Commit 952f1dee authored by j12t's avatar j12t

Editing and more detail on the vertical system

parent 76ffa904
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---
title: Vertical Recirculating Deep Water Culture System
subtitle: Construction Instructions
status: in progress
---
## Construction
You want to start with building the wooden parts, because it will take some time for the stain
to dry. In the meantime, you can work on other parts.
You want to start with building the wooden parts, because it will take some time for the wood
stain to dry. While the stain is drying, you can work on other parts.
1. Construct the [Vertical Frame](/parts/vertical-frame-1/).
2. Construct the [Arms](/parts/arm-1/) that will hold up the growing pipes, then attach
them to the Vertical Frame with the 1-5/8" Screws in the locations given in the
blueprint.
blueprint. The blueprint shows one post of the Vertical Frame. You need to do it for
both posts, taking care that the horizontal position of the arms is close on both posts,
otherwise the water in the Growing Pipes will run off in one direction.
3. Stain the Vertical Frame and Arms assembly according to the instructions of the
Wood Stain product you are using. Staining is highly recommended so the wood will not
......@@ -44,39 +47,3 @@ to dry. In the meantime, you can work on other parts.
Before you continue, make sure the Caulking had enough time to harden per instructions
on the Caulking tube.
## Flushing the system
After you are finished with construction, flush the system. This will wash out debris
from construction, and lets you check for leaks. It is advisable to measure how much
water you enter into the system for flushing (and subtract what you discard after flushing),
so you know how much water is in the system when you calculate how many nutrients to add,
as it will be impossible to remove the remaining water in the Growing Pipes after flushing.
1. Fill the reservoir with clean water until well above the top of the pump.
2. Connect the pump to power
3. Check that the water starts running in the top-most Growing Pipe. Then, once the
this Growing Pipe is overflowing (which might take a few minutes), check that all
other Growing Pipes gradually fill with water, one at a time, and that eventually,
water flows back into the reservoir. At the same time, make sure that the reservoir
does not empty.
4. Check all pipes for leaks and make repairs as necessary.
5. Check that the water levels in all Growing Pipes are such that when you insert a
net pot into one of the holes, the bottom of the net pot is just a bit under water.
6. Run the system for a few hours, and check for leaks once more.
7. Disconnect the pump from power, and carefully remove the Reservoir from the system.
This may involve losening the Rising Pipe Assembly's Conduit Strap. You should be
able to raise the entire Rising Pipe Assembly including the pump at the bottom, so
you don't need to disconnect the pump.
8. Discard the water in the reservoir and remove any debris that has accumulated in the
Reservoir.
9. Put the Reservoir back in place, lower the Vertical Pipe Assembly back down and
re-attach with the Conduit Strap.
---
title: Vertical Recirculating Deep Water Culture System
subtitle: Systems model
status: complete
---
The following systems model might be useful. It (attempts to) capture everything there
......@@ -60,23 +61,37 @@ when they need to be performed. Details are provided when clicking on the hyperl
<div class="operations">
<div class="box">
<h4>Operations germination</h4>
<p>Daily:</p>
<ul>
<li>daily: check water level and replenish as needed</li>
<li>weekly: transfer sufficiently-grown seedlings</li>
<li>weekly: start new seeds</li>
<li>monthly: check seed supplies and reorder as needed</li>
<li><a href="../operations/#check-germination-water-level-and-replenish-as-needed">check germination water level and replenish as needed</a></li>
</ul>
<p>Weekly:</p>
<ul>
<li><a href="../operations/#transfer-sufficiently-grown-seedlings">transfer sufficiently-grown seedlings</a></li>
<li><a href="../operations/#start-germination-of-new-seeds">start germination of new seeds</a></li>
</ul>
<p>Monthly:</p>
<ul>
<li><a href="../operations/#check-seed-supplies-and-reorder-as-needed">check seed supplies and reorder as needed</a></li>
</ul>
</div>
<div class="box">
<h4>Operations growing</h4>
<p>Daily:</p>
<ul>
<li><a href="../operations/#check-that-water-is-circulating">check that water is circulating</a></li>
<li><a href="../operations/#check-reservoir-water-level-and-replenish-as-needed">check reservoir water level and replenish as needed</a></li>
<li><a href="../operations/#check-ph-and-add-ph-modifiers-as-needed">check pH and add pH modifiers as needed</a></li>
<li><a href="../operations/#check-tds-and-add-nutrients-as-needed">check TDS and add nutrients as needed</a></li>
<li><a href="../operations/#check-for-pests-and-perform-remediation-as-needed">check for pests and perform remediation as needed</a></li>
</ul>
<p>Monthly:</p>
<ul>
<li><a href="../operations/#check-growing-supplies-and-reorder-as-needed">check growing supplies and reorder as needed</a></li>
</ul>
<p>When available:</p>
<ul>
<li>when available: place seedlings</li>
<li>daily: check that water is circulating</li>
<li>daily: check water level and replenish as needed</li>
<li>daily: check pH and add pH modifiers as needed</li>
<li>daily: check TDS and add nutrients as needed</li>
<li>daily: check for pests and perform remediation as needed</li>
<li>monthly: check supplies and reorder as needed: pH modifiers, nutrients</li>
<li><a href="../operations/#harvest">harvest</a></li>
</ul>
</div>
</div>
......
