Well ... kudos to your friend for at least *trying* to make a scientific argument. And he makes one excellent point ... but he makes several bad ones by simply declaring something by fiat that is just a flat-out denial of thermodynamics. Let's take a few points one-by-one.
>"As entropy increases, disorder increases. That’s the basic science that evolutionists try to deny."
??? Who tries to deny that? What we try to point out is that equating entropy to 'disorder' risks completely misunderstanding (or misrepresenting) what thermodynamics is all about. Thermodynamics is ultimately about heat transfer, and information theory draws a correlation between entropy and order ... but Creationists often exploit a tenuous understanding of both thermodynamics and information theory, to draw conclusions. E.g. how many Creationists who claim to understand the 2nd Law of Thermodynamics can tell you what the 1st or 3rd laws of Thermodynamics are? If they can't, then they really don't *understand* thermody. and just know enough snippets to be dangerous.
>"I was implying ... that the continuous supply of solar energy is not enough to invoke that an open system such as the earth could maintain far from equilibrium."
Evolution does not require that the earth is "far from equilibrium." That is the entire *point* of natural selection. A slight deviation from equilibrium gets solidified into DNA through the act of survival ... via *selection*. Previous successes are kept. New successes are added. New failures are discarded. This is what makes DNA a phenomenal storage medium for negative entropy (and your friend can call this "order" if he wishes). It doesn't require a large expenditure of energy at any given time ... a large amount of work, or "deviation from equilibrium." A *SMALL* amount of energy (or work) can produce a small amount of stored information ... but over LARGE amounts of time, this can accumulate.
That is the point that your friend is ignoring.
>"This is the physical reason why simplicity cannot proceed to complexity spontaneously. "
This is trivially shown to be false. A snowflake is a perfect example of how simplicity *CAN* proceed to complexity spontaneously ... as long as the right energy input is present. A snowflake is caused by slow heating of water vapor, followed by rapid cooling (freezing).
What is missing in the case of snowflakes is not spontaneous complexity ... but *HEREDITY* ... the ability to store the results of previous spontaneous complexity and to build on it.
But with life, that heredity *is* present. So if there is an engine of new information (mutation), and a mechanism of heredity (DNA), then natural selection is the process by which that new information *accumulates* over time through the simple act of survival.
>"So how do living systems survive then? The solar energy is converted by plants into chemical energy as food which we eat. But that energy is assimilated by the complex function of the complex structure of the human body. And this complex function is directed by the information that is in the DNA."
That is the one good point I think your friend makes! (An argument I've not actually heard before ... kudos!) But that is exactly what evolution explains! Every complex new molecule (sugar, carbohydrate, or even new protein) produced by the evolution of plants, can be met with yet another enzyme produced by animals to digest it. I.e. the more complex ways that plants discover for storing energy, just produces more complex ways for animals to discover for *unpacking* that energy. Human DNA, as an offshoot of mammal DNA, is precisely the result of that 3.5-billion-year-old arms race between plants and plant-eaters.
(Come to think of it, I have heard this argument before in a slightly different version ... the fact that we have such complex immune systems encoded in our DNA. The answer is that complex immune systems are the results of billions of years of arms-race between diseases and immune systems. But the application of this argument to energy consumption is an interesting new twist.)
>"I reiterate, there are NO observed phenomena that add information to existing DNA"
Of course there are! It is the phenomenon called *mutation*. Creationists deny this ... and the tactic they use is to take each type of known mutation and saying "that is not added information." But they ignore the fact that mutations occur *in tandem*. A gene duplication is "not added information" because it increases the amount of information without changing it. And a point mutation (or frame-shift mutation, or transposition error, or any kind of transcription error) is "not added information" because it adds new information but loses old information. In other words, the Creationist tactic is to change the definition of "new information" every time you present an example of it.
But they cannot deny that a gene duplication followed (perhaps thousands of generations later) by a point mutation *together* absolutely *DOES* create "new information" by any definition!
>"Take Epulopiscium fishelsoni, the world’s largest bacterium. ..."
This part of his argument was bizarre. It seems to be equating the physical *size* of an organism with the amount of information it has. No evolutionist I've ever met or read equates "new information" to physical size ... so your friend is refuting a point that nobody is making!
(Aside: It is an argument I've heard before ... that a great dane is not "added information" on a wolf genome ... which is taking the "new information" argument to another level of absurdity. I've even heard the claim that a chihuahua is an example of how information is "lost" from the wolf genome!)
>"Added information would guarantee more complex structures that can change an individual organism from its previous state and that should be passed to off-springs. This is the phenomenon that evolution must prove to exist since there is NONE."
How about this one: A bacterium found in a waste pond near a factory in Japan. It has developed an enzyme that allows it to digest *nylon* ... a polymer that did not exist at all in nature until it was invented by humans in 1935. A new enzyme for digesting a new polymer is absolutely an example of "new information."
http://www.nmsr.org/nylon.htm