Hi all, I've been lurking on this forum for a couple years and I think now I am finally underway on a pool build. I'm under contract with Leisure factory direct and I've specified equipment based off what I've here, but still would like feedback on my proposed system. The pool will be a fiberglass pool by Leisure, the Elegance 33' model:

For equipment, this is what I have spec'd. Let me know if anything stands out as way off base:
1 skimmer
3 returns (plus 4 spa jets in the "Spa Nook"-this was an option I added)
2 Main Drains
All plumbing = 2" Rigid PVC (I had them upgrade from flex/rigid combination)
200 sqft Hayward Cartridge Filter
2.0 hp Hayward VS Pump (not sure of the exact model number, but I explicitly told them to be sure it works with the Omnilogic Automation system)
25k Hayward SWG
Hayward 250 kBTU Natural Gas Heater
2 Hayward Multicolor LED lights (to be compatible with Omnilogic system)
Hayward OmniLogic automation system
*I already have a Taylor 2006C test kit that I am using to test the water of our temporary 15' kiddie pool for practice.
The pool will be installed by Leisure Factory direct installers, and that arrangement is structured such that I am responsible for the concrete. I've used a demo of Pool Studio to show my plan for decking. The yard slopes down probably ~16" from the patio side of the pool to the other side of the pool. It's a small back yard and we have 3 dogs, so I don't want the decking to take away all of the grass areas. We want to keep the design on the simple, modern and elegant side. We could potentially add a waterfall on the deep end, so Leisure will run a 2" capped return there for future use.

So any feedback regarding any aspects of my plan would be appreciated.
What is the best way to insulate the lines to reduce heat loss when I'm running the heater? I had thought about something like using foam packing peanuts in the trench to insulate the whole system without having to wrap each individual line, but I'm not sure if they would get compressed to the point of becoming ineffective when backfilled. They may also be a mess if I ever have to dig them up. Any thoughts or recommendations for an easier way to insulate without having to do each line individually?
Thanks for your help.
Eric

For equipment, this is what I have spec'd. Let me know if anything stands out as way off base:
1 skimmer
3 returns (plus 4 spa jets in the "Spa Nook"-this was an option I added)
2 Main Drains
All plumbing = 2" Rigid PVC (I had them upgrade from flex/rigid combination)
200 sqft Hayward Cartridge Filter
2.0 hp Hayward VS Pump (not sure of the exact model number, but I explicitly told them to be sure it works with the Omnilogic Automation system)
25k Hayward SWG
Hayward 250 kBTU Natural Gas Heater
2 Hayward Multicolor LED lights (to be compatible with Omnilogic system)
Hayward OmniLogic automation system
*I already have a Taylor 2006C test kit that I am using to test the water of our temporary 15' kiddie pool for practice.
The pool will be installed by Leisure Factory direct installers, and that arrangement is structured such that I am responsible for the concrete. I've used a demo of Pool Studio to show my plan for decking. The yard slopes down probably ~16" from the patio side of the pool to the other side of the pool. It's a small back yard and we have 3 dogs, so I don't want the decking to take away all of the grass areas. We want to keep the design on the simple, modern and elegant side. We could potentially add a waterfall on the deep end, so Leisure will run a 2" capped return there for future use.

So any feedback regarding any aspects of my plan would be appreciated.
What is the best way to insulate the lines to reduce heat loss when I'm running the heater? I had thought about something like using foam packing peanuts in the trench to insulate the whole system without having to wrap each individual line, but I'm not sure if they would get compressed to the point of becoming ineffective when backfilled. They may also be a mess if I ever have to dig them up. Any thoughts or recommendations for an easier way to insulate without having to do each line individually?
Thanks for your help.
Eric