research, development and innovation catalyzing the …
TRANSCRIPT
This publication is produced under the auspices of the International Gas Union (IGU) which holds the copyright. The publication must not be reproduced in whole or in part without the written permission of the IGU. However, irrespective of the above, established journals or periodicals shall be permitted to reproduce this publication, or part of it, abbreviated or edited form, provided that credit is given to IGU. This document contains strictly technical information to be distributed during the 27th World Gas Conference in Washington DC, USA, and has no commercial intent.
Contents Executive Summary ............................................................................................................................ 4
Introduction ....................................................................................................................................... 5
Conclusions ........................................................................................................................................ 6
Study group reports ........................................................................................................................... 7
Meetings ............................................................................................................................................ 8
Gratitude and Member’s List ............................................................................................................. 9
Executive Summary
In the current IGU triennium 2015 and 2018, IGU Committee “Research, Development and Innovation” dedicated its work to the technical program of two IGU events:
The International Gas Research Conference which was held in Rio de Janeiro, Brazil, from
24th till 26th May 2017
The 27th World Gas Congress taking place in Washington D.C., United States of America
between 25th and 29th June 2018
To accomplish this task, the committee established three study groups:
Study Group 1: Research radar
Study Group 2: Social license – Creating acceptance through innovation:
Study Group 3: Gas driven mobility
Through the work of these study groups, the intention was to trigger publications for the IGU print media, magazine and newsletter. The major findings of the Committee are: It is of high value for IGU to maintain a permanent exchange on latest R&D findings and innovation. The initiative “research radar” therefore should be turned into a permanent sharing of innovation in technology in a wider range of audience through the IGU web page. It is recommended to build up such a technology web site. Throughout different countries and different market conditions it turned out to be true that gas innovation is a major vehicle to create acceptance for gases – natural gas, synthetic gases, biogases or hydrogen. IGU should elaborate this path even further as gases are a key to achieving climate targets, improving air quality and ensuring prosperity. Gas-fuelled transport is a world-wide growing topic. Currently, transport is still dominated by gasoline and diesel. The de-carbonization potential and the potential to improve air quality in this segment is significant - the third largest after power and heat. There are many best practice examples on CNG transport or small scale LNG (such as for heavy trucks and ships) that should be spread throughout the IGU community.
Introduction
The IGU Committee “Research, Development and Innovation” dedicated its work to highlighting major technical developments in the gas industry and their effect on the public acceptance of gas.
IGU Committee “Research, Development and Innovation” examined in this triennium the developments in three "fields of action":
Study Group 1: Research radar This group focused on the identification of current R&D topics along the gas chain;
Study Group 2: Social license – creating acceptance through innovation This group supported natural gas marketing by selecting samples of technologies that improve the general acceptance for natural gas as a fuel including:
o Power to gas and convergence of energy systems
o Efficiency increases through advanced technologies
o Gases from renewables (biogas, hydrogen) and carbon management
Study Group 3: Gas-driven mobility This group examined the potential of natural gas as an across-the-board transportation fuel with a focus on LNG, hydrogen and hythane. Road vehicles were focused on, but also other vehicles (ships, trains, planes) were in scope.
Major objectives of the Committee were:
1. to provide topics and content for the IGU Gas Research Conference (IGRC 2017)
2. to provide a sound basis for fact-based communication. This included committee members producing a number of articles about new technical developments in the gas industry, collaboration with the Marketing & Communications Committee and their publication in the IGU magazine and newsletter.
Conclusions The major findings of the Committee are:
1. It is of high value for IGU to maintain a permanent exchange on latest R&D findings and innovation. The initiative “research radar” therefore should be turned into a permanent sharing of innovation in technology in a wider range of audience through the IGU web page. It is recommended to build up such a technology web site.
2. Throughout different countries and different market conditions it turned out to be true that gas innovation is a major vehicle to create acceptance for gases – natural gas, synthetic gases, biogases or hydrogen. IGU should elaborate this path even further as gases are a key to achieving climate targets, improving air quality and ensuring prosperity.
3. Gas-fuelled transport is a world-wide growing topic. Currently, transport is still dominated by gasoline and diesel. The de-carbonization potential and the potential to improve air quality in this segment is significant - the third largest after power and heat. There are many best practice examples on CNG transport or small scale LNG (such as for heavy trucks and ships) that should be spread throughout the IGU community.
Our “research radar“ shows promising cases for ongoing research across the whole value chain of gas, proving that the technical potential of gas is far from depletion.
