Asia’s Largest Conference on Corrosion

Keynote Talk

Dr. Narendra Kumar
Executive Director

Topic: Corrosion Control of City Gas Distribution Pipeline Network

Affiliation: Executive Director Torrent Gas, Lucknow (UP)

Abstract: NA

Biography : Mr. Narendra Kumar is having around 42 years of experience related to City Gas Distribution, Oil & Gas and Fertilizers. Since last four years he is working as Executive Director in M/s Torrent Gas and heading UP State cluster. Before joining Torrent Gas, he has worked 28 years with GAIL including more than 3 years as Managing Director (MD) of Indraprastha Gas Ltd (IGL) New Delhi. He has been board member in three CGD companies i.e MNGL Pune, CUGL Kanpur, and BGL Hyderabad.  
He has vast experience related to CGD industry and Cross-Country Gas pipelines. He has been Executive Director for India’s most prestigious HBJ Pipeline and various LPG Plant at Vijaipur. He was in-charge of GAIL, KG Basin operations including new pipeline projects in Andhra Pradesh. He was also in-charge of National Gas Management Center (NGMC) of GAIL in Noida and looking after O&M operations as Executive Director at Corporate level.  
He has keen interest in Pipeline Integrity of high-pressure cross-country pipelines. He had been faculty member in GAIL Training Institute (GTI) Noida and for NACE Mumbai. He is very active member of NACE, ASME, Corrosion council of India (CCI) and Delhi Safety Council. 
He is a specialist in the field of Corrosion Control of underground pipelines and has formulated number of BIS and OISD Standards related to Cathodic Protection and Underground Pipeline Coatings. He has won number of awards in the field of corrosion control including NACE USA Distinguished Service Award for the Yr 2020, NACE India Meritorious Award 2011 as well as Corrosion Award 1998. 
Dr Kumar is Chartered Engineer and Certified from NACE USA for Direct Assessment of Pipelines. He is also holding NEBOSH UK International General Certificate in Occupational Health and Safety. Dr. Narendra Kumar has traveled to more than 20 countries for his official assignments including trainings.  
His hobbies are playing Golf, Swimming, Cycling, running full and half Marathons including Triathlon. He enjoys trekking and completed Kailash Mansarover yatra. He is a vivid reader and writer and has published few motivational books.

Ashish Khera

Topic: Challenges and Solutions for CP & Coating Surveys

Affiliation: Director, Allied Engineers- India

Abstract: Over decades for managing the external integrity of a buried pipeline, various aboveground continuous Cathodic Protection (CP) and Coating surveys have been performed globally. For many pipeline owners these are mandated by regulation every few years or remain a part of the owners Standard Operating Procedure (SOP). The surveys typically include Closed Interval Potential (CIP) On/ Off, Direct Current Voltage Gradient (DCVG), Alternating Current Voltage Gradient (ACVG), AC Current Attenuation (ACCA) and Depth of Cover (DoC).  
There are several challenges in performing these surveys which may lead to incorrect readings or missing indications, such as: 
- Subjectivity from the surveyor to find, mark and report the indications without transparency  
- Different surveys being performed at different times with multiple passes of the pipeline, leading to sources of error while integrating data and/or variance in results due to seasonal environmental changes and resistivity 
- Pipelines being buried under challenging surfaces such as concrete, road, gravel, dry soil etc. making it difficult to locate pipeline and/or measure potentials without a proper electrode contact  
- Certain indications not highlighted for the particular survey being performed, though exist  
- Unknown DC/ AC interferences, temporal or telluric effects  
- Difficult access for surveyors to walk the pipeline with a trailing copper wire always connected to pipeline, especially in urbanised areas  
These challenges can be overcome by utilizing advanced integrated survey techniques currently available in the industry, wherein surveys can be performed continuously and simultaneously in a single pass of the pipeline. In addition, the high-resolution automatic data capture with repeatable and auditable encrypted waveforms is made available for data analysts and asset managers to make supportable integrity decisions.

Biography : Petroleum Engineer, University of Alberta, Canada 
Certified Professional Engineer from APEGA Canada  
Providing Pipeline Integrity solutions to the industry as Director at Allied Engineers  
Certified Instructor for: 
- ASME B31.8S Managing Pipeline Integrity of Gas Systems 
- NACE course on: 
- “Pipeline Corrosion Integrity Management”  
- “Direct Assessment” 
- “Internal Corrosion for Pipelines”  
- “Pipeline Corrosion Assessment Field Techniques”  
- Lead Co-Author of the latest NACE 5-day Pipeline course Pipeline on “Direct Assessment” 
- Chair of NACE TEG 558 X on “Direct Assessment Methodology”

