How LIVI Delivers Turnkey Poultry Farm EPC Projects: A Step-by-Step Workflow

Step 1 — Site Assessment & Project Inputs

We confirm key inputs that drive engineering decisions: target bird capacity, production goals, local climate conditions, available utilities, land layout constraints, and preferred automation level. These inputs define the farm scope and equipment configuration.

Step 2 — Capacity Planning & Layout Concept

Based on the target capacity, LIVI develops a scalable layout concept (house arrangement, circulation paths, manure handling routes, and operational zones). Planning at this stage helps reduce rework during procurement and installation.

Step 3 — Poultry House & Equipment Engineering Design

We design the poultry house and equipment interfaces as one system—cage lines, feeding and drinking routes, manure removal, egg collection, and environmental control coordination—so installation is predictable and commissioning is smoother.

Step 4 — In-House Manufacturing & Quality Control

As an integrated manufacturer and solution provider, LIVI produces core poultry farming equipment with controlled material selection and inspection checkpoints. For cage systems, durability and corrosion resistance are treated as primary design and QC criteria for long-term farm operation.

Step 5 — Packing, International Logistics & Overseas Delivery Coordination

We align packing lists, shipment scheduling, and delivery milestones with the installation plan. This reduces site downtime caused by missing parts, out-of-sequence arrivals, or mismatched interfaces.

Step 6 — On-Site Installation & Commissioning

Installation follows a structured sequence—mechanical assembly, automation subsystem integration, alignment checks, and functional testing. Commissioning focuses on operational stability: smooth egg collection, reliable manure removal, proper feeding/drinking delivery, and ventilation coordination.

Step 7 — Training, Documentation & Final Handover

Before handover, LIVI supports practical operator training and provides the project’s delivery documentation for ongoing operation and maintenance. Final handover confirms that the equipment configuration matches the approved scope and that key functions are running as designed.

The High-Efficiency H-Type Layer Chicken Cage is developed for commercial layer operations where space utilization, management convenience, and automation readiness are critical. The H-type structure supports efficient daily routines such as feeding access, cleaning, and egg handling.

• Capacity range: typically configured for 5,000 to 30,000 layers per project scope and design.
• Material & protection: Q235 steel with hot-dip galvanizing and aluminum-zinc alloy coating to support corrosion resistance and long service life (stated design life: 15–20 years under appropriate operating conditions).
• Automation integration: supports automatic egg collection and manure cleaning to reduce repetitive manual work and improve operational efficiency.
• Environment coordination: designed to work with ventilation and temperature control planning for stable flock management.
• Standards reference: manufactured under compliance claims aligned with ISO9001, ISO14001, and CE requirements (project documentation can be provided per order scope).

Why it matters in EPC: selecting a cage system that is automation-ready and durable helps keep the engineering design stable, reduces installation complexity, and supports predictable operation after handover.