DEMONSTRATION TEST AT TECHNI PROCESS FACILITY, FRANCE

INTRODUCTION

Pilot Test was carried out in 2019, at Châteauneuf-le-Rouge, France. A temporary testing facility has been mounted for this purpose in order to replicate a commonly used heat transfer system. Tap water was utilized as the hot stream to be cooled down. A chiller was installed as source of cooling with the aim of cooling down the tap water stream Aim of the pilot test was to verify enhanced heat transfer created by the introduction of HTF Compact into a base coolant solution composed of 30% ethylene glycol (remaining water) in a process application for cooling. The main assessment to be performed is around the chiller performance.

FACILITY CONFIGURATION

RESULTS

Energy efficiency by the introduction of HTF Compact (5% v/v) is demonstrated as minimum 15% (±3%) vs baseline conditions (glycol + water).

Performance is measured in relation to the chiller operations time assuming a similar operation throughout the various cases. That means % of time during chiller operating cycle in order to achieve the same cooling setpoint of 5°C.

When HTF Compact is introduced and circulating, setpoint can be reached with chiller operating at 86% of the time.

INHOUSE TESTING FACILITY AT BRINDISI, ITALY

CASE STUDIES

Case Studies - HTF Compact, at our headquearters in Brindisi, Italy, TCT Nanotech is able to perform testing of different configurations of nanofluids in order to match customers requirements. We are able to test dynamically different heating and coolant fluid compositions and concentration of HTF Compact and other proprietary nanofluids. The facilities comprise testing environments to simulate chiller and heat pump systems as well as thermal property evaluation of different heat transfer fluids.

We offer solution development services allowing the customer to gain confidence in the solution by showing online results of how HTF Compact impacts heat transfer systems and results in electrical consumption savings.

Case studies - HTF Compact Applied
Case studies - HTF Compact Applied
TOP