Marcelo Cordoba
Senior Technical Sales Advisor

Topic: Non-Phosphorous Naphthenic Acid Corrosion Inhibitor

Affiliation: Senior Technical Sales Advisor | Refinery and Petrochemical SME, Halliburton, USA

Abstract: A Latin American Refinery with several Crude Units processing several naphthenic acid crudes asked Halliburton for a naphthenic acid corrosion control program to protect asset integrity but also to be phosphorous free to avoid catalyst poisoning downstream.  
Halliburton recommended their Phosphorous Free Nap Acid Corrosion Inhibitor product, named RPA-681.  
The proper application of this design-specific corrosion inhibitor in the HVGO section of the Vacuum Tower resulted in a consistent control of corrosion, averaging 3 MPY while the maximum corrosion specification is 5 MPY.  
This chemistry resulted in not only be a proper nap acid corrosion inhibitor, but also provides absolute guarantee that it would not cause any catalyst poisoning downstream.  
In this paper, the author presents performance results and the design criteria of the chemistry driving the outcomes. Lessons learned during R&D are also presented as they relate to factors causing catalyst poisoning and how it can be prevented.

Biography : 27 Years of Experience 
Marcelo earned a BSc in Chemical Engineering and MBA from UTN in Argentina 
Serving refineries and petrochemical plants around the world 
Mostly dedicated to technical roles. Technical Marketing and Product Applications. 
Specializes in ethylene furnace antifoulant (PPA-321); his involvement includes the development, start-up, monitoring and the global sales/support of this unique technology 
Actively involved in the development of antifoulants, anti-polymerants, emulsion breakers, corrosion inhibitors, naphthenic acid corrosion inhibitors and finished fuel additives.

Dr. A. K. Tewari
Executive Director (Operations)

Topic: Operators perspective on Direct Assessment (DA) as an integrity assessment tool

Affiliation: Retired Executive Director (Operations), Indian Oil Corporation Limited

Abstract: Pipeline owners and operators have only a few approved, peer reviewed, standardized integrity assessment techniques for their assets. Although, pipelines are statistically the safest form of hydrocarbon transport, it is widely accepted and understood the associated risks in case of any untoward incident. The consequences of such an incident increases multi-fold when the human population along the right of way is relatively high for a densely populated country like India. Cross country piggable pipelines are at lower risk, as they are being regularly inspected using in-line inspection (ILI) and thereafter on a systematic repair/mitigation plan. Whereas, the city gas or upstream pipeline networks or the typical shorter lines which are designed as non-piggables, utilize the non-intrusive Direct Assessment (DA) as the accepted valid integrity assessment tool.  
With growing urbanization, pipelines being laid in common right of ways and aging assets which get interconnected with newer assets to form larger networks, the answer to their regular up-keep comes down to applying iterative methodologies such as Direct Assessment (DA) on these complex systems. This allows the Owner to keep operating their pipelines, simultaneously undergoing code compliant health assessment. This keynote presentation will discuss about the limitations of DA, and how best an Owner can overcome those to ensure the best results are obtained through the inspection campaign.

Biography : A Mechanical Engineer having over 40 years of experience in the field of Oil and Gas Pipelines   
Design, Technical services, Project Execution, Operation , HSE , Contracting and Budgeting , HR and General Management   
Operation & Maintenance and inspection of cross country crude oil, Petroleum Products, LPG and Natural Gas Pipelines  
Corrosion Monitoring and Integrity Management of Pipelines; Risk management , RBI and RCM implementation   
Auditing Experience of CGD Networks, NG Pipelines , consultant / SME LPG Pipelines , Flow and Group gathering Pipelines   
Consultancy and Business development in the field of specialised inspection, LPG terminal, CNG terminal etc.  
Disaster Management , Environment Management, implementation of Sustainable Development Goals, Safety Management system implementation and periodic review/ Monitoring   
Bachelor of Engineering (Mechanical) ; Diploma in Human Resource(IGNOU); PGDBM (Marketing), IMT Ghaziabad   
PhD ( Engineering ) – Corrosion from UPES Dehradun ; Certified Energy Auditor ; Certified Project Management level “C”   
Presented Technical Papers in National and International Conference like World Petroleum Congress, Istanbul, Pipelines Technology Conference, Berlin, Pipeline Operators Forum, Europe, NACE Conferences, CII Conferences, other industry conferences in India.  
Member of various Technical bodies of Pipelines   
Technical Committee from 2016-2020 of Pipe Technology Conference Berlin  
Member Pipeline Operators Forum ( Europe) from 2016-2020  
Chairman 19th National Corrosion Council of India 2018-20  
Member Association of Corrosion Professional , India  
Paper selection committee and Vice chair for World Petroleum Congress 2017   
Conducted various programs seminars. Supported Industry / Academia as speakers in Disaster Management, Quality System implementation, Safety System implementation, Integrity management of assets, Chief Resource person in India first Hydrogen Energy certification program etc. 

