Project Overview

This project provides professional HVAC&R design service for tempering furnace workshop of glass factory. Targeting common workshop problems caused by high heat dissipation of tempering furnaces, including heat accumulation, uneven airflow and unbalanced air pressure, the project adopts CFD fluid simulation technology to identify system defects, optimize air outlets, pipelines and airflow organization, and deliver practical customized design solutions based on on-site working conditions.

Our Supplied Services

• Existing Scheme Evaluation: Verify the original HVAC&R design, pipeline layout and air supply & exhaust logic, identify design deficiencies and operational risks, and confirm the optimization direction.
• Professional CFD Simulation Analysis: Establish 3D workshop model with refined grid division, simulate real production conditions, restore the flow field, thermal field and pressure field, accurately locate ventilation problems, and provide data support for scheme design.
• Customized HVAC&R Design: Optimize air outlet arrangement, pipeline parameters and air volume & pressure matching based on simulation data and production line characteristics, and deliver compliant and implementable HVAC&R optimization schemes.
• Full-cycle Technical Consulting: Provide full-cycle technical docking, scheme verification and working condition adaptation services to ensure the design scheme conforms to on-site requirements and guarantees stable system operation.

Core Advantages & Solution Features

Adopting CFD simulation data-driven HVAC&R design, combined with high-precision simulation and local grid encryption, the scheme accurately restores workshop operating conditions, optimizes system layout and airflow organization, guides orderly hot air discharge, eliminates heat accumulation and airflow disorder, and ensures the scientific and implement ability of HVAC&R design.

Project Achievements

The project effectively standardizes workshop airflow organization and eliminates heat accumulation and ventilation imbalance in the tempering furnace workshop. Stable ventilation conditions ensure stable equipment operation, improve process accuracy, optimize high-temperature working environment, and realize stable production, quality improvement and efficiency enhancement.

Inquiry

Please feel free to contact us for customized CFD simulation design and workshop airflow optimization solutions for industrial HVAC&R projects.