TEST REPORTS

T1 첨가제 ​카니발 VAN 테스트

Title: Fuel Additive Evaluation
Conducted by
CP&Tech
Extracted from the Content:
초기연비: 12.7 km/liter (고속도로, 100km/h 기준)
T1 장착 후 연비: 13.8 km/liter (고속도록, 100km/h 기준)
연비변화 (%): ( T1 13.8- 12.7) / (12.7) * 100 = 8.67%

KDI147모드에서 T1 장착후 NOx 53%감소

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CAR DYNO TEST REPORT

Title: Fuel Additive Evaluation
Conducted by
Daelim Technical R&D Institute &
Exhaust Emission Lab, Inha Technical College
Extracted from the Content:
The additive improves fuel efficiency by 8 ~15% at 40 ~70 km/h with the 4th gear
The additive improves fuel efficiency by 7 ~ 15% at 60 ~120 km/h with the 5th gear
The additive reduces NOx emission by 50%

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ENGINE TEST REPORT

Title: Fuel Additive Combustion Testing Programme
Conducted by
Coventry University & University of Brighton
Extracted from the Content:
The results indicated that T1 and T2 additives injected at a post-throttle position can reduce the fuel consumption of the engine, particularly evident at part-load, throttled operating conditions. Generally, the addition of both additives significantly affected the combustion phasing resulting in higher net mean effective pressures and improved combustion stability.

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PHYSICAL PROPERTIES ANALYSIS

Title: Sprayability and physical properties of Tuireann Energy Ltd nanofluid

Conducted by

NHL Stenden University of Applied Sciences

Extracted from the Content:

The combined influence of the particles on permittivity and conductivity created solutions with low electric relaxation time. Which indicates better tendency (when compared to water) to hold charge after atomization.

 

PATENTS

July 12, 2021

KR 10-2021-7021850

본 발명은 콜로이드로 구성된 연소 첨가제 및 동일한 물질의 제조
방법에 관한 것이다. 특히, 본 발명은 연료에 첨가되는 연료 첨가제 형태, 또는 연
소 시 물 분사 시스템 또는 연소를 위한 공기 가습 방법에 적용하기 위한 물의 완
전/부분 대체물로 제공될 수 있는 연소 첨가제에 관한 것이다. 본 발명은 또한 첨
가제를 사용하는 엔진의 효율을 개선하기 위해 연소 주기에 첨가제로서 콜로이드
용액을 도입하는 방법과 장치에 관한 것이다.

January 25, 2019

GB 2581131

The present invention relates to a composition for a fuel containing fine metal particles and a method of preparing the same, and more particularly, to a fuel additive comprising an alkaline aqueous solution, in which metal particles of several nanometres to several micrometres are dispersed. The present teaching also relates to a method and apparatus for introducing fuel additives into the combustion cycle so
as to improve the efficacy of engines that are using the fuel additive.

January 17, 2020

WO 2020 / 152065 A1

The present invention relates to a combustion additive comprising a colloid or colloidal solution, and to a method of preparing the same. More particularly, the present invention relates to a combustion additive that can be provided in the form of
a fuel additive that is added to the fuel or as a full/partial substitute for water in a water injection application or for incorporation into an air humidification method for combustion. The present teaching also relates to a method and apparatus for introducing such a colloidal solution as an additive into the combustion cycle so as to improve the efficacy of engines that are using the additive. Within the present teaching the terms “colloid” and “colloidal solution” will be used interchangeably.

July 26, 2021

CN 202080010972.2

本发明涉及组成包含分散的细金属粒子 110 的胶体水溶液的燃烧添加剂。
本发明还记述胶体(colloid)生成方法。尤其,本发明与具有胶体的燃烧添加剂
相关,胶体由提供碱性水溶液的金属粒子组成,金属粒子分散在该溶液中,平
均直径为 30nm~30μm。胶体可部分/完全取代喷水系统的水或者可用作用于燃
烧的空气加湿组分。

July 16 2021

US 17423480

The present invention relates to a combustion additive comprising a colloid or colloidal solution, and to a method of preparing the same. More particularly, the present invention relates to a combustion additive that can be provided in the form of
a fuel additive that is added to the fuel or as a full/partial substitute for water in a water injection application or for incorporation into an air humidification method for combustion. The present teaching also relates to a method and apparatus for introducing such a colloidal solution as an additive into the combustion cycle so as to improve the efficacy of engines that are using the additive. Within the present teaching the terms “colloid”, “colloidal solution” and “Nanofluid” will be used interchangeably.

July 23, 2021

2021072316385400DE

Die vorliegende Erfindung betrifft einen Verbrennungszusatz, der ein Kolloid 
umfasst, und ein Verfahren zu dessen Herstellung. Genauer betrifft die vorlie‐
5  gende Erfindung einen Verbrennungszusatz, der in der Form eines Kraftstoff‐
zusatzes, der einem Kraftstoff zugesetzt wird, oder als Voll‐/Teilersatz für 
Wasser in einer Wasseinspritzungsanwendung oder zur Einbeziehung in ein 
Luftbefeuchtungsverfahren für eine Verbrennung bereitgestellt wird. Die vor‐
liegende Lehre betrifft auch ein Verfahren und eine Einrichtung zum Einleiten 
10  solch einer kolloidalen Lösung als Zusatz in den Verbrennungszyklus, um den 
Wirkungsgrad von Motoren, die den Zusatz verwenden, zu verbessern. Inner‐
halb der vorliegenden Lehre werden die Begriffe „Kolloid“, „kolloidale Lösung“ 
und „Nanofluid“ austauschbar verwendet. 

 

CONTACT US

Wubin building, 
Yangjae-dong, Seocho-gu, 
Seoul, South Korea

tuireann [at] tuireann.co.kr

+82 10 2178 5210