, has almost been completely redone. It has a new (properly sized) pump, a new properly sized fuel pump, new water supply and return piping that is the factory recommended sizing (2″), and in the factory recommended “loop” configuration instead of a manifold type configuration which was very inefficient and caused pressure and flow problems.

So far, we’re seeing quicker times to get the loop up to temperature, and much better heat transfer to the tanks. It was expensive to do, but our other options were less appealing: add another or bigger boiler, or use electric heating elements to add additional heat.

Since we use our own biodiesel in our boiler, the emissions from it are pretty clean, and the improved efficiency should not only save us money on fuel, but grant us the gains in heating efficiency we’ve needed for quite a while.

Back in 2008 when we were building the plant, a former employee bought a soda blaster for the plant to use to clean the outside and inside of some used carbon steel and stainless steel tanks.   The idea behind the purchase was that some of the tanks had unknown contents in them that were presumed non-toxic but not verified.  We needed to clean the inside and the outside of the tanks, and using baking soda instead of sand created an environmentally safe residue that could simply be discarded.

While the system worked, we no longer need it.  The blaster is made by a company called Soda Blaster (http://www.sodablastsystems.com) out of Texas.   They advertise it can be used to clean boat hulls safely, clean buildings and decking, etc.  Whatever you would use a sand blaster for but is not as abrasive as sand and want a non-toxic residue, this unit is designed for those tasks.

So ours is up for sale.  We purchased it and a Sullivan Air G1850 gasoline powered compress for around $18,000.00 in 2008.  I’d like to sell our unit (SB-200) with the compressor and 50′ of high pressure hose for $8,000.00.  You arrange freight (we will load onto truck with forklift) or local pickup only, we cannot deliver.

Interested?  Contact us on our contact page (http://www.trianglebiofuels.com/contact.php) or call us at 866-244-0555.

 

 

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