REFER AND WIN AT CROPLAND AGRO INDUSTRIAL PARKREFER AND WIN AT CROPLAND AGRO INDUSTRIAL PARK

REFER AND WIN

REFER AND WIN AT CROPLAND AGRO INDUSTRIAL PARKREFER AND WIN AT CROPLAND AGRO INDUSTRIAL PARK

REFER AND WIN AT CROPLAND AGRO INDUSTRIAL PARK

REFER AND WIN AT CROPLAND AGRO INDUSTRIAL PARK

GET INVOLVED INVEST IN CROPLAND AGRO-INDUSTRIAL PARK
#EDOSTATEGET INVOLVED INVEST IN CROPLAND AGRO-INDUSTRIAL PARK
#EDOSTATE

GET INVOLVED INVEST IN CROPLAND AGRO-INDUSTRIAL PARK
#EDOSTATE

oh yes, if done by market standard

GUARANTEED AGRICULTURAL INVESTMENT AT YOUR TIP
#CROPLANDAGROINDUSTRIALPARK

Farmwebcam is one of Nigerian’s leading digital Banana and Plantain Plantation for farm sponsor platforms, operating in all Cropland Argo-Industrial Parks and leads to increased banana and plantain production and food security in Nigeria.

We believe in affordable sharecrop plantation and empowering rura-urban farmers. Our efficient agribusiness model benefits both farm sponsors who have to pay for various size of farmland to invest with guaranteed capital as well as farmers who end up farming for our food.

Together with our farm sponsors and farmers, we’re building the future of green rural-urban agricultural industries and improving cities through decreased zero hunger, food security and wealth.

thank you all

Our Plantain farms in Orowa , Esan southeast Edo State.
Now open for sharecrop sponsorship.
Visit our location at 8am-2pm.
Join us to Empower more Plantain farmers by sponsoring plantain farms.

INVESTMENT COVERS INCLUDE:
N1.2 million per 100m x 100m plantain farm

*Farmland Lease for 4years
*Cultivation of 4,000 plantlet per hectare
*Fertilization technique Operation
*Monthly Weeding Operation
*Farm rangers security
*Irrigation Cost
*Insurance with Axa Mansard

Duration (planting - harvest) 1year
Percentage Annual Returns of 30% to investor for 4yesrs

NB: Minimum of 1hectare is required for participation

Sacelprecious Farms is responsible for managing farmlands in Benin Agro-industrial Park.

Site visitation takes places every workdays and Saturday by 8am-2pm.
1hr Drive from Asaba airport.

For Enquires call
08074660338, 08033923458.

Our Plantain/Banana Plantations
In Orowa , Esan southeast Edo State
Now open for cropshare sponsorship.
Visit our location at 8am-2pm
Join us to Empower
More Plantain/Banana farmers
By sponsoring plantations.

INVESTMENT PACKAGES:
N1.2 million per 1 hectare plantain farm

N1.550 million per 1 hectare banana farm

INVESTMENT OPERATION:
*Farmland Lease
*Cultivation of 4,000 stands per hectare
*Farm rangers security
*Irrigation Cost
*Crop Insurance with Axa Mansard

Duration (farming - harvest) 1year
Annual Returns of 30% to investor yearly

Minimum of 1hectare is required for participation

Sacelprecious Farms is responsible
for managing farmlands in Cropland Agro industrial Park.

Site visitation takes places every workdays and Saturday by 8am-2pm.
1hr Drive from Asaba airport.

For Enquires call
08074660338, 08033923458.

Our Plantain/Banana Plantations
In Orowa , Esan southeast Edo State
Now open for cropshare sponsorship.
Visit our location at 8am-2pm
Join us to Empower
More Plantain/Banana farmers
By sponsoring plantations.

INVESTMENT PACKAGES:
N1.2 million per 1 hectare plantain farm

N1.550 million per 1 hectare banana farm

INVESTMENT OPERATION:
*Farmland Lease
*Cultivation of 4,000 stands per hectare
*Farm rangers security
*Irrigation Cost
*Crop Insurance with Axa Mansard

Duration (farming - harvest) 1year
Annual Returns of 30% to investor yearly

Minimum of 1hectare is required for participation

Sacelprecious Farms is responsible
for managing farmlands in Cropland Agro industrial Park.

Site visitation takes places every workdays and Saturday by 8am-2pm.
1hr Drive from Asaba airport.

For Enquires call
08074660338, 08033923458.

Enjoy huge Discounts on Hybrid Plantain Suckers, after sale support extension service and more #SACELPRECIOUS_FARMS

A society that loses its AGRICULTURE loses its future!