Head, Aqueous Corrosion & Protection Section

Topic: Fire Side Corrosion and Steam Oxidation of Advance Ultra Supercritical Power Plant Materials

Affiliation: Head, Aqueous Corrosion & Protection Section 
Metallurgy and Materials Group 
Indira Gandhi Centre for Atomic Research, Kalpakkam

Abstract: Advanced Ultra-Supercritical (AUSC) power plants with targeted steam temperatures and pressures as high as 720 ? and 31 MPa are being explored worldwide to enhance power efficiency and reduce CO2 emissions. The proposed 800 MWe Indian AUSC plant (Sipat Station, NTPC) will use Indian coal, and the performance of the indigenously developed boiler tubes is yet to be fully evaluated with Indian coal. Fireside corrosion (i.e. excessive metal loss in heat exchangers due to chemical reactions with the surrounding environment at high temperature) and steam-side oxidation are the major corrosion issues in coal-fired thermal power plants. Ni-base super alloys show significantly higher corrosion resistance than the Fe-base alloys in coal-ash environments. Also, Indian coal has high ash content that will lead to erosion on the fire side of the boiler tubes. Thereby, attaining adequate fireside corrosion and steamside corrosion resistance is still a challenge in materials for advanced steam-cycle applications. The talk will cover the important aspects of 1).Requirement of advanced materials for high temperatures 760 °C, and pressures 35 MPa steam in terms of erosion, corrosion, strength and oxidation resistance in AUSC environment. 2). Materials that limit the current technology: Focus on nickel-based alloys, 3) Need for the study of fire side and steam side corrosion of the major materials, and 4) Coatings requirement for steam oxidation and solid particle erosion protection. The programme on fireside corrosion evaluation of candidate structural materials under stimulated coal-ash and flue gas composition for Indian AUSC conditions are being pursued at IGCAR. Similarly, activities on Fire Side Corrosion Test Rig (FSCTR) to evaluate the fireside corrosion of Alloy 617M, and steam side oxidation of Alloy 304HCu under real plant life conditions (initiated under AUSC Consortium of BHEL, NTPC and IGCAR.) shall be briefly highlighted.

Biography : Dr. S. NINGSHEN joined Indira Gandhi Centre for Atomic Research, Kalpakkam, in 1996 with a significant research contribution toward corrosion and development of advanced structural materials and ceramic coatings for fast reactors and associated nuclear reprocessing plants. Dr Ningshen research interests include molten metals and molten salts corrosion, hydrogen embrittlement, passivity and localized corrosion, steam oxidation, tribo-corrosion, etc. The notable awards received by Dr. Ningshen in recognition of his excellent research include the prestigious DAE Scientific and Technical Excellence Award – 2018, Excellence in Corrosion Science & Technology Award-2017, NACE, India (now AMPP India Chapter), DAE Group Achievement Award 2015, JSPS Postdoctoral Fellowship, Hokkaido University, (2011-13), Japan, Mascot National Award-2009 by Electrochemical Society of India, IISc Bangalore, Best Ph.D Award by NACE India 2007, Visiting Scientist (1999-2000), IFW Dresden, Germany, etc. Besides, he has received many Best Paper/Presentation Awards at International/National Conferences. In addition to his research activities, Dr. Ningshen is a Professor at Homi Bhabha National Institute of DAE, Guided 3 PhD students and teaches courses on Corrosion Science & Engineering for Trainees and PhD scholars. Dr Ningshen has published over 100 International peer-review Journals and a citation of 2062 (h-index 22.)

Dr. Nausha Asrar
Expert, Materials science

Topic: Critical Aspects of Failures due to Marine Corrosion and its Management

Affiliation: Expert, Materials science 
Desalination Technology Research Institute, SWCC, Saudi Arabia

Abstract: Seawater covers more than 70 per cent of the earth's surface and many common metals and alloys are attacked by seawater. Seawater is a complex, delicately balanced solution of many salts containing living matter, suspended silt, dissolved gases etc. However, effect of dissolved oxygen and chloride are very critical in marine corrosion. This paper explores detrimental effect of dissolved oxygen and chloride on failure of metals in marine environment. 
Second half of this paper will discuss physics of failure analysis. Though concept of failure analysis is easy to understand intuitively, however, underneath that intuitive understanding, are important conceptual principles, which are commonly either misunderstood or not considered at all. An understanding of the contributing causes and underlying mechanisms of failure and application of this knowledge proactively may prevent future failures.

