Aquaponics Philippines

Amazed by aquaponics systems shared in the internet from all over the world, like Hawaii, Australia, Canada, Texas, Colorado, Florida, Greece, Trinidad and Tobago, Japan, Malaysia, Taiwan, Puerto Rico, Kingdom of Saudi Arabia, Uganda and many more, we (Aquaponics PH enthusiasts) have been in search for success stories particularly in the Philippines that would spark inspiration among those who are contemplating on making big in Philippine aquaponics.

Following is a compilation of various aquaponics from small, medium, to large setups that we came across during our search:

1. Aquaponics in a condo veranda in Taguig. This is where test planting is done for various vegetables and herbs and the favorite plant of all – Basil. Why favorite? It repels plant pests like ants and aphids. Under a balanced system, test result shows that a one feet by two feet growbed will approximately provide your family 600+ grams of basil harvest every 15 days. And what’s amazing is that after cutting one stem, another two sprouts from the cut stem after three days.

2. Aquaponics in an unused car garage in Cavite.  600L fish tank with four growbeds in cycling stage. It’s another test setup for data gathering. Since the garage roof is covered with thick green polycarbonate, the sunlight can’t fully pass thru to aid in plant’s photosynthesis. Plants are leggy in appearance showing sunlight deficiency.

3. Aquaponics in Bulakan, Bulacan. Newly setup system owned by Arnold and Anna Liza Salvador. The original idea was to produce tilanggit (tilapia processed like danggit), but when the couple found out about aquaponics, they thought of setting up a better and sustainable system in their backyard. Hence a semi-commercial aquaponics system that will provide fresh fish and vegetable for their locality was born.

4. Aquaponics in Alabang by Bahay Kubo Organics team – Enzo, Ryan and Illian. This is an entry to Project Pagsulong in 2012 which we shared in our previous post here. We have been revisiting this site and plants are growing better as the system matures.

5. Aquaponics in Laguna by Akim Vergara of Bay Aquaponics. Another aquaponics enthusiast turned entrepreneur who lives and breathes aquaponics.

6. Aquaponics in Lucena by Philippine Aquaponics Club team – Carlo, Lance and Gab. This is just one simple and neat system among many others they have already built. The group also came out with new designs which you can view from their FB page.

7. Aquaponics from an orphanage in Alabang. The system produces organic fish and vegetables for the nine hundred plus children in the orphanage. Here, one kangkong leaf is equivalent to five kangkong leaves we normally see in the market – it’s really huge.

8. Aquaponics in Bicol. Test setup by Atty. Rael Bitara and friends in preparation for a bigger aquaponics dream in the future. You will fall in love when you see one potential site for their aquaponic system near Mt. Isarog. Hope to see aquaponics agri-tourism in that mystical place in the future.

9.  Aquaponics in Laguna by aquaponics hobbyist Nikko Benitez. Interestingly, he was able to build his first bell siphon and make it work with no hassles.  He planted basil and amazed by its growth.

10. Aquaponics in Pasig from Modular Aquaponics founders Engr. Martin De Leon and Erwin Leonor. Earlier this year we visited their place and got a chance to see their system that grows lettuce, okra and tanglad among others. They also grow duckweed and azolla for feeding to the tilapia.

11. Aquaponics in Taytay, Rizal by Pinoy Urban Farmer founder Dino Juan. From an enterprising family who’s into aquaculture and other businesses, he thought of introducing several aquaponics system design in the Philippine market that would require small spaces fit for urban farmers.

12. Aquaponics in Bantayan, Cebu has “Para Sa Aton” (For Us). Project overlook by Martha Atienza, Jake Atienza, Angelicum Oda with Aquaponics Bantayan team – Cloyd Anthony Ribo, Ging Alano, Lucille Alano. This is an art project that uses media campaign to tackle economic, social and environmental issues. Part of “Para Sa Aton” project is Community Aquaponics System(CAS) that is implemented alongside initiatives that provides common ground for the community to collaborate, exchange ideas, and participate through arts and culture, community dialogue and livelihood.

As aquaponics goes mainstream in the Philippines, we are very optimistic that the risks brought by climate change, food security, radiation leak, over fishing of marine life and rising fuel cost used to produce and transport foods to the consumers will be mitigated with this technology. Aside from the access to fresh fish and vegetables, when we learn the symbiotic relationships of plants, fish and bacteria through an aquaponics ecosystem, also inculcated in the minds is awareness that all living things on earth are interconnected. Hopefully it spurs collaboration among our people to protect the environment for the next generations to still enjoy biodiversity in the Philippines.  As the saying goes “we do not inherit the lands from our ancestors, we just borrowed it from our children” and what we leave behind for the next generations is a living and breathing planet with all the beauty of nature that we see exist in our lifetime.