Hello Good day, and a warm welcome to
FARMERS AGRO TRANSPORTER™ (FAT)
A Division of SACELPRECIOUS FARMS LIMITED

Are you a vehicle owner that requires a reliable company to manage your station wagons, Bus Vans and trucks for optimum use and return on investment? Then this is a green rural-urban opportunity for you to collaborate, connect and venture with us for good management of any station wagons, Bus Vans and trucks and return on investment.

We always have daily need of transporting farmers, weekly off-takers delivery, on going utility vehicle contracts. we are doing almost every time that require usage of station wagons, Bus Vans and trucks on regular basis plus network of other importers/exporters that need usage of such station wagons, Bus Vans and trucks.

If you have station wagons, Bus Vans and truck and will be willing to do business with us in this regard, get back to us via: farmersagrotransporter@gmail.com Thank you.

For Latest Information on Agro Transportation in Nigeria.
Tel: +2348127373665.
Website: www.facebook.com/Farmersagrotransporter

#InnovationForProductiveAgriculture

We only have outlet in Asaba Delta state

you re welcome

We are into supply of fresh Plantain we can supply u 60 dozens (4tonnes) and above. Our fresh Plantain are of good grade, unripeness, fiber and chemical free. We source our fresh Plantain from farm settlement in Delta state villages

Origin: Nigeria

Kind: Fresh Green Plantain

Packing: 50kgs/carton or as yours orders

Shipment: within 2-4 days after receiving of deposit amount

Supply ability: 500 Tons/ month/ All the year around

Class A : 4 5 6 hand per box.
Net weight per box: 50 kilos

Payment: T/T ( at least 50% deposit – 50% after faxing shipping docs

I will keep updating the price of fresh Plantain from Delta state . we offer discount to bulk buyers. Call 08074660338 for your Order

Hamper packages

+Advisory in Plantains Market Business�

+Good Plantain Quality Teaching ...�‍��‍�

+Plantain Investment �‍��‍�

Whatever you want come... Delta Plantain Market has it all.......

Plantlet Breeding and Management

⛳It's Green Rural-Urban Opportunity are you unemployed or looking for alternative source of income. If yes, then I am glad to welcome you to this Life changing training hub.

�Now do you have any little start up capital and wish to earn at least N100,000 monthly.

⚡Real time Reasons to look into this agribusiness is, you can do the business at the comfort of your home and it doesn't require much space

✔️Do you know that a 4weeks old propagated Healthy suckers (Hybrid Cavendish Banana/ Fhia Plantain) is sold for N250 and above, imagine selling 500 plantlet-suckers every month, and a sucker can regenerate young ones up to 10 in the chamber within 30days.

♻️Learn from our experinced team of Agricultural Extension experts, and see how to breed Bananas and Plantain Planting Materials from A-Z, and how to eliminate infested and diseased suckers and become successful.

Powered By:

☑️PRODUCTIVE AGRIBUSINESS FARMERS ACADEMY

☑️SACELPRECIOUS FARMS LIMITED

For more Info & Locations Call: 08033923458
Follow the WhatsApp group to be Registered
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https:///CFmZxFC8wZp1GBCa2sBMU5

Diammonium phosphate (DAP) is the world’s most widely used phosphorus fertilizer. It’s made from two common constituents in the fertilizer industry, and its relatively high nutrient content and excellent physical properties make it a popular choice in farming and other industries.

Production

Ammonium phosphate fertilizers first became available in the 1960s, and DAP rapidly became the most popular in this class of products. It’s formulated in a controlled reaction of phosphoric acid with ammonia, where the hot slurry is then cooled, granulated and sieved. DAP handles and stores well. The standard nutrient grade of DAP is relatively high, at 18-46-0, so fertilizer products with lower nutrient content may not be labeled DAP.

The inputs required to produce one ton of DAP fertilizer are approximately 1.5 to 2 tons of phosphate rock, 0.4 tons of sulfur (S) to dissolve the rock, and 0.2 tons of ammonia. Changes in the supply or price of any of these inputs will impact DAP prices and availability. The high nutrient content of DAP helps reduce handling, freight and application costs. DAP is produced in many locations in the world and is a widely traded fertilizer commodity.

Agricultural use
DAP fertilizer is an excellent source of P and nitrogen (N) for plant nutrition. It’s highly soluble and thus dissolves quickly in soil to release plant-available phosphate and ammonium. A notable property of DAP is the alkaline pH that develops around the dissolving granule.

As dissolving DAP granules release ammonium, the seedlings and plant roots nearest the volatile ammonia can be harmed. This potential damage more commonly occurs when the soil pH is greater than 7, a condition that often exists around the dissolving DAP granule. To prevent such damage, users should avoid placing high concentrations of DAP near germinating seeds.

