HomeProjects

Calculated, designed,
proven in the field.

Our projects span healthcare, aviation, energy and controlled environment agriculture. Below you can see which engineering steps we took on in each.

Discipline · 08 projects

Water technologies

AWH-Unit — atmospheric water harvesting unit

End-to-end development of a unit that produces water from humidity in the air, from thermodynamic analysis to final product delivery.

Thermodynamic analysis: theoretical water yield was optimised through energy efficiency and dew point calculations.
Process development: air velocity and condensation surface area were engineered for maximum yield across climates.
3D mechanical design: all components were modelled in CAD; assembly precision and the compact layout were finalised.
Prototype build: production files for the casing and internals were prepared for sheet-metal fabrication.
Performance testing: the prototype will be validated against the theoretical model in controlled-environment tests.
Final delivery: a fully documented unit with proven operational reliability will be delivered.

ThermodynamicsProcess3D CADPrototypeTesting

HVAC manufacturers

Inverter water-source heat pump and test unit

We built the full development chain for a water-source heat pump (WSHP), from theoretical calculations to automated test reporting.

Theoretical and mechanical basis: theoretical calculations and mechanical design were completed.
Performance optimisation: prototype data was integrated with the cloud to maximise unit performance.
Smart control: the automation system running the process was built, and its scenarios and software were developed and deployed.
Operator interface: a desktop application was developed for test operators, with automatic detection of WSHP models.
Mobile test rig: a mobile test rig was designed for the prototype and its test software commissioned.
Reporting: reporting for cooling, heating and fan tests was fully automated.

ThermodynamicsMechanicalAutomationDesktop softwareCloud

Healthcare

HVAC monitoring and control system for hospitals

We brought Daikin VRF units and packaged hygienic air handling units together in a single central control system.

Integration: Daikin VRF units were integrated with packaged hygienic air handling units.
Precision control: custom automation scenarios and software were developed to control airflow, pressure, temperature and humidity simultaneously.
Central system: a central ventilation control system designed specifically for hospitals was completed.
On site: the system was commissioned on site and final test procedures were completed in 3 hospitals.

BMSSCADAAutomationCommissioning

Controlled environment agriculture

Climate control unit for soilless agriculture

We took a climate control unit for soilless farming facilities from theoretical calculations all the way to series production.

Theoretical basis: all required theoretical calculations were completed in the first phase.
Design: the mechanical and automation designs were completed based on that data.
Prototype and testing: a prototype was built and performance tests were successfully carried out in Canada.
Certification: UL and CE certification, proving compliance with international standards, was completed.
Series production: following testing and certification, series production of the product began.

ThermodynamicsMechanicalAutomationPrototypeUL / CE

Aviation

Ventilation and air conditioning unit for airport passenger boarding bridges

We delivered the automation and software for ventilation and air conditioning units used on passenger boarding bridges.

Automation: automation scenarios for the units were designed.
Software: the software was successfully commissioned.
Validation: all final test procedures were completed to confirm reliability and full-performance operation.

AutomationSoftwareTesting

Energy and mobility

Thermal management test rig for fuel cell hybrid electric vehicles

We developed a precise, reliable solution for managing the temperature swings in metal hydride tanks during hydrogen charging and discharging.

Challenge: in fuel cells, metal hydride tank temperature rises and falls with hydrogen charging and discharging, so the process needs precise control.
Theoretical calculations: all theoretical calculations for the tanks' thermal management were completed.
Design: the mechanical and automation designs were completed and the project was successfully closed.

Thermal managementMechanicalAutomation

HVAC manufacturers

Rooftop air conditioning test laboratory

An ongoing project to build a test laboratory for rooftop air conditioning units.

Design: the project's theoretical calculations and mechanical and process designs are complete.
Improvement: in parallel, existing mechanical designs, automation scenarios and software are being improved.
Technical support: we provide thermodynamic calculation support and prepare the thermodynamic and process instructions that set site standards.

ThermodynamicsProcessMechanicalAutomationSoftware

Healthcare

Hygienic air conditioning test laboratory

We are creating engineering solutions that safeguard both efficiency and hygiene standards.

Design: all project-specific theoretical calculations and process designs are complete.
Technical support: we provide ongoing thermodynamic support and prepare the instructions that set on-site operating standards.
Integration: VAV (variable air volume) and CAV (constant air volume) systems on the ductwork are being fully integrated with the AHU.
Critical conditions: automation scenarios and central control software are being optimised to keep pressure, temperature, humidity and particle control continuous.

ThermodynamicsProcessVAV / CAVAutomation

Calculated, designed,proven in the field.