Biography : • 32 plus years’ work experience of research, material selection, root cause failure analysis and industrial corrosion control (with 15 years of management and consultation services) for different type of industries such as water desalination, power generation, petrochemical plants, refinery, and steel). 
• Self-motivated to bring professional enhancement in the team, leading innovation projects, organizing testing and failure analysis Labs. and providing consultation services on material selection and industrial corrosion control. 
• NACE certified Material Selection/Design Specialist. Member of NACE, ASM, SPE and life member of Indian Institute of Metals. User of API, ASME and NACE codes/documents. 
• Taken voluntary retirement from Schlumberger on May 15, 2020. 
• Working at DTRI, SWCC as an Expert Innovative Corrosion Research 
• Ph.D. (W-fiber reinforced metal composites) Moscow States University, - 1987 
• Ph.D. (Corrosion of Supper Alloys) Aligarh Muslim University, Aligarh, India - 1984 
• M. Phil. (High-Temp. Corrosion) Aligarh Muslim University, Aligarh, India - 1982 
• M.S. in Inorganic Chemistry , Aligarh Muslim University, Aligarh, India - 1979

Partha Sanyal

Topic: Coating System Performance Analysis & Assurance

Affiliation: Director Technical Sales Support,  
Jotun India Pvt Ltd

Abstract: Refinery & Petrochemical industry demands the most efficient coating system and thus service condition challenge conventional paint system used in our industry in many ways. 
Very high corrosive ambience and Operational flexibilities test the real-life performance of the coating system and in many cases, it is evident that performance is not adequate to meet the design criteria.  
Underperforming coating system cause severe impact on structural integrity and if not correctly rectified in time, it leads to huge operational complexities including metal replacement.  
To address such challenges, few additional prequalification criteria in addition to ISO 12944 guideline considerably improve the performance predictability, especially in critical or areas with higher corrosion exposure.  
In general Energy Oil & Gas Industry like Refinery , Petrochemical , Coal to chemical, Gas , Storage (Tank farm), Transportation (pipe line ), etc uniquely observe this critical performance issue, minor calibration in coating prequalification process may add considerable value addition.  
Commonly observed corrosion in these industries are General corrosion, Erosion, Pitting, Stress corrosion, CUI etc. Typically common corrosion protection mechanisms are Barrier, cathodic or inhibitive, out of it 1st two types are commonly used for higher corrosive exposure.  
In both the cases barrier layer of the coating system plays the most important role, barrier layer with higher pore resistance provide higher corrosion resistance with longer durability. Effectiveness of barrier layers can be verified by cathodic disbondment values, permeability or EIS () in addition to conventional tests like SST and Condensation.  
Such evaluation at prequalification stage clearly confirms the difference and dominance of selective systems. Coating system in combination with Galvanic & Barrier mechanism are commonly used with satisfaction for decades despite their specific formulation and applications challenges which defines the higher generic adoptability of such system in variable condition.  
On other side It is also observed that in some cases these generic combinations are unable to provide adequate protection despite using best quality products, typical example is Tank internal. Paint system in combination with inorganic zinc silicate & epoxies often observed with moderate to severe blisters after 2-3 years of exposure which is primarily due to inadequate barrier protection. Coating system higher barrier layer perform much better compared to paint system in zinc silicate combination.  
To summarize, minor calibration/addition in prequalification process demonstrate strong performance assurance, coating system in combination with zinc primer in immersed service are vulnerable to ageing exposure.

Biography : Academic Qualification: Bachelor in Chemistry 
Experience: + 25 years in metal treatment & metal finishing Industry 
Expertise in  
High Performance & Functional coating system in various Industrial & Marine exposure and Usages  
Coating performance monitoring and Defect analysis for Asset management Program  
Coating system for Energy Installation, Key Customer Management  
Experience in  
?Metal treatment & finishing (electro cleaning, seven tank, Anodizing, Electroplating) 
?Surface treatment & High-performance Liquid coating  
?Ballast & Product tank coating 
?Hi Performance & functional coating system , Intumescent coating  
?Concrete Corrosion protection & Coating Solution 
?Customer Asset Management Program  
Marine coating – Antifouling , Foul release & Offshore coating

K V Seshadri

Topic: Importance of Corrosion in process safety management

Affiliation: Ex BPCL & Adjunct professor, ICT

Abstract: Damage from corrosion often leads to failures in refinery equipment, which interrupt refinery operations and create safety hazards. It has received wide attention in recent times due to some of the process safety consequence of loss of containment triggered by corrosion resulted in loss of lives / injuries apart from asset damage and major business interruptions. Hence, corrosion finds an increasingly dominant place (rightfully so) in process safety risk assessments.  
My focus in this talk is to emphasize the importance of understanding corrosion phenomena and develop action plans to combat corrosion thereby preventing process safety incidences. All refineries aim at their ability to identify risks and manage risks such that the impact is minimum even if the risk materializes. Several actions are taken towards achieving this, but we need to do much more.  
Emphasis must be in having all engineering disciplines developing appreciation for a strong link that exist between corrosion and process safety. We must accomplish this thru team building wherein the culture of risk identification and management is thru collaborative working of all the domain specialists in the team.  
The challenge is to reach a level in reading the process along with robust monitoring that we can predict the next potential failure and act before it becomes a reality. This is possible today with the expertise that are available in all the fields and tools available for data analytics.

