Zimbabwe 100,000-Layer H-Type Cage Project

The LIVI knowledge base records an anonymized Zimbabwe project planned for 100,000 layers using an H-type stacked layer-cage system. The recorded configuration includes Q235 steel references, hot-dip-galvanized and zinc-aluminium coating references, automatic egg collection, automatic manure removal, and ventilation and temperature-control planning. No customer identity, exact site, contract details or performance results are published here.

Verified case facts

Case element	Knowledge-base record	Publication boundary
Country	Zimbabwe	No exact farm address or customer identity is disclosed.
Project scale	100,000 layers	This is the recorded project scale, not a maximum capacity for H-type equipment.
Primary system	H-type stacked layer cage system	Detailed model, dimensions and tier layout are not added where the public-use record does not provide them.
Material references	Q235 steel	Applies as a recorded project reference; the final technical schedule controls supplied materials.
Surface-treatment references	Hot-dip galvanizing and zinc-aluminium coating	The record does not justify a “no corrosion” or fixed-life claim.
Egg handling	Automatic egg collection	No throughput, breakage or labour result is assigned to this case.
Manure handling	Automatic manure removal	No health, production or operating-cost result is claimed.
House environment	Ventilation and temperature-control planning	No promise is made that a fixed set point can be maintained under every outside condition.
Results	No publication-ready result data in the structured case record	No laying rate, savings, mortality, payback or customer testimonial is invented.

Recorded system integration

The case is useful as an example of coordinated system scope rather than as proof of a repeatable performance outcome. Its recorded elements connect the H-type stacked layer-cage layout with egg flow, manure flow and environmental-control planning:

H-type cage arrangement: the stacked cage system establishes the principal row and house-equipment layout.
Automatic egg collection: egg handling is included as a coordinated system in the case record.
Automatic manure removal: manure removal is also included in the recorded configuration.
Ventilation and temperature control: the project record includes planning for the house environment rather than treating cage capacity as the only design input.

The knowledge-base record does not provide enough public data to state the detailed equipment quantities, controller settings, utility loads or installation sequence. Those values should not be inferred from the 100,000-layer scale.

What a similar project must confirm

A new project of a similar scale would still require its own engineering and commercial review. The following inputs are needed before a project-specific configuration can be prepared:

Input	Why it matters
Country or region and climate information	Provides context for ventilation and temperature-control planning.
Target layer capacity and project phases	Separates total project scale from the capacity and schedule of each house.
House count and internal dimensions	Supports row, tier and equipment-interface planning.
New-build or retrofit status	Determines whether existing structures, utilities and equipment constrain the layout.
Feed, water and power information	Allows related systems and control interfaces to be defined.
Egg and manure flow requirements	Establishes the required collection, transfer and discharge boundaries.
Installation and training scope	Clarifies supplier and site responsibilities.
Expansion plan	Allows project phases and future interfaces to be considered without assuming unused capacity.

What this case does—and does not—show

Supported	Not supported by the publication-ready record
A Zimbabwe project with a recorded 100,000-layer scale	Customer or farm identity, or an exact location
An H-type stacked layer-cage configuration	A universal maximum or standard house layout
Q235, hot-dip-galvanized and zinc-aluminium coating references	A no-rust claim or guaranteed service life
Automatic egg collection and manure removal	Case-specific throughput, breakage, labour or cost results
Ventilation and temperature-control planning	Guaranteed environmental conditions regardless of climate
A representative system image	Verified on-site project photography

Frequently asked questions

Is the customer identified?

No. The case is intentionally anonymized. It provides only the country, authorized project scale and system facts needed to understand the configuration.

Is the featured image from the Zimbabwe site?

That has not been verified. The featured image is therefore labelled as a representative system image and must not be used as visual proof of the project site.

Does this case prove that every H-type project can house 100,000 layers?

No. The number is the scale of this recorded project. Final capacity depends on the selected cage model, number and dimensions of houses, approved layout and husbandry requirements.

What production or financial results were achieved?

No publication-ready result data is available in the structured case record. This page does not add laying rate, mortality, labour, energy, savings, payback or return-on-investment claims.

Can the same configuration be copied to another country?

Not without a new review. House design, climate, utilities, project scope, operation and maintenance differ. The case can inform questions, but it cannot replace a project-specific proposal.

Discuss an anonymized project configuration

Send the country or region, project capacity, poultry-house dimensions, utility information and required cage, egg, manure and environmental-control scope. LIVI can use those inputs to discuss a project-specific configuration without assuming that this case can be repeated unchanged.

SEND PROJECT INFORMATION