P.S.

So far, we have not yet come across any commercial aquaponics in the Philippines. If you want to share your commercial aquaponics success story in the Philippines please e-mail apphil@ymail.com, we would love to hear from you.

As organic products are slowly but surely making a big demand in the market today, Aquaponics system as its source is also gradually becoming more popular in the agriculture sector.

What is appreciating with Aquaponics is the simplicity of its process. Best of all, the sustenance required in the system (fertilizers & pesticides) are relatively easy to produce; yes – you can do it at your own backyard using readily available and cheap products.

Taking note of the nutrients to enhance growth of your plants, here are some organic supplements that you can easily make at home.

Fish Amino Acid

Fish Amino Acid (FAA) is a very good source of Nitrogen. It boosts growth of crops when applied to both roots and leaves. It also stimulates the activity of microorganisms.

To make your own Fish Amino Acid, you will need the following:

• 1 kg fish or fish trash (head, bone, intestines, scales, gills, etc.)
• 1 kg molasses
• Plastic pail
• Manila Paper
• String

Procedure:

1. Cut up the fish and mix with 1kg molasses.
2. Place the mixture inside a plastic pail, and cover using Manila paper and tie with string.
3. Place the pail in a cool dry place.
4. Ferment the mixture for 14 days.

How to use:

• Mix 2 tbsp. FAA to 1 liter of unchlorinated water.
• Use as sprinkler or spray to your plant leaves.
• Use early in the morning or late afternoon.

Fermented Plant Juice

Fermented Plant Juice (FPJ) contains many nutrients that are very beneficial to plants. It contains rich microorganisms, which give strength to the plants. It enhances plant growth as well as photosynthesis (for greener leaves).

To make your own Fermented Plant Juice, you will need the following:

• 1 kg Molasses
• 2 kg of any of these plants:
o young banana trunk, kangkong, bamboo shoots, camote tops, malunggay, green colored plants, fast growing plants
• Plastic Pail
• Manila Paper
• String

Procedure:

1. Harvest 2 kg of desired plant (preferably before sunrise to preserve its energy).
2. Place a handful of molasses in the pail.
3. Put in the vegetable-molasses mixture until ¾ full and top with the rest of the molasses.
4. Cover the pail with Manila paper and tie it with a string.
5. Place in a cool dry place and ferment for 7 days.
6. After 7 days, strain the liquid and transfer in a clean container. Wait until the tiny bubbles disappear before closing the container tightly.
7. Label it properly and indicate the starting date and date of harvest.

How to use:

• Mix 2 tbsp. of FPJ with 1 liter unchlorinated water.
• Use as sprinkle or spray to your plants.
• It may also be used with other fermented extracts.
• Spray early in the morning or late afternoon.

Seaweed Extract

Seaweed extract as supplement to your plants is a powerful source of growth hormones. It enhances the growth of plants and an excellent source of nitrogen.

To make your own seaweed extract, you will need:

• 2 kg Seaweeds
• 2 kg Molasses
• Plastic Pail
• Cloth to cover the pail
• Elastic Band

Procedure:

1. Cut up 2 kg seaweeds.
2. In a pail, mix the cut seaweeds and 2 kg molasses.
3. Add 2 liters of unchlorinated water.
4. Cover the pail with cloth and tie with an elastic band.
5. Ferment the mixture for 30 days while checking every couple of days to stir, as this tends to expand.
6. After 30 days, filter and place in containers, properly labeled.

How to use:

• Mix 2 tbsp. of seaweed extract with 1 liter unchlorinated water.
• Use as sprinkle or spray to your plants.
• It may also be used with other fermented extracts.
• Spray early in the morning or late afternoon.

Worm Tea

Worm Tea and worm castings help replenish depleted nutrients in the soil, thus enabling plants to thrive. Worm tea enhances a plant’s appearance and can even help struggling plants to perk up overnight. The microorganisms found in the Worm Tea are vital for nutrient uptake in plant roots and also protect the plants from diseases.

To make your own worm tea, you will need:

• 2 cups of well composted worm castings
• 2 tbsp. of Molasses
• Unchlorinated water

Procedure:

1. Fill a bucket with unchlorinated water.
2. Add molasses to the water.
3. Put worm castings into a thin mesh “teabag” of pantyhose and tie a knot.
4. Submerge the bag in the water for 24 hours, occasionally stirring.

How to use:

• Dilute 50/50 worm tea with unchlorinated water.
• Use as spray or sprinkle to your plants.
• Worm tea does not heat up and will not burn your plants.
• Use within 48 hours.

As you embark on your own aquaponic venture it is important to learn how you will control or prevent plants pest infestation to save yourself from spending so much time, money and pain.

