FertiSoil — gel concentrate for soil reclamation and restoration | Greendar
Gel concentrate functions
Organic gel concentrate for soil restoration
Source of organic matter
Stable organic matter based on potassium salts of humic and fulvic acids from lowland peat, providing the foundation for soil formation
Moisture retention and structure
Creates soil porosity, retains moisture and restores physical properties that are critical for reclamation sites
Biological restoration
A carrier for launching and sustaining soil microbiota on degraded sites, from municipal solid waste landfills to mining dumps
Connecting layer
A bridge between the mineral base of the site and subsequent greening, helping the substrate develop into living soil
Application directions
FertySoil is designed to restore lands with different levels of degradation, from agricultural fields to technogenic sites
Reclamation of disturbed lands
Restoring the soil layer on degraded sites
Rates and method →Creating a fertile soil layer
Forming a 10–20 cm working horizon on poor base materials
Rates and method →Municipal solid waste landfills
Greening above the engineered cover without disturbing isolation layers
Rates and method →Oil product spills
Bioremediation and landfarming for contaminated sites
Rates and method →Land after pesticide use
Restoring biological activity and detoxifying soil
Rates and method →Salinity and excess fertilizers
Restoring structure and supporting leaching after excessive mineral fertilizer rates
Rates and method →Mining dumps
Greening inert and acidic dumps from scratch, from neutralization to vegetation stabilization
Rates and method →FertySoil application table
Professional application rates and methods for each type of disturbed land
Reclamation of disturbed lands
Method
- Grade the site and remove large debris
- Loosen the upper 10–15 cm layer
- Apply FertySoil evenly over the surface
- Mix into the top layer with a rotary tiller or disc harrow
- Irrigate with working solution until evenly moistened
- Sow a grass mixture or apply mulch/hydromulch
- Check after 10–20 days; if needed, repeat irrigation at 0,3–0,7 kg/m²
Required equipment
Bulldozer/grader, tractor with disc harrow or rotary tiller, tank with pump and boom, hydroseeder, roller
Restoring / creating a fertile soil layer
Method
- Place the mineral base or technogenic soil
- Distribute FertySoil evenly
- Mix within the 10–20 cm working horizon
- Shape the layer and roll it
- Apply moisture-charging irrigation
- Sow cover crops or lawn grasses, or prepare for planting
Required equipment
Front loader, soil mixer/mixing bucket, tractor with rotary tiller, spreader, grader, roller, watering truck
Waste and municipal solid waste landfills
Method
- Check the integrity of the final cover
- Distribute plant soil or technogenic soil
- Apply FertySoil into the upper 8–12 cm without deep disturbance of the cover
- Perform surface mixing
- Sow grasses or hydroseed, then mulch
- Repeat irrigation after 2–4 weeks: 0,3–0,6 kg/m²
Required equipment
Light bulldozer/mini dozer, grader, tractor with light rotary tiller, hydroseeder, watering truck (equipment with low ground pressure)
Oil product spills
Method
- Contain the spill area and prevent runoff
- Remove free oil phase using sorbents/mechanical collection
- Loosen the contaminated layer or excavate it to a bioremediation cell
- Apply FertySoil and mix it into the upper 10–20 cm
- Maintain moisture without waterlogging
- Aerate regularly: once every 7–14 days
- Final greening after contamination is reduced
Repeat every 20–30 days: 0,5–1,0 kg/m² during active bioremediation
Required equipment
Excavator, front loader, disc harrow/rotary tiller/turner, watering and washing truck, sorbent equipment
Land after long-term pesticide use
Method
- Confirm the contamination type in a laboratory
- Loosen the surface layer to 8–15 cm
- Apply FertySoil with mixing
- Maintain moderate moisture
- Sow cover crops/phytomeliorants after primary recovery
- Repeat application based on test results
Repeat after 30–45 days: 0,4–0,8 kg/m²
Required equipment
Tractor with rotary tiller or harrow, sprayer/watering tank, cover crop seeder, laboratory control
Sites after excessive mineral fertilizer rates
Method
- Measure EC/pH
- Shallow loosening without bringing saline horizons to the surface
- Apply FertySoil into the upper 8–12 cm
- Leach with good-quality water
- If needed, apply gypsum or another corrective measure
- Sow salt-tolerant crops or cover crops
Repeat after leaching: 0,3–0,7 kg/m²
Required equipment
EC/pH meters, ripper/chisel, tractor with rotary tiller, sprinkler system or drip irrigation, ameliorant spreader
Mining industry dumps
Method
- Perform geochemical diagnostics of the dump
- Grade the site and create erosion-control microrelief
- Apply liming/neutralization if needed
- Apply FertySoil into the upper 10–15 cm
- Sow a resistant grass-legume mixture or hydroseed
- Mulch and control runoff
- Apply additional irrigation after emergence
Repeat service application after 1–2 months: 0,5–1,0 kg/m²
Required equipment
Bulldozer, grader, ripper, tractor with rotary tiller, hydroseeder, watering equipment, excavator for drainage ditches
Recommended rates are indicative and should be refined based on soil analysis, the degree of site degradation and the project objective. Preliminary site assessment is recommended for oil-contaminated, pesticide-affected and technogenically disturbed areas.
Three products, one restoration system
The best reclamation results come from integrated use of GreenDar products
FertySoil
Structure, moisture, organic matter
Forms the soil framework, retains water and creates an environment for microbiological activation
AgroEco
Biostimulation, root formation
Launches soil biological activity and stimulates root system development at the initial stage
Learn more →AgroPremium
Long-term nutrition
Provides long-term organic nutrition for stable vegetation establishment
Learn more →Recommendations for combined use
| Direction | AgroEco | AgroPremium |
|---|---|---|
| Reclamation | ✓ At the start | ✓ For long-term nutrition |
| Creating a fertile soil layer | ✓ Biota activation | ✓ Organic layer component |
| MSW landfills | ✓ Required | ✓ Cover support |
| Oil product spills | ✓ First priority | → At the second stage |
| After pesticide use | ✓ First priority | → At the second stage |
| Salinity / excess fertilizers | ✓ Stress reduction | ✓ After leaching |
| Mining dumps | ✓ In the starter solution | ✓ Vegetation stabilization |
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