BeneCent Adopted AAC, Industrial 2

Industrial Building, Milk collection Center 1999

Milk Processing Plant – Industrial Facility (1999)

Project Overview

  • Building Type: Milk Processing Plant

  • Completion Year: 1999

  • Building Dimensions: 30 m × 15 m × 3.2 m

  • Construction System: BeneCent Lightweight Concrete Building System

Designed for Food-Grade Industrial Operations

  • Engineered to support hygienic processing environments with stable internal conditions.

  • Smooth structural surfaces and moisture-resistant materials support sanitation and cleanliness requirements.

Thermal Stability for Product Quality

  • High thermal mass and insulation reduce temperature fluctuations, supporting consistent processing conditions.

  • Lower energy demand for cooling and climate control improves operational efficiency.

Durable & Low-Maintenance Construction

  • Non-combustible, pest-resistant, and moisture-resistant materials ensure long service life.

  • Proven performance over decades with minimal maintenance requirements.

Efficient Layout & Operational Flow

  • Optimized internal dimensions support processing equipment, storage, and circulation.

  • Clear-span configuration allows flexible adaptation to evolving production needs.

Fast Construction & Cost Control

  • Lightweight construction minimized foundation loads and reduced construction time.

  • Accelerated commissioning enabled earlier production start and improved return on investment.

Sustainable Industrial Solution

  • Energy-efficient envelope reduces operating costs over the building lifecycle.

  • Durable materials contribute to reduced environmental impact and long-term asset value.

Field-Proven Performance

  • In operation since 1999, demonstrating BeneCent’s reliability in food and industrial processing applications.

A Trusted Platform for Industrial Food Processing

  • This project highlights BeneCent’s capability to deliver efficient, hygienic, and durable industrial facilities tailored to specialized production environments.

 

AAC Material Specifications:

BeneCent

AAC Matrial Lab Tests:

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HOW WE DO THIS

Why should you use BeneCent

Proven Structural Performance

BeneCent is built on over 30 years of successful real-world application, delivering high structural reliability across diverse building types. Its lightweight concrete core and curved geometry provide long-term strength, durability, and stable thermal and acoustic performance.

Architectural Flexibility & Design Integration

The system supports both curved and flat interior designs, allowing easy integration of mechanical and electrical services without compromising aesthetics. BeneCent buildings can be finished with standard materials, ensuring compatibility with local styles, codes, and regulations.

Sustainable, Cost-Effective Building Solution

BeneCent reduces energy use, maintenance, and operational risks through permanent insulation and efficient roof design. With fast construction, resilience, and support for solar systems, green roofs, and water harvesting, it offers lasting economic and environmental value.

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