You do not have to spend a lot for organic products. It is surprising, even relieving, to know that a lot of your kitchen leftovers can be used in creating your own, homemade organic pest controls. Below are some products you can make out of your kitchen supplies.

Non-chemical pesticides to keep aphids, insects, and pests off your plants:

Soapy Water

Try to find one that’s based on caustic potash, rather than caustic soda. Mix this with water until frothy.

Bug Spray

You can make an organic bug spray by using onion skins, peels, and ends. Keep your onion leftovers in an airtight container and refrigerate until your container’s full. Once you have enough, place the onion pieces in a pail full of warm water. Leave the mixture for a couple of days, for a max of 1 week. After a week, strain out the onion bits and store the onion water in spray bottles.

How to use: Just spray both house and garden plants with the water to fights pests and aphids.

Garlic Spray

Chop garlics and cover with mineral oil. Let it soak overnight, strain, and add a liter of soapy water and store in a sealed glass jar. Dilute one part of garlic to 50 parts of water and use for spraying.

Oil Sprays

Oil sprays suffocate insects. Mix 1kg of soap with 8L of oil, stirring to boil and until dissolved. Dilute this solution with water just before using. Use this only on cool days.

Tomato Leaf Spray

Mix tomato leaves with water and bring to a boil. Strain out the leaves and let the mixture cool down. Use immediately as spray.

Chili Spray

Mix equal volumes of chili and water, blended and spray on caterpillars.

Aluminum Foils

Wrap aluminum foil around base of plants like tomatoes. The reflection from the foil confuses the insects and drives them away.

Molasses Spray

Molasses is a good deterrent sticky spray, ideal for cabbage moths and grubs on the Brassicas. Mix 1 tablespoon of molasses with 1 liter of hot water until well blended. Mix in one teaspoon of detergent. This will help the molasses to stick to the leaves. Spray top and under the leaves.

Vinegar Spray

For cabbage moths and grubs on the Brassicas. Blend ¼ vinegar with ¾ water, then mix 1 teaspoon of detergent. Spray top and under the leaves.

Scales

Scales shoot a sweet substance called honeydew, which ants feed onto. Ants will pick them up and move them all over the tree. Honeydew also leads to sooty mold, a black dusty fungus that grows over the stems and trees. Controlling the scale will prevent the sooty mold.

Using vegetable oil-soap mixture can help in preventing scales. Make the oil spray by mixing two cups of vegetable oil with one cup of pure liquid soap. Dilute one tablespoon of the solution to one liter of water and spray to the affected areas.

Note that since the solution is oil-based, using this is advisable during cold weathers. Using this during hot season may cause the plant’s leaves to burn.

Anti-Fungal

Milk Spray

Mix equal portion of milk and water and use as spray. The mixture reportedly controls black spots on roses and fungal diseases on other plants.

Washing Soda

Dissolve 110g of washing soda in 5.5L of water. Add 55g of soap and use immediately as spray.

An imbalance aquaponic system can easily be recognizable if yellowing of plant leaves exist in the setup. Since plant nutrients are converted from fish poops, fish feed is a factor to consider in growing healthy plants and fishes together. In aquaponics, a happy fish translates to a healthy plant, so giving the fish some healthy treats once in a while will benefit both.

Here are some organic fish feeds available locally that will absolute be loved by the fish.

Grapes like seaweed. (Saw a tilapia devoured on this like he has not been fed in ten years)

Duckweed. (Small leaf as it is, the tilapia fry really loves snacking on these plants)

Azolla. (Another tilapia’s favorite next to duckweed.., eating the roots first then the leaves)

Organically grown fish feed is a sustainable solution to aquaponics dependence on fish meals. If you plan on setting up an aquaponics system, try to also learn how you can culture these fish treats or perhaps how you can produce organic fish meals. Just a thought that will surely help you succeed in your aquaponics endeavor. Have a nice day!

Plant nutrients are necessary for plant growth. Carbon and oxygen are absorbed by the leaf from the air, while other nutrients are absorbed by the roots. If essential elements needed by the plants are not enough to sustain its growth cycle, signs of nutrient deficiency can be observed through the leaves. See below infographic on the signs of nutrient deficiency:

Two types of plant nutrients are the macro-nutrients and the micro-nutrients. The macro-nutrients are consumed in larger quantities and are present in plant tissue in quantities from 0.2% to 4.0% on a dry matter weight basis. Micro-nutrients are present in plant tissue in quantities measured in parts per million, ranging from 5 to 200 ppm, or less than 0.02% dry weight.