---
title: Vertical Recirculating Deep Water Culture System
subtitle: Operations
status: complete
---
We break the operation of the system down into different tasks,
......@@ -11,31 +12,135 @@ and identify when they should be performed.
Perform these tasks when you first start operating the system, or if
you start operating it anew in a new growing season, for example.
* Flush the pipes, by filling the reservoir with clean water, and running
the pump for a few hours.
### Flushing the system
Note: it is impractical to completely remove that water from the pipes
after you are done flusing. So measure the amount of water you put into
After you are finished with construction, flush the system. This will wash out debris
from construction, and lets you check for leaks. It is advisable to measure how much
water you enter into the system for flushing (and subtract what you discard after flushing),
so you know how much water is in the system when you calculate how many nutrients to add,
as it will be impossible to remove the remaining water in the Growing Pipes after flushing.
1. Fill the reservoir with clean water until well above the top of the pump.
2. Connect the pump to power
3. Check that the water starts running in the top-most Growing Pipe. Then, once the
this Growing Pipe is overflowing (which might take a few minutes), check that all
other Growing Pipes gradually fill with water, one at a time, and that eventually,
water flows back into the reservoir. At the same time, make sure that the reservoir
does not empty.
4. Check all pipes for leaks and make repairs as necessary.
5. Check that the water levels in all Growing Pipes are such that when you insert a
net pot into one of the holes, the bottom of the net pot is just a bit under water.
6. Run the system for a few hours, and check for leaks once more.
7. Disconnect the pump from power, and carefully remove the Reservoir from the system.
This may involve losening the Rising Pipe Assembly's Conduit Strap. You should be
able to raise the entire Rising Pipe Assembly including the pump at the bottom, so
you don't need to disconnect the pump.
8. Discard the water in the reservoir and remove any debris that has accumulated in the
Reservoir.
9. Put the Reservoir back in place, lower the Vertical Pipe Assembly back down and
re-attach with the Conduit Strap.
> Note: it is impractical to completely remove the flushing water from the pipes
after you are done flushing. So measure the amount of water you put into
the reservoir, and when you are done flushing, measure and subtract the
amount of dump from the reservoir. Add the remaining amount of water
into your calculation when you create the first batch of nutrient solution.
* Create the first batch of nutrient solution.
### Create the first batch of nutrient solution.
Follow the instructions of the product you are using. For two-part or three-part products,
you can stop after you have created the two or three separate solutions in separate
containers. When it is time to add nutrients to the system, simply mix them into the
water in the reservoir.
## System shutdown tasks
Perform these tasks when you want to shut down the system for some time,
such as for winter, but want to get back to operating it at some point.wwww
such as for winter, but want to get back to operating it at some point.
tbd.
## Daily tasks
* check water level and, if needed, refill
* measure and, if needed, adjust nutrient solution
### Check germination water level and replenish as needed
The water level should be sufficient to keep the seed moist, but not drowning.
### Check that water is circulating
Check the outflow pipe that empties into the reservoir. If there is no flow, or only
a trickle, check whether the pump is working, and whether perhaps some pipe is clogged.
### Check reservoir water level and replenish as needed
The pump should be well submerged, but the outflow pipe that empties into the reservoir
should also be well above the water level.
### Check pH and add pH modifiers as needed
Check the pH level in one of your growing pipes, not the reservoir: the reservoir may not
be completely mixed if you just added nutrients or pH modifiers. If you measure where
the roots of your plants are, you measure what they experience.
Note that it may take some time (perhaps hours) until any changes you make in the
reservoir make it into the growing pipes. So wait for some hours after any addition of
nutrients or pH modifiers before you measure again.
The best pH level depends on the plants you are growing. For lettuce, it is about 6.
An acceptable range is probably between 5.5 and 6.5.
### Check TDS and add nutrients as needed
Note all comments made above on testing pH levels and adding pH modifiers. They apply
here as well.
The best TDS level depends on the plants you are growing. For lettuce, it is about 1000.
An acceptable range is probably between 800 and 1200.
### Check for pests and perform remediation as needed
Remove diseased leaves (or plants!). Check for aphids, and mildew and apply appropriate
remedies.
## Weekly tasks
### Transfer sufficiently-grown seedlings
Your seedlings are ready to be moved from the germination try to the growing system when
their roots can reach the water in the growing pipes, and when the plant is tall enough
that there is no danger the water in the growing pipe will drown the plant.
### Start germination of new seeds
Break off a suitable section of your growth medium, and add one seed per cube. (For some
plants you may be able to grow two seeds in the same cube; try one first.)
Place your growing cubes in the germination tray, and ensure that the growing cube is moist
up to the seed, but without drowning it.
## Monthly tasks
##
### Check seed supplies and reorder as needed
How much do you want to grow next month? You figure it out.
### Check growing supplies and reorder as needed
Getting low? Reorder:
* pH modifiers
* nutrients
## When available
### Harvest
... insert
Your plant is ready for harvest when you become too impatient, basically :-)
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