Biography : K V Seshadri is a Chemical engineer from UDCT ( now ICT) and has an overall experience of 47 years that includes being a site head of petroleum Refinery (BPCL Mumbai ), / large petrochemical complex of RIL mfg. division in Vadodara and 3 years as the head of safety and operational risk with RIL.  
He has varied experience in Hydrocarbon sector: to name a few: 
operations of Refinery in India and upstream units abroad, Process Safety and Risk Management, plant commissioning and operations, capital project management. He also has been the head of an R&D unit of BPCL along with his refinery role. 
He is currently associated with ICT ( Institute of Chemical Technology) as an adjunct professor.

Radhakrishna G Pillai

Topic: Way Forward for Prevention and Control of Corrosion in Concrete Structures

Affiliation: Associate Professor, Dept. of Civil Engg., IIT Madras

Abstract: Many countries are witnessing a significant boom in the concrete construction sector. There is a huge demand for designing concrete structures with a target corrosion-free service life of 100+ years. Also, there is a huge demand for extending the service life of existing structures. These can be achieved by: (a) enhancing the resistance of cover concrete against the ingress of chlorides and carbon dioxide and (b) enhancing the resistance of embedded steel reinforcement against corrosion, in particular the initiation of corrosion, and (c) controlling the rate of corrosion propagation by cathodic protection. The performance of various steel-cementitious systems in these aspects will be discussed. Also, the nomograms developed for designing concrete structures for a specific service life will be presented.

Biography : Radhakrishna G. Pillai is an Associate Professor in the Department of Civil Engineering at IIT Madras. He earned MS & PhD in civil engineering from Texas A&M University, USA (with Prof David Trejo). Since 2010, he has been a faculty at the Indian Institute of Technology Madras, Chennai, India. He has graduated 6 PhDs and published about 60 journal papers in the areas of construction materials, durability, corrosion & its control, service life, and precast/prestressed concrete systems. On professional services ground, he is involved with Bureau of Indian Standards, Indian Concrete Institute, AMPP (formerly NACE International) and RILEM. For the past three years, he is serving as the Regional Convener of RILEM (South Asia) and also the Executive Committee member of AMPP India Chapter.

Mr. Ajay Popat

Topic: Water – Elixir of Life: Managing it Sustainably

Affiliation: President, Ion Exchange (India) Ltd.

Abstract: Water is an essential building block of existence.  
Today more than ever, to meet the rising demand for water, it is imperative that water be effectively managed not just at the source but throughout its life cycle.  
The Central government through allocations for the water and sanitation sectors, aims to achieve the Sustainable Development Goal (SDG) 6 of ensuring availability and sustainable management of water and sanitation for all. These are welcome steps! 
Achieving water security and thereby achieving the water SDG, warrants a shift in paradigm encompassing holistic concerted efforts from all quarters. Changing the way we manage water today by applying the principles of circular economy have the potential to transform the current linear water systems to a circular system. Circular economy in the context of water can significantly reduce water stress as it aims to reduce, reuse and recover water. 
Companies such as Ion Exchange lead corporate efforts providing circularity in managing water, waste water, solid waste and waste to energy also to combat the growing water scarcity issue. Comprehensive circular technologies enable companies such as ours, cater not just to industries and municipalities but also to institutions, homes and communities - both urban & rural. We believe that past, current and future initiatives in effluent recycle, zero liquid discharge, treating municipal sewage and product and resource recovery along with source substitution of water (alternate sources of water) such as sea water desalination, could prove to be the most suitable alternatives to meet the growing water demand for achieving sustainability goals related to water.

