Five things characterise a Stream technical resource. Working from first principles, integrating across disciplines and mindsets, innovating conservatively to gain the advantage of technology, rigorous cost analysis, and consideration for ecology.
The refrigeration vapour compression cycle is a complex field when assessed in detail, due to the intereaction of change of state, volume, heat content and enthalpy of refrigerants. It is a field where there is much scope for better understanding and implementation, and we have tools in house to measure and adjust thermal flows. We also have the support of an excellent network of suppliers who are prime sources for production of bespoke coils, heat exchangers and fan units.
Thermal transfer through materials is critical in the understanding of extreme environments, even more so than in buildings where there is often a degree of tolerance.
The noise and vibration levels present in an environment are a critical part of the conditions that humans are called upon to experience, enjoy, operate in and even endure! We have the experience, equipment and procedures to record, measure, analyse, report on and resolve issues and problems around this sphere.
Understanding the operation of the human body and mind, and the conditions that it is subject to is an essential precursor to the delivery of an appropriately designed systems for temperature, humidity, noise and vibration. The stresses and overall effect on cognitive function that persons are experience will clearly be different in an office environment than that of a dance floor, marine application, or operational military vehicle.
Delivery of airflow to the correct place is a critical part of the design of any climate control system. The capacity of the system can often be reduced if delivery of the air to where it is needed most. The prime example of this is the ManPAC system where chilled air is delivered directly to the torso of the soldier.
We are always on the lookout for new technologies in the field of thermodynamics that can be employed in the search of the perfect human environment. Examples of some recent developments are the use of 3D printing, heat pipe transfer technology and evaporative coolers.