The public acceptance of natural gas (a fossil fuel) has become a major issue. In some markets the acceptance of natural gas a fuel of choice is simply due to its price tag whereas in other regions, such as Eastern Asia and Europe, natural gas faces different market conditions and challenges. It is up to the gas industry to manoeuvre out of uncomfortable positions by developing and pointing at the ways gas can be used in future applications, not in competition to more favoured energy sources but as an improvement, many of them in relation to renewables. For those resources, natural gas has to share some of its advantages that those “new” energy sources still lack, namely: infrastructure, storage capacity, reliability of supply, affordability.
Gas driven mobility shows that combustion engines driven by gasoline or diesel are having a hard time responding to recent legal demands, but gas engines are still far from that. Taking into account that most electric power still does not come from renewable resources, gas engines are even cleaner than electric vehicles. The options for gas driven vehicles are not limited to road transport. Many examples show that natural gas is quite suitable as fuel for railway engines, ships of any size and air transport. Natural gas, in particular LNG, is very suitable e.g. to replace large oil-driven vessels, with much of an improvement to the air quality in waterways and at sea, and noise reduction as a surplus.
In summary, natural gas fuels the future. Research & innovation is a catalyst for development on the road to a low-carbon future and provides a sound basis for communication, sustainable energy policy and public acceptance of gas.
Study group reports The study groups published articles in the IGU media throughout the triennium, highlighting actual developments in gas technology across the entire industry as shown below.
Author(s)
Title
Published
Gert Müller-Syring, Hartmut Krause
Convergence of Power, Gas & Renewables Jan 2016 (Newsletter)
Apr 2016 (IGU Magazine)
Jan Olav Berge Repair of deep water pipelines by new remote welding technology
Oct 2016
(IGU Magazine)
Eugeny Stepanov, Roman Romanenko
Analysis of gas pipelines’ actual condition Jan 2017
(IGU newsletter)
Sergey Vlasov,
Alex Demyanov,
Samvel Melkumyan
Remote diagnostic monitoring of hazardous pipeline sections
Jan 2017
(IGU newsletter)
Marek Kowalczuk, Andrzej Rogala,
Jan Hupka
Mobile system for dimethyl ether (DME) production from natural gas
Apr 2017
(IGU Magazine)
Jörg Leicher,
Bernard Blez
Pollutant Emissions Reduction in Industrial Gas-Fired Applications
Apr 2017
(IGU Magazine)
Sergey Vlasov,
Valery Snakin
Ecological monitoring during the construction of main gas pipelines
Jan 2017
(IGU newsletter)
Valeriy Snakin,
Inna Vlasova,
Irina Chudovskaya
Application of methanotrophs for minimizing ecological risk in case of seepage from pipelines or underground gas storage facilities
Nov 2016
(IGU newsletter)
Meetings
The Committee held five meetings and two WebEx-meetings in the triennium:
15 - 17 September 2015 in Berlin, Germany
17 February 2016 WebEx 1
14 July 2016 WebEx II
1 - 2 November 2016 in Washington D.C., United States of America
1 - 2 March 2017 in Brisbane, Australia
26 May 2017 in Rio de Janeiro, Brazil (brief meeting at the end of IGRC 2017)
4 - 5 October 2017 in Sankt Petersburg, Russia
8 - 9 March 2018 in Saint Denis-La Plaine, France
Gratitude and Member’s List The Research, Development and Innovation Committee expresses its thanks to all those who made its work possible in the last three years, be it by taking up tasks within the committee work or by contributing to the meetings. Without the help of a good number of experts and without the generosity of host companies and institutions, the work of our committee and its progress would not have been possible.
Between 2015 and 2018, the following experts were active members.
Country Member Company/Organization
Algeria Rachid Baiche Sonatrach
Messaouda Benferrah Sonatrach
Yamina Benabdessalem SN HYPROC
Nassredine Boukhenazer Sonatrach
Kara Mostefa Bouziane Sonatrach
Mohamed Khodja Sonatrach
Alloua Malha Sonatrach
Nouredine Mouloudj Sonatrach
Ryad Ouali Chaouch SN HYPROC
Australia Matthew Haynes APA Group
Lloyd Graydon
(Study leader SG 2)
GPA Engineering
Brazil Aspen Ricardo Andersen da Silva Petrobras
Jorge Paulo Delmonte IBP
Canada John Adams
Greg Caldwell
Canadian Gas Association
ATCO Pipelines & Liquids
China Jing Chou PetroChina Research Institute
Yanpeng Chen PetroChina Research Institute
Shiguo Lin PetroChina Research Institute
Colombia Santiago Mejía Terpel
Tony Quintero Terpel
Croatia Marijan Svjetličić Plinacro Ltd.
