Ventilation designed around airflow behavior and process stability
In industrial zones, air-change rate alone is not enough. Airflow direction, interaction with process points, and operational continuity determine real performance.
Process-fit airflow logic
We map airflow to actual critical points instead of relying on generic templates.
More predictable commissioning
Implementation rhythm follows facility constraints and decision-critical milestones.
Operational support after handover
We support the transition from commissioning to stable everyday operation.
Industries we design ventilation for
We focus on facilities where airflow direction and stability directly impact safety and quality.
Plastics processing
Fume extraction from thermal processes
Welding & painting
Zone ventilation compliant with OEL and ATEX
Pharma
Pressure cascades and airflow direction control
Food & beverage
Production-zone ventilation with HACCP requirements
High-bay warehouses
Air circulation and heat removal from storage areas
In many facilities the core issue is not lack of equipment, but airflow behavior that does not match zone operation. This leads to unstable conditions and reactive troubleshooting.
We begin with ventilation objective analysis: what needs to be controlled, where the critical points are, and which operational constraints can disrupt outcomes. Then we convert this into a partner-model implementation path.
For technical alignment we reference ASHRAE 62.1 for ventilation and indoor-air quality frameworks, and ISO 14644-1 where controlled-environment criteria are part of the project scope.
Validate ventilation for your zone conditions
We prepare an airflow concept based on facility data and process priorities.
Book a callScope is built from process objective to implementation and acceptance, avoiding non-critical add-ons.
- Ventilation objective and zone-operation analysis
- Airflow-concept selection with facility constraints
- Control points and acceptance-criteria definition
- Partner-model rollout coordination
- Post-start stabilization support
- 1Technical call and confirmation of the business objective
- 2Input-data collection with facility constraints review
- 3Recommended delivery variant and rollout plan
- 4Execution coordination, acceptance, and operational support
Ventilation in numbers
24h
Response time to new request
4
Project quality control stages
30%
Of building energy used for ventilation
EU Building Directive
ASHRAE 62.1
Reference standard for air quality
You do not need full execution drawings to begin. A decision-grade data package is sufficient for first recommendations.
- Zone type, ventilation objective, and critical control points
- Target airflow or air-quality requirements (if specified)
- Facility constraints: installation, utilities, service access
- Acceptance and organizational requirements
- Timeline boundaries and rollout priorities
Standards references reduce interpretation risk and accelerate technical alignment in early project phases.
- ASHRAE 62.1
Ventilation and acceptable indoor-air quality framework for non-residential facilities.
- ISO 14644-1
Air-cleanliness classes where controlled-zone criteria apply.
Common questions focus on start strategy, ownership split, and how to handle partial data at project kickoff.