Biography : Mr. Ajay Popat pursued his engineering degree in Plastics Technology from the Plastic & Rubber Institute, UK and Masters in Business Administration specializing in Marketing & Strategy with honors from Narsee Monjee Institute of Management Studies, Mumbai. He has also been conferred with a Fellowship by Indian Plastics Institute in 2007. 
He has more than 40 years of experience in Strategy, Business & Organisation Development with leading organizations like Resins & Plastics Ltd. (then a subsidiary of Asian Paints Ltd.), Pidilite Industries Ltd. and Ion Exchange. 
Associated with Ion Exchange since 1994, he has spearheaded several initiatives in developing and successfully commercializing proprietary, advanced & sustainable technologies for purification & separation in water, wastewater treatment and more recently in areas of renewable energy in compliance with legal, environmental, economic and social requirement of our country. During his tenure, Mr. Popat successfully conceived the idea of a separate Environment Management business, which he formed through a joint venture between Ion Exchange and a leading Belgium company. Under his leadership as a CEO of this joint venture (and then elevated to the Board of the Company), Mr. Popat created a leadership position for the joint venture, leading to his elevation as the President of the parent company, Ion Exchange (India) Ltd. where he is responsible for Corporate functions in Technology, Marketing, Communications, Heavy Industry Business Verticals, Environment Division and Corporate Affairs. 
Mr. Popat is active in promoting the cause of water industry through active participation with the Water and Environment Council in CII, FICCI, Bombay Chamber of Commerce, Indian Environmental Association, Water Quality Association – India Task Force, Process Plant and Machinery Association of India (PPMAI) and other trade bodies. He is a Director in the governing bodies of these organizations. He is the Chairperson of ASSOCHAM India’s National Council on Environment and Climate Change (Waste & Water Management). He is also the Chairman of CII Core Group on Promotion of New & Cutting Edge Technology for Wastewater Management. He has chaired and delivered more than 100 papers on the subject of Sustainable Environment Management practices. He continues to play an active role to facilitate industry and its associated initiatives to achieve efficiency and excellence in water and energy management practices benefiting all stake holders.

Prof. Mohammad Mobin
Faculty of Engineering & Technology

Topic: Progress in Research on Corrosion Inhibitors

Affiliation: Faculty of Engineering & Technology, Aligarh Muslim University

Abstract: Corrosion costs the global economy billions of dollars annually. Protecting metals from corrosion is indeed a challenging task faced by academia and industries. As a result, experts are constantly working to find a sustainable corrosion-prevention strategy. The aim of the various corrosion control strategies is to find out the most efficient and cost-effective processes and to reduce the corrosion rate to a level that is acceptable. Each corrosion control strategy has its own complexities. The application of corrosion inhibitors is one of the most common strategy to counteract internal corrosion in various industries, including oil production, chemical processing, and aerospace etc. For over a century, corrosion inhibitors have been added to aggressive environments to protect metallic materials from corrosion. Even though corrosion inhibitors have been a standard research issue for decades, more advanced understanding is still required to win the challenge. In this connection, there is significant ongoing research in this area seeking to optimize the functionality of corrosion inhibitors, ranging from developing new active species which are environment friendly to gain mechanistic insights. A growing interest in the area of research on corrosion inhibitors can be depicted by observing the increasing number of published articles on corrosion inhibitors in the literature. So far, several organic and inorganic compounds have been evaluated as green and eco-friendly inhibitors, and a lot of work have been devoted to developing efficient green corrosion inhibitors extracted from plants, surfactants, biopolymers, ionic liquids, etc. The present talk aims to discuss the different auspects of corrosion inhibitors and to explore the progress and advancements in research on corrosion inhibitors.

Biography : Dr. Mohammad Mobin, Senior Professor & former Chairman at the Department of Applied Chemistry, Faculty of Engineering and Technology, Aligarh Muslim University is a well known researcher in the field of Materials and Corrosion. He obtained his PhD in Chemistry in 1988 from Aligarh Muslim University and subsequently joined as Lecturer and later promoted to Professor in 2005. In the year 2001, Dr. Mobin joined foreign assignment at Corrosion Department, Seawater Desalination Research Institute, Saline Water Conversion Corporation (SWCC), Al-Jubail, Saudi Arabia. Prof. Mobin was a Visiting Professor at King Saud University, Riyadh. He has visited countries like USA, UK, Singapore, South Korea, and Saudi Arabia for academic and research work. Prof. Mobin has supervised 15 PhD, 2 M.Phil and 11 M.Sc. Tech students, authored 167 research papers and contributed 27 Book chapters. Prof. Mobin has also completed 39 research projects including two projects under international collaboration (AB Alvenius Industrier, Sweden and EBARA Research, Japan). He has also attended 37 conferences/workshops in India and abroad. He has also delivered invited talks/technical lectures in India and abroad and evaluated a large number of PhD thesis and research projects from Indian and foreign academic institutions. Dr. Mobin was awarded the NIIS (NACE International India Section) corrosion awareness award in the year 2007. Dr. Mobin has also served as member of statutory bodies like Executive Council, Academic Council, AMU Court and Board of Studies of different departments at AMU Aligarh.