Macro-nutrients derived from air and water:
1. Carbon
2. Hydrogen
3. Oxygen

Primary Macro-nutrients:
1. Phosphorus
2. Potassium
3. Nitrogen

Secondary and Tertiary Macro-nutrients:
1. Sulphur
2. Calcium
3. Magnesium
4. Silicon

Micro-nutrients or trace minerals:
1. Iron
2. Molybdenum
3. Boron
4. Copper
5. Manganese
6. Sodium
7. Zinc
8. Nickel
9. Chlorine
10. Cobalt
11. Aluminium

Source: Wikipedia

In our quest to find and touch base with fellow aquaponics enthusiasts, Dean, Betty, Lani and I visited the Ateneo de Manila University to take a look at the AP set up of Jose Felix. Felix is a student at AdMU taking up Environmental Science. He is also involved with a group advocating community based social enterprise activities as a means to attain food security. Their group is currently working with an impoverished community near the Tumana River in Marikina City.  For Felix, setting up an aquaponics system for the community will potentially answer the issue of sustainable food production and in the long run could be a vehicle to promote healthy eating habits.

The aquaponic system uses one IBC container. The IBC is cut to make up one grow bed and one fish tank. The system runs flood and drain with water drawn from the fish tank into the grow bed via air lift method.  Growing media used were I think river quarried stones. Supplying the nutrients are two catfish which Felix affectionately treats as pets. Currently, we saw kangkong sprouts in the growbed. Felix is hoping to get more funds to be able to further improve his set up or to set up another system elsewhere. He confesses that majority of the funds he used came from his own pocket. We observed that the AP set up rested on uneven surface. Dean pointed out that this might affect water movement.  Felix, in setting up his AP system, got help from Glenn Martinez. Glenn is acknowledged as one of the experts in the field and he gives advice to those wanting to learn more about aquaponics. We learned from Felix that Glenn will be coming over to Manila to give a lecture presentation on aquaponics at the Mind Museum in Bonifacio Global City sometime this month.

After taking a look at the AP set up inside the campus, Felix showed us the university’s vermiculture project and the water treatment facility. I hope that other universities and learning centers will also encourage their students to look into organic and sustainable processes of food production.

We are awed by the civic mindedness of Felix.  Most young people his age would be thinking about a lot of other things and helping a community become self sufficient would be at the bottom of that list, I suppose.

Kudos to young people like Felix who finds new ways of creating value for poor communities! We hope and pray that they succeed.

Bahay Kubo Organics (BKO) is an aquaponics project conceptualized by three young Filipinos (Enzo Pinga, Ryan Aguas and Illian Pascual) to bring sustainable food source to a community in Manila. It hopes to create business opportunities and bring communities together with the use of an aquaponics farming system.  The project was an entry to Project Pagsulong which is a youth challenge to bring their business ideas to life and in the process help alleviate poverty.

Watch a video of BKO team explaining their idea behind the project.

Here are some pictures on preliminary implementation of BKO project.

Aquaponics urban farming is an innovative business idea in helping build a nation. Keep up the good works BKO, you are really our new breed of heroes.

The diagram above shows how fish tank and grow bed are connected via pipes where water recirculates. Here you can also see the cycle where fish waste and poops are converted from ammonia – nitrite – nitrate by the nitrifying bacteria (nitrosomonas, nitrobacter and nitrospira).

Fish tank. 250-gallons or larger seems to create a stable system specially for beginners because they allow more room for error as things (PH, ammonia, nitrite levels) happen more slowly at larger water volume. It must be strong enough to withstand the forces of water and fish. Should be made of food-safe materials and should not alter the PH of the system. For beginners start with 1:1 ratio of grow bed and fish tank, then if you want you can increase up to 2:1 ratio once system starts to mature (around 4-6 months). Fish stocking density is around 1 lb fish per 5-10 gallons of fish tank.

- PVC pipes and submersible pump.

Since materials used in grow bed setup is one factor in growing healthy and productive plants, you need to plan on the materials to be used when setting up one.

What’s in a grow bed?

- Grow bed. The industry standard is to be at least 12 inches deep to allow growing many variety of plants and provide filtration. Must be strong enough to withstand the lateral and downward forces of water, media and plants roots. Material should be food-safe and should not alter the PH of the aquaponics system. Some grow bed materials that can be utilized are used bathtub, IBC (intermediate bulk container) totes, 55-gallon storage barrels or customized tank made of fiber glass.

- Grow bed media. Gravel, expanded clay (hydroton), or river stones. Media must not give off anything that changes the PH of the system. Limestone and marble tend to create high PH due to their calcium carbonate levels. Media must never decompose as the process of decomposition may leach tannins into the water that may turn it dark and hard for you to see the fish. The right size of the media is about half to three quarters of an inch in diameter.

-  Pipes and bell siphon with media guard. Create a media guard to facilitate easier cleaning of plumbing fittings.

Picture above is a grow bed with expanded clay and media guard (inside the media guard is the bell siphon that automatically drains the water when it reaches the desired water level, the drained water flows back into the fish tank via the connecting pipes)