Industrial & Process Engineering

SARVAL Hartshill Meal Storage Facility

A high-capacity, future-ready industrial storage building designed for processed Category 3 Animal By-Product meal and adaptable bulk material operations.

Bulk StorageSteel Portal FramePrecast ConcreteFuture AdaptabilityHartshill

Project Overview

Client: SARVAL

JHA Architecture was appointed to design a new purpose-built meal storage facility at SARVAL’s Hartshill rendering site.

The building provides a dry, controlled environment for the storage of processed Category 3 Animal By-Product meal while retaining the flexibility to accommodate future operational changes and alternative storage requirements.

The completed facility forms part of a wider programme of redevelopment and modernisation across the Hartshill site, supporting both current production needs and the client’s long-term strategic growth.

Completed SARVAL meal storage facility at Hartshill
Interior bulk storage area with bagged meal and mobile plant

Key Features

  • Purpose-built dry storage for processed Category 3 meal
  • Robust steel portal frame construction
  • Substantial precast concrete retaining walls
  • Cast in-situ concrete protection to primary steel columns
  • Integrated overspill boards for increased storage capacity
  • High-volume internal storage layout
  • Mobile plant access for efficient material handling
  • Future adaptability for raw material storage
Internal storage hall with reinforced walls and forklift access

Design Approach

The design centred on a durable steel portal frame supported by substantial precast concrete retaining walls capable of resisting the demands of bulk material storage and loading operations.

Cast in-situ concrete protection was introduced around the steel columns to reduce impact damage and wear, safeguarding the primary structure during daily operations.

The retaining wall system also incorporates overspill boards, increasing the usable storage volume and enabling the building to be adapted for bulk raw material storage in the future.

External service yard elevation of the completed meal store

Operational Impact

The completed building gives SARVAL a high-capacity storage facility that maintains the dry conditions required to preserve product quality while supporting efficient loading and unloading.

The internal layout maximises storage volume and enables straightforward movement of material using forklifts and loading shovels. Structural and operational requirements were carefully coordinated to create a resilient solution that supports efficient maintenance and long-term use.

Steel frame and concrete wall construction during delivery

Technical Delivery

Close coordination between JHA Architecture, the client, structural engineers and contractor ensured that the steel frame, concrete retaining system, floor construction and building envelope were designed as one integrated industrial solution.

The build sequence was developed around the substantial structural components and the operational constraints of the live rendering facility, allowing the new store to be delivered safely and efficiently.

Completed internal meal storage hall with rooflights

Sustainability and Future Readiness

The building was designed to support both present operational requirements and the site’s future strategic development.

Its reinforced retaining walls and overspill arrangement allow the space to be readily adapted for alternative bulk materials, reducing the need for major future alterations and maximising the long-term value of the client’s investment.

Project Outcome

The new SARVAL meal store demonstrates JHA Architecture’s ability to deliver specialist industrial facilities that combine robust construction, operational functionality and long-term adaptability.

The result is a durable, high-performance storage building that meets the immediate needs of the rendering process while providing the flexibility to support future changes in site operations and material handling.

Robust industrial storage designed for capacity, durability and future change

Details