Dr. Siva Bohm
Chief Scientific Executive

Topic: Graphene industrial applications towards decarbonization

Affiliation: Chief Scientific Executive, Ceylon Graphite Co., UK

Abstract: Removal of 100 to 1,000 gigatonnes of CO2 this century may be needed to achieve deep decarbonization and avoid exceeding the 1.5°C climate target. Nano wonder materials and nanotechnology is playing key role. Graphene has found its use in numerous industrial applications due to its unique properties. While its impermeable and conductive nature can replace currently used anticorrosive toxic pigments in coating systems, graphene can be an important component as a next-generation additive for many industrial applications (1). Graphene, a sheet of carbon atoms bound together in a honeycomb lattice pattern, is hugely recognized as a “wonder material” due to the myriad of astonishing attributes it holds. It is a potent conductor of electrical and thermal energy, extremely lightweight chemically inert, and flexible with a large surface area. It is also considered eco-friendly and sustainable, with unlimited possibilities for numerous applications. 
The current bottlenecks in using graphene & graphene oxide are the availability of cost-effective, high-quality materials from graphite and their effective incorporation into the product matrices.Removal of 100 to 1,000 gigatonnes of CO2 this century may be needed to achieve deep decarbonization and avoid exceeding the 1.5°C climate target. Nano wonder materials and nanotechnology is playing key role. Graphene has found its use in numerous industrial applications due to its unique properties. While its impermeable and conductive nature can replace currently used anticorrosive toxic pigments in coating systems, graphene can be an important component as a next-generation additive for many industrial applications (1). Graphene, a sheet of carbon atoms bound together in a honeycomb lattice pattern, is hugely recognized as a “wonder material” due to the myriad of astonishing attributes it holds. It is a potent conductor of electrical and thermal energy, extremely lightweight chemically inert, and flexible with a large surface area. It is also considered eco-friendly and sustainable, with unlimited possibilities for numerous applications. 
The current bottlenecks in using graphene & graphene oxide are the availability of cost-effective, high-quality materials from graphite and their effective incorporation into the product matrices.  
On overcoming these factors, graphene may attract significant demands in terms of volume consumption. Graphene can be produced on industrial scales and cost-effective top-down routes such as chemical, electrochemical, and/or high-pressure mechanical exfoliation. Graphene depending on end applications can be chemically tuned and modified via functionalisation so that easy incorporation into product matrices is possible. This talk able to discuss (Siva progress in chemistry short bio 1981 to 2021) and Graphene advanced production methods and their impact on the quality of graphene produced in terms of energy input and quality. Graphene with an average thickness below five layers were produced by few methods with varied defects. Graphene additive role in Graphene Inks and Anti corrosion coating, PEM Fuel cells, Li-ion batteries, Redox flow batteries shortly discussed and commercial development of industrial energy storage applications.

Biography : Sivasambu Bohm received his first degree in Chemical Engineering in Berlin, followed by an M.Sc. at Hahn Meitner Institute. After gaining his PhD at the University of Bath in Chemistry, he worked at different academic institutions, University of Swansea, TU Delft, The University of Birmingham & India Institute of Technology Bombay. Siva has 25 years of industrial experience in various research fields; metallurgy, protective coatings, energy storage in the automotive industry, aerospace and construction materials nanotechnology, Graphene synthesis and industry applications of graphene. Dr Bohm published 40 patents and 100 scientific publications. He is a Fellow of the Royal Society of Chemistry and a Fellow of Technical Surface Coatings. Dr Bohm has been awarded the Royal Society Industry Fellowship initial at University of Cambridge, CGC. Since 2020, Dr Bohm completed his fellowship at Imperial College London in 2021 and worked as Graphene expert scientist at AM Commercial UK Ltd / AM Global R&D Asturias till 2021. Currently, Chief Scientific officer for Ceylon Graphite Corp. and Imperial College Industry Consultant as well as HIT Technical Director in Huzhou, Zhejiang.

Dr. K. Sridhar
Senior Scientist

Topic: Corrosion Protection of ship hull structures and seawater piping components

Affiliation: Senior Scientist, Naval Materials Research Laboratory (NMRL), Defence Research Development Organisation (DRDO), Ambernath

Abstract: Metals are most widely used for the fabrication of naval ship hull structures and for various marine engineering components used in seawater piping applications which include pumps, shafts, valves, etc., and therefore their protection against corrosion in aggressive seawater environments is of prime concern to marine designers, engineers and constructors. Selection of materials and protection methods to be employed depends on life cycle cost, criticality of the component and expected service life of the component. Corrosion protection of ship hull structures and seawater piping components has been the two most expensive maintenance burden costing huge financial burden to both ships' forces and repair activities. 
Hull structures and its appendages of naval ships are constructed by joining numerous assemblies/sub-assemblies / sub-systems made of HSLA steel, primarily by various welding processes. This being the most critical structure, its corrosion protection against the aggressive chloride ions of seawater and its structural integrity due to varying type of loads experienced by it due to operating machinery inside the ship and impacting sea waves from outside are of major concern and deserves utmost importance in maintenance schedule of the ship’s hull during its intended service life. 
In this paper, the corrosion protection methods employed for the ship’s hull structure through sacrificial anodes and Impressed Current Cathodic Protection (ICCP) systems along with recent developments in this field will be presented. Further the conjoint effect of seawater and the operational load on the ship’s hull structure leads to stress corrosion cracking and corrosion fatigue crack growth at highly stressed fatigue prone areas. Stress Corrosion cracking and fatigue crack growth studies conducted for development of indigenously developed ship building steel will be detailed along with mechanism of corrosion fatigue process, the various parameters affecting the crack growth rates and the effect of environment and the loading frequency on crack growth rates.

