joe macclennan
Well-Known Member
seriously though snaps. i like the harvest a few trays everyday idea. This would spread the work out making it easier to accomplish and ensure quick turnover.
Designing a 15000sqft facility....please help
- Thread starter shawa
- Start date
SnapsProvolone
Well-Known Member
Shit. I'm the wrong line of work. I need to redo my resume.
talk about benefits package.joe macclennan
Well-Known Member
can I get some oreos and a gallon of milk with that?
SnapsProvolone
Well-Known Member
And a large pepperoni pizza with extra mushrooms.
joe macclennan
Well-Known Member
anyway op. what kinda medium ya gonna run in your hydro setup.
and how many lights are you thinking of running?
and how many lights are you thinking of running?
SnapsProvolone
Well-Known Member
I suggest using rockwool logs for tables on a large scale. Washing hydroton adds too many man hours.
I can't believe the op's consultant recommended large plants and not a sog. The man hours involved in trees (bud support) would be extreme. In a sog with trellis you make that a non issue.
Your going to be looking at a lot of lighting and cooling & dehumidification.
I can't believe the op's consultant recommended large plants and not a sog. The man hours involved in trees (bud support) would be extreme. In a sog with trellis you make that a non issue.
Your going to be looking at a lot of lighting and cooling & dehumidification.
SnapsProvolone
Well-Known Member
Let us assume 20 working days per month. Lets say we want to harvest/reload four 4x8 trays each work day.
160 trays, 320kW flowering 100 tons of commercial chiller units and a buttload of dehumidification is going to require a massive electrical service. Even splitting the flower needs a 50 ton chiller. Note these numbers don't size any tonnage for normal building heatload, veg area.
160 trays, 320kW flowering 100 tons of commercial chiller units and a buttload of dehumidification is going to require a massive electrical service. Even splitting the flower needs a 50 ton chiller. Note these numbers don't size any tonnage for normal building heatload, veg area.
joe macclennan
Well-Known Member
all sounds pretty good. Honestly, I hadn't given the number of lights much thought. but yeah, 2k per tray is what I would shoot for.
holy shit! 50 ton chiller minimum LOL
The biggest chiller i've ever been around was a 100 ton and we set this one on the roof of a college! lol
holy shit! 50 ton chiller minimum LOL
The biggest chiller i've ever been around was a 100 ton and we set this one on the roof of a college! lol
SnapsProvolone
Well-Known Member
El chillarator. Lol
Can't imagine the 'hydro' bill for all that juice.
Can't imagine the 'hydro' bill for all that juice.
SnapsProvolone
Well-Known Member
What gets done? Well accounting for varying yields and flower times with multiple strains will do about 2.5 - 4 lbs per tray, roughly 6 times a year.
Lets average 3 lbs per tray and 2 months flower (6 harvests per tray per year)
160 x 3 x 6 = 2880 lbs/year
So dumping 2.5 - 3 million into the build will net a return in less than a year of running full strength. Expect a year of operation to get it rolling full speed.
Lets average 3 lbs per tray and 2 months flower (6 harvests per tray per year)
160 x 3 x 6 = 2880 lbs/year
So dumping 2.5 - 3 million into the build will net a return in less than a year of running full strength. Expect a year of operation to get it rolling full speed.
jrainman
Active Member
Snaps good estimate ,I agree 2.5 - 3 million for something in that square foot range, but lots of unknown as far as location , don't know about Canada , but here in the US , the excavation could run a Million alone with conforming to DEP regulation ,being chemical (fertilizer) needing to bring in lots of different material for run off seepage ,building of run off ponds ect , ect . and also a nice generator system that could be run a certain percentage of the month .
SnapsProvolone
Well-Known Member
One would want a 500kW prime power backup with adequate reserve.
One will also need ro filtration capacity at about 2000 gpd.
Costs to build and permit are a big ??? I'm also not familiar with canadian regulations. Would sure want several lawyers to sort all those details.
One will also need ro filtration capacity at about 2000 gpd.
Costs to build and permit are a big ??? I'm also not familiar with canadian regulations. Would sure want several lawyers to sort all those details.
Well we were planning 10 grow rooms of 1200 sqft each. And each room with 50 1k lights....so in total about 500 lights of straight veg and bloom. Of course this would be when reaching max capacity. In the begining we might have 2 or 3 rooms ready to go. Once they fill we add lights to another room and so on.
As well, Canadian regulations are a lot more clear than the US. Here it is legal. All you need is a doctor's prescription for it. With regards to growing, you need to get a license from Health Canada. To get a license you need to put together a proposal that involves the site plans, security plans, air quality plans, etc...As well, no store front is allowed in Canada. All orders are placed by mail or fax or online and all orders have to go out by secured mail.
SnapsProvolone
Well-Known Member
Building permits, inspections, ibc regulations and the like. Don't forget emergency egress.
All that is covered. Were working with an architect that has all that from the city. As well, a partner is building the warehouse from scratch. Basically, 1 of the 3 partners will be the landlord. The building will be 30000 sq feet and well have half. In the future if expansion is needed, we'll have first dibs on the 2nd half once that tenant's lease expires
SnapsProvolone
Well-Known Member
In your rooms, fire marshall may want proper aisles for emergency egress. Plan accordingly.
Decide grow method, then system footprint will determine best layout, lighting and cooling requirements.
From experience, when plant count is not an issue, go with a sea of green using flood and drain.
That's enough free info.
Decide grow method, then system footprint will determine best layout, lighting and cooling requirements.
From experience, when plant count is not an issue, go with a sea of green using flood and drain.
That's enough free info.
joe macclennan
Well-Known Member
Decide grow method, then system footprint will determine best layout, lighting and cooling requirements.
From experience, when plant count is not an issue, go with a sea of green using flood and drain.
That's enough free info.
that's what I was thinking..... plus a modest 1000$ donation for doing the work for the professional consultant
edit: or at least an honorary position @ QC
SnapsProvolone
Well-Known Member
that's what I was thinking..... plus a modest 1000$ donation for doing the work for the professional consultant
edit: or at least an honorary position @ QC
You're fun.
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