Manual Water Pumping SystemsVermicomposting SystemsFoliage from FertiliserBiogas Plant Construction and UtilisationResearchManual Water Pumping SystemsVermicomposting SystemsFoliage from FertiliserBiogas Plant Construction and UtilisationResearchManual Water Pumping SystemsVermicomposting SystemsFoliage from FertiliserBiogas Plant Construction and UtilisationResearchManual Water Pumping SystemsVermicomposting SystemsFoliage from FertiliserBiogas Plant Construction and UtilisationResearch
Lush crops background
/ Our Action Systems

Science in the soil.

We engineer closed-loop ecosystems that rehabilitate degraded land, boost crop yields by over 300%, and establish absolute food security.

/ System 01

Soil Biology & Vermiculture

Our core biological engine centers on advanced vermicomposting using Eisenia foetida (Red California Worms). Renowned for their exceptionally fast breeding and digestion rates, they efficiently transform cattle manure, plant residues, and organic wastes into high-quality, scentless organic casting.

Microflora Restoration

Naturally increases soil microflora and supplies concentrated nutritive elements, enzymes, and growth hormones that chemical fertilizers lack.

Disease Resistance

Enhances plant stamina, accelerates root development, regulates pH balance, and builds powerful resistance to root diseases.

Domestic Recycling Units

To close the loop at the household scale, we distribute compact recycling units that allow urban growers and offices to directly transform kitchen scraps (peels, eggshells) into premium worm castings right on-site.

Active composting worms
Crops grown with castings
Agroforestry 1
Agroforestry 2
Agroforestry 3
Agroforestry 4
/ System 02

Gliricidia sepium Agroforestry

Gliricidia sepium is a highly drought-tolerant, fast-growing, multipurpose legume tree. By intercropping it with staple crops, we construct a continuous, self-sustaining green manure engine. It is highly tolerant to frequent pruning (every 2-3 months during growing seasons) and draws up deep subsoil nutrients.

The Tied-Ridge Application Model

For maximum nitrogen retention and accelerated decomposition, we train farmers to apply the green manure using a specialized tied-ridge protocol:

1

Split Ridges

Existing ridges are split directly in the field prior to the planting season.

2

Apply Biomass

Freshly cut Gliricidia leaves and twigs are layered densely into the split channels.

3

Bury Manure

New ridges are built over the biomass, burying the organic matter completely.

4

Retain Nitrogen

Shallow burial prevents volatile nitrogen gas loss from direct sunlight exposure.

The Data Behind the Yield.

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Crop Yield Improvement

Proven increases in staple crops like maize on impoverished soils compared to control plots.

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Nitrogen Fixation / ha / yr

Gliricidia rapidly fixes atmospheric nitrogen directly into the root zone.

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Baseline Productivity Jump

Minimum productivity increase guaranteed by rehabilitating soils with our organic castings.

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Dry Wood Yield / ha

Sustainable biomass generated annually when spaced densely for woodlots.

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Seed Production / ha

Potential yield from uncut Gliricidia trees, yielding ~8,000 seeds per kilogram.

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Organic & Non-Toxic

Zero chemical dependency. Pure ecological restoration from seed to harvest.

/ Methodology

Gliricidia Spacing Guidelines

Precision planting architectures designed for specific ecological and agricultural outcomes.

Green Manure Rows

3-4m x 0.5-1m

Planted within rows spaced 3–4 meters apart, with trees 0.5–1 meter apart. Optimizes space for standard tractors or hand tillage to establish staple crops without root interference.

Dedicated Woodlots

1m x 1m

Highly dense spacing recommended when cultivating strictly for firewood, charcoal, or gasification biomass. Yields massive annual tonnage.

Fences & Hedges

0.5m x 0.5m

Ultra-dense spacing to stabilize terrace walls, prevent runoff erosion, or build robust living animal boundary hedges by creating a tight root network.

/ System 03

Manual Hand Drawn Pulley System

Water security drives biological activity. WSHG currently relies on manual hand-drawn pulley systems to draw water from hand-dug wells, a resilient technology utilized by virtually all residents in this neighborhood. This establishes a consistent, localized water supply for both our vermicompost breeding beds (requiring strict moisture regulation) and our dense vegetable plots.

Community-Proven Resilience

By leveraging accessible, hand-drawn well systems, we maintain independence from grid infrastructure. Our system remains closed and highly replicable: organic waste recycling feeds the soil, nitrogen-fixing trees protect the canopy, and community-driven water access hydrates the entire ecosystem.

Solar panel on farm

Vertical Gardens for Rural Homesteads

We integrate manual water drawing methods with innovative vertical hydroponic systems. These water gardens allow rural households to grow high-density, fresh vegetables year-round using minimal water and space, directly attached to their homesteads.

Lush vertical garden
Vertical hydroponic system
Water garden system structure

Vertical Garden

Estimated Budget & Materials

ItemQty/NoUnit Price (Ksh)DescriptionTotal Cost (Ksh)
16 pcs10020mm (0.5") PE black conduit pipe for lateral shade net support600
211 m1201" Φ PPR pipe for top & bottom shade net support1,320
31 pc5000.75" Black pipe for centre shade net support500
41 pc250Centre black pipe base support, modified for supporting centre black pipe400
510 m²100Shade net requisite lateral surface area.1,000
6Shade net stitched and modified into a cone shape with access to interior.500
721 m50Vehicle tyre piece requisite length1,050
8Vehicle tyre modifications into circular terraces500
Sub-total (approx)5,870
9Transport
10Accommodation (2 nights max)
11Labour
12Total
Biogas plant dome
/ System 04

Biogas Plant Construction & Utilisation

We design and construct digesters to transform organic waste into clean cooking energy. It is important to note that cow manure is the source of the primary feedstock for vermicomposting, not the biogas plant. Hence, the role of the biogas plant is not critical but helpful nonetheless. Farmers can collect the manure, store it, and feed it to the earthworms in the vermireactor directly.

/ System 05

Research & Nutrient Enhancement

Increasing the nutrient content of the vermicompost is a major activity. Through ongoing field trials and laboratory analysis, we continually refine our methodologies to maximize the efficacy of our agricultural inputs.

Targeted Enhancement

Macro nutrients such as NPK (Nitrogen, Phosphorus, and Potassium) can be gradually increased by the strategic addition of special ingredients in the earthworm feedstock.

Research documentation
Field research
Data analysis
Soil testing

Let's build a closed-loop system together.

Get in touch to order custom organic waste recycling units, secure premium worm castings, or schedule a site trial on your farm.