Biography : Dr.K.Sridhar is working as Senior Scientist at Naval Materials Research Lab (NMRL) of DRDO and presently heading the Corrosion& Electrochemistry Department. He has completed his Ph.D in Corrosion Science and Engg, from I.I.T, Bombay in the area of Laser surface alloying for improved localised corrosion resistance. He has been awarded best Ph.D thesis award from NACE International, India Section in 1998. His field of research includes Surface Engineering using HVOF and laser processing for marine corrosion resistant coatings, Localized corrosion, Corrosion protection of ship hulls, Stress corrosion cracking, Corrosion fatigue, Failure Investigation of marine engineering components, Residual stress measurement of welds and fatigue life estimation of ship and submarine hull structures for its structural Integrity. He has done his postdoctoral research at Boston University, USA on PVD coatings. He has around 50 publications in national & international journals, 5 published chapters in ASM handbooks and granted 4 patents. He is a reviewer for 6 international journals published by Elsevier and Taylor & Francis, USA. He has given invited talks at various conferences and continuing education programs (CEP) on marine corrosion, cathodic protection and high performance erosion corrosion resistant coatings. He has an MBA with specialization in R&D Management & is a Certified Project Management professional (PMP) from PMI, USA.

Dr. S.T. Aruna
Senior Principal Scientist

Topic: Role of nanoparticles on the corrosion-resistant properties of the electrodeposited and sol-gel composite coatings

Affiliation: Senior Principal Scientist Surface Engineering Division CSIR-National Aerospace Laboratories

Abstract: There is an increasing demand from the industries for the development of superior surface coatings with higher wear and corrosion resistance for improved performance of engineering components. Nanocoatings containing nanoparticles or consisting of layers that are less than 100 nm are being utilized efficiently to reduce the effect of a corrosive environment. Among the various surface engineering techniques, the electrodeposition method and sol-gel methods are highly promising due to their simplicity, cost-effectiveness, good compositional control, etc. Electrodeposited nickel (~40 m) is utilized in a large number of applications due to its strength, toughness and resistance to corrosion and wear. Nickel based composite coatings containing ceramics have been explored to combine the corrosion resistance and strength of nickel with the hardness, oxidation and wear resistance of ceramic particles and with the sole aim of achieving properties similar to hard chrome. Similarly, sol-gel based organic-inorganic hybrid coatings containing nanoparticles are explored as corrosion-resistant coatings for aircraft grade alloys. In the first part of the talk, the effect of addition of different types of nanosized ceramic oxides on the wear and corrosion-resistant properties of electrodeposited Ni-composite coatings will be dealt with. In the second part of the talk, the effect of different shapes of cerium oxide nanoparticles on the corrosion-resistance of Al-Si based inorganic organic hybrid sol-gel coatings (<10 m) will be discussed in detail.

Biography : Dr. S.T. Aruna is currently working as a Senior Principal Scientist at Council of Scientific and Industrial Research - National Aerospace Laboratories (CSIR-NAL), Bangalore, India. She has a Master’s Degree in Chemistry from Mysore University (1994) and she secured the first rank and won 4 gold medals. She obtained her Ph.D. from the Indian Institute of Science (IISc), Bangalore in the year 1998. She worked as a postdoctoral fellow at Bar-Ilan University, Israel in the area of dye-sensitized solar cells from 1998-1999. She has authored ~ 115 research papers in international peer reviewed journals, 8 proceeding papers, 10 patents, co-authored a book, coedited a book and written 12 book chapters and 4 encyclopedia chapters. Her research papers have been well cited and her publications have an h-index of 41. Her name featured among 1494 Indian scientists in the list of top 2 per cent of the world scientists released by Stanford University in January 2021. Her current research interests include development of tapecast ceramic substrates for electronics application, nanomaterials, plasma sprayed thermal and environmental barrier coatings, oxygen sensor and solid oxide fuel cells (SOFCs). She has guided 5 Ph.D, 17 MTech and 12 BTech students. One of her review papers has received the best cited paper award twice which was published in Current Opinion in Solid State and Materials science. She is on the editorial board of Surface Engineering Journal and Journal and Manufacturing Technology Today. She has won CSIR-NAL outstanding award (4 times), NM Sampat award -2016 and Pavan Nagpal Memorial award-2019.

© 2022 Corcon. All rights reserved | Design by InTech