Non-reef water chemistry question

RocketEngineer

Well-Known Member
Review score
+0 /0 /-0
View Badges
Joined
Sep 3, 2019
Messages
766
Reaction score
824
Review score
+0 /0 /-0
Rating - 0%
0   0   0
The flame trench of the launch pad regularly fills with water. Between rain, sea spray (50ft behind the rip rap sea wall) and the occasional launch, it’s often wet and grows algae. The conversation today with a coworker noted the water in the flame trench is quite basic (pH 8.5-9+) and they claimed the high pH was due to the algae.

1) Does this explanation have a basis in science?
2) Is there some reference I can use to read up on why this is or would not be the case.

Thanks.
 

Randy Holmes-Farley

Reef Chemist
Review score
+0 /0 /-0
View Badges
Joined
Sep 5, 2014
Messages
58,891
Reaction score
52,911
Review score
+0 /0 /-0
Location
Arlington, Massachusetts, United States
Rating - 0%
0   0   0
The flame trench of the launch bad regularly fills with water. Between rain, sea spray (50ft behind the rip wrap sea wall) and the occasional launch, it’s often wet and grows algae. The conversation today with a coworker noted the water in the flame trench is quite basic (pH 8.5-9+) and they claimed the high pH was due to the algae.

1) Does this explanation have a basis in science?
2) Is there some reference I can use to read up on why this is or would not be the case.

Thanks.

Photosynthesis can raise pH, certainly, but I suspect that if you are flame blasting the ground, you are converting chemicals in the soil (or cement) to high pH versions.

For example, calcium hydroxide is made by heating calcium carbonate to blow off CO2, forming calcium oxide. The same happens for other carbonates.
 
Upvote 0

Polyp polynomial: How many heads do you start with when buying zoas?

  • One head is enough to get started.

    Votes: 27 10.6%
  • 2 to 4 heads.

    Votes: 145 57.1%
  • 5 heads or more.

    Votes: 65 25.6%
  • Full colony.

    Votes: 10 3.9%
  • Other.

    Votes: 7 2.8%
ACC
Back
Top