Czech
Republic Radek Libak RWE GasNet, s.r.o.
Denmark Per Persson HMN Naturgas
Jean Schweitzer Danish Gas Technology Centre
Finland Antti Pasanen Neste Jacobs Oy
France Bernard Blez Engie
Cécile Boesinger TIGF
Marc Florette Engie
Agnès Grimont Engie
Yannick Onfroy GRTGaz
Raphaël Schoentgen Engie
Germany Frank Gröschl DVGW e.V.
Sebastian Just Gazprom Germania
Uwe Klaas
(Secretary of Committee)
DVGW e.V.
Jörg Leicher Gaswärme-Institut
Gerald Linke
(Chairman of Committee)
DVGW e.V.
Ingo Wagner Uniper
Indonesia Eko Praesetio Pertamina
Iran Saeed Pakseresht National Iranian Gas Company N.I.G.C.
M. Hassan Panjeshahi University of Tehran, institute of Petroleum
Engineering
Seyyed Iman Pishbin National Iranian Gas Company N.I.G.C.
Marzieh Zare National Iranian Gas Company N.I.G.C.
Italy Franco Jamoletti Regas Srl
Alessandro Menarbin Regas Srl
Stefano Rossini ENI
Japan Ichiro Fukuda Tokyo Gas Co., Ltd.
Masazumi Hirono Tokyo Gas Co., Ltd.
Takumi Tanaka Osaka Gas Co., Ltd.
Hisataka Yakabe Tokyo Gas Co., Ltd.
(Vicechair, Leader SG 1)
Korea Yang Mi Choi Korea Gas Corporation
Jeongwook Khang Korea Gas Corporation
Hyoungsik Kim Korea Gas Corporation
Kangwon Lee Korea Gas Corporation
Whaseung Sohn Korea Gas Corporation
Kuwait Fahad Nouri Kuwait Petroleum Company
Norway Thorbjørn Svendsen Gassco
Pakistan Imran Shaukat Oil & Gas Development Company Ltd.
(OGDCL)
Muhammad Danish Petroleum Institute of Pakistan, Chamber
of Commerce
Poland Dariusz Dzirba Polish Oil and Gas Company (PGNiG SA)
Elżbieta Dzirba GAZ-SYSTEM SA
Ewa Kukulska-Zając Oil and Gas Institute National Research
Institute
Pawel Szuflenski GAZ-SYSTEM SA
Portugal Nuno Nascimento GALP energia
Suzana Toscano AGN – Associação Portuguesa de Empresas
de Gás Natural
Qatar Khalid bin Abdullah Al-Thani Qatargas
Romania Dan-Paul Ştefănescu Romgaz
Russia Marina Afanasyeva Gazprom
Alexey Basov Gazprom
Irina Chudovskaya Energodiagnostika LLC
Vladimir Gorifianov Gazprom
Vladimir Karasevich
(Leader SG 3)
Russian Gas Society
Natalia Kruglova VNIIGAZ
Maksim Nedzvetskiy Gazprom
Konstantin Romanov Gazprom
Sergej Sorokin Gazprom
Pavel Tsybulsky Gazprom
Sergey Vlasov Energodiagnostika LLC
Inna Vlasova Energodiagnostika LLC
Serbia Miroslav Malobabic JP Srbijagas
Dusan Medic JP Srbijagas
Slovakia Lajos Csonka COM-therm spol s.r.o.
Imrich Discantiny COM-therm spol s.r.o.
Jozef Konczer COM-therm spol s.r.o.
Stanislav Rehák NAFTA
Spain F. Javier Alonso Martinez Gas Natural Fenosa
Manuel Calvo Diaz REPSOL
Jesús Manuel Gil Jiménez Enagás S.A.
Angel Maria Gutierrez EDP España
Thailand Charlie Jaiharn PTT Public Company
Phatti Punyasukhananda PTT Public Company
The
Netherlands
Pierre Bartholomeus
(first Leader SG 3)
DNVGL
Tunisia Nasr Abdelkader STEG
Ezzine Abdelwaheb STEG
USA Mike Granowski Enovation
Rodney Rinholm Gas Technology Institute (GTI)