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World & Russian market of solutions for automatic identification of personnel at industrial facilities for industrial safety enhancement (HSE 4.0)

May 2019

Analytical Report (full version)

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Analytical Report (full version)

World & Russian market of solutions for automatic identification of personnel at industrial facilities for industrial safety enhancement (HSE 4.0)
World & Russian market of solutions for automatic identification of personnel at industrial facilities for industrial safety enhancement (HSE 4.0)
May 2019

World & Russian market of solutions for automatic identification of personnel at industrial facilities for industrial safety enhancement (HSE 4.0)

May 2019

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J'son & Partners Consulting has completed its review of solutions for automatic identification of personnel at industrial facilities in order to improve the level of industrial safety. Now there is a global trend of active transition from the asset digitization to the introduction of "Connected Worker" technologies as a mandatory factor in maintaining leadership in a competitive market. HSE 4.0 systems are becoming a global trend of the digital transformation of industrial safety, labor protection and environmental management systems (Health, Safety and Environment, HSE).

 

The uniqueness of the project lies in the fact that for the first time one study contains structured information on existing and future innovative technologies aimed at the identification of staff, its actions and condition, as well as various aspects of its interaction with hazardous equipment/machines/tools and the environment in order to improve the level of industrial safety.

 

This study focuses on technologies that allow to solve these problems in automatic real-time mode, without the participation of the operator where it is possible. The project considers technologies that are applicable and relevant for the processing industries (mining/oil and gas industry).

 

The project highlights the problems of safety at industrial facilities in Russia and the world with statistics on the number of industrial accidents and related economic losses. The authors also submit substantiations of the need for the introduction of advanced achievements in the field of labor protection in accordance with the development of new safety strategies in the paradigm of Safety II and the "Zero-injury" concept.

 

The study also considers the key trends in the digital transformation of the oil and gas industry and the obvious shift in the leaders' attention focus towards digital security as one of the promising trends of the near future. The authors submit analysis of significant changes taking place in the global market of HSE 4.0.

 

Structure of the study

The main part of the Report presents a description of innovative integrated/pre-integrated solutions available on the