The ammonium present in DAP is an excellent N source and will be gradually converted to nitrate by soil bacteria, resulting in a subsequent drop in pH. Therefore, the rise in soil pH surrounding DAP granules is a temporary effect. This initial rise in soil pH neighboring DAP can influence the micro-site reactions of phosphate and soil organic matter.

Management practices

Differences in the initial chemical reaction between various commercial P fertilizers in soil become minor over time (within weeks or months) and are minimal as far as plant nutrition is concerned. Most field comparisons between DAP and monoammonium phosphate (MAP) show only minor or no differences in plant growth and yield due to P source with proper management.

Non-agricultural uses

DAP also acts as a fire retardant. For example, a mixture of DAP and other ingredients can be spread in advance of a fire to prevent a forest from burning. It then becomes a nutrient source after the danger of fire has passed. DAP is used in various industrial processes, too, such as metal finishing. And, it’s commonly added to wine to sustain yeast fermentation and to milk to produce cheese cultures.

4R Nutrient Stewardship provides a framework to achieve cropping system goals, such as increased production, increased farmer profitability, enhanced environmental protection and improved sustainability.
To achieve those goals, the 4R concept incorporates the:
• Right fertilizer source at the
• Right rate, at the
• Right time and in the
• Right place
Properly managed fertilizers support cropping systems that provide economic, social and environmental benefits. On the other hand, poorly managed nutrient applications can decrease profitability and increase nutrient losses, potentially degrading water and air.
4R nutrient stewardship requires the implementation of best management practices (BMPs) that optimize the efficiency of fertilizer use. The goal of fertilizer BMPs is to match nutrient supply with crop requirements and to minimize nutrient losses from fields. Selection of BMPs varies by location, and those chosen for a given farm are dependent on local soil and climatic conditions, crop, management conditions and other site specific factors.
Other agronomic and conservation practices, such as no-till farming and the use of cover crops, play a valuable role in supporting 4R nutrient stewardship. As a result, fertilizer BMPs are most effective when applied with other agronomic and conservation practices.

Spreading of urea
Urea can be bulk-spread, either alone or blended with most other fertilizers. It is recommended that the spreading width not exceed 50 feet when combined with other fertilizer materials.
Urea often has a lower density than other fertilizers with which it is blended. This lack of "weight" produces a shorter "distance-of-throw" when the fertilizer is applied with spinner-type equipment. In extreme cases this will result in uneven crop growth and "wavy" or "streaky" fields.
Blending urea with other fertilizers
Urea and fertilizers containing urea can be blended quite readily with monoammonium phosphate (11-52-0) or diammonium phosphate (18-46-0).
Urea should not be blended with superphosphates unless applied shortly after mixing. Urea will react with superphosphates, releasing water molecules and resulting in a damp material which is difficult to store and apply.
Fluid urea
Uniformity of particle size is important with dry solid urea, whether applied directly or in blended formulations. Some imported urea appears to be below U.S. quality standards on granule uniformity. Dissolving urea and marketing the liquid solution is an attempt to overcome this lack of uniformity and still take advantage of the favorable urea price.
The liquid mix of urea and ammonium nitrate (UAN 28% N) has been on the market for a long time. The characteristics of this solution, however, are not the same as when urea alone is dissolved in water. A solution of 50% urea by weight results in 23-0-0 and has a salting-out temperature of 60 degrees F. In order to store and handle liquid urea during cooler temperatures, the nitrogen concentration must be lowered to reduce salting problems. There are several possible formulations that can be used for this, such as adding small amounts of ammonium nitrate, ammonium sulfate, or anhydrous ammonia.
Research, particularly on liquid urea, is very limited. Generally, where dry urea functions successfully, the fluid urea should perform equally well and may have the advantage of better uniformity over some dry urea sources.
Biuret in Urea
Biuret in urea can cause agronomic problems if placed near the seed. or even if added preplant in bands where seeds will later be planted.
Most U.S. manufacturers of urea keep biuret content low by keeping high temperatures to a minimum. Biuret content is typically around 0.3%, although urea of foreign origin appears to be higher.
High heat is normal during the manufacture of urea. If heat exceeds 200 degrees F there is a slight conversion of urea to biuret, but this takes place only during the manufacturing process. No such conversion happens in storage or in the soil.
Biuret converts to ammonia, but conversion is much slower than for urea. Since biuret remains in the soil for several weeks, the potential for seed damage continues beyond the brief period of conversion of urea to ammonia. The major damage of biuret is to germinating seeds. There is little damage through plant absorption, although some citrus crops have been affected.
Application of urea to growing crops
Urea can be applied to sod crops, winter wheat. or other small grains. This application, however, should be made during cool seasons. During warm periods (60 degrees F or above), urea in contact with vegetative material will tend to give off ammonia.
If urea must be applied on Banana and Plantain in the dry months, apply when there is a high probability of rainfall.
Foliar application of urea
Urea can also be applied as a foliar spray on some crops, such as vegetables. Urea is highly water soluble. At normal atmospheric temperatures, approximately 1 lb. Of urea can be dissolved in 1 lb. of water.
Research data indicate that urea should contain no more than 0.25% biuret for use in foliar sprays. For many crops the quantity of nitrogen applied at one time should not exceed 20 lb. of nitrogen per acre.
Urea storage
Urea is neither combustible nor explosive. It can be stored safely with no loss of quality under normal circumstances. Small or fast-moving augers should not be used to move granular urea. Urea particles are generally soft and abrasion can break the granules. Belt conveyers should be used whenever possible.
Urea should not be stored with ammonium nitrate. These materials, when in contact, rapidly absorb water when the relative humidity is above 18%. Table 9 indicates the relative humidity at which urea and ammonium nitrate absorb moisture from the air.

Urea do's and don'ts
• Store separately from ammonium nitrate.
• Do not use small, fast-moving augers to move the urea.
• Do not exceed a spreading width of 50 feet when urea is applied.
• Do not place in direct contact with corn seed.
• Keep rates of nitrogen applied together with small grain in drill to 10 lb. on dry soils, 20 lb. when soil is moist.
• Apply urea on sod crops when atmosphere temperature is below 60 degrees F.
• When urea is broadcast on soils of high pH (above 7.5), the material should be incorporated into the soil as soon as possible.

With today's emphasis on higher crop yields, there is an increased need for calcium, magnesium and sulfur. These nutrients are vital to plant growth and development. They are three of the 17 essential plant nutrients.
Fertilizer urea Introduction
In the past decade urea has surpassed and nearly replaced ammonium nitrate as a fertilizer. This has brought about new questions on urea and its use.
Fertilizer urea
Urea, a white crystalline solid containing 46% nitrogen, is widely used in the agricultural industry as an animal feed additive and fertilizer Here we discuss it only as a nitrogen fertilizer.
Physical forms of urea
Commercially, fertilizer urea can be purchased as prills or as a granulated material. In the past, it was usually produced by dropping liquid urea from a "prilling tower" while drying the product. The prills formed a smaller and softer substance than other materials commonly used in fertilizer blends. Today, though, considerable urea is manufactured as granules. Granules are larger, harder, and more resistant to moisture. As a result, granulated urea has become a more suitable material for fertilizer blends.
Advantages of fertilizer urea
• Urea can be applied to soil as a solid or solution or to certain crops as a foliar spray.
• Urea usage involves little or no fire or explosion hazard.
• Urea's high analysis, 46% N, helps reduce handling, storage and transportation costs over other dry N forms.
• Urea manufacture releases few pollutants to the environment.
• Urea, when properly applied, results in crop yield increases equal to other forms of nitrogen.
Incorporate urea for best use
Nitrogen from urea can be lost to the atmosphere if fertilizer urea remains on the soil surface for extended periods of time during warm weather. The key to the most efficient use of urea is to incorporate it into the soil during a tillage operation. It may also be blended into the soil with irrigation water. A rainfall of as little as 0.25 inches is sufficient to blend urea into the soil to a depth at which ammonia losses will not occur.
Urea losses to air
Urea breakdown begins as soon as it is applied to the soil. If the soil is totally dry, no reaction happens. But with the enzyme urease, plus any small amount of soil moisture, urea normally hydrolizes and converts to ammonium and carbon dioxide. This can occur in 2 to 4 days and happens quicker on high pH soils. Unless it rains, urea must be incorporated during this time to avoid ammonia loss. Losses might be quite low in the spring if the soil temperature is cold. The chemical reaction is as follows:
CO(NH2)2 + H2O + urease → 2NH3 +CO2 (urea)
The problem is the NH3, because it's a gas, but if incorporated the NH3, acts the same as incorporated anhydrous ammonia. Also, half of 28% liquid N is urea and the same thing happens with this half as with regular urea.

DO YOU KNOW?
Micronutrients are essential for Banana and Plantain plant growth and play an important role in balanced crop nutrition. They include boron (B), copper (Cu), iron (Fe), manganese (Mn), molybdenum (Mo), zinc (Zn), nickel (Ni) and chloride (Cl). They are as important to plant nutrition as primary and secondary macronutrients, though plants don't require as much of them. A lack of any one of the micronutrients in the soil can limit growth, even when all other nutrients are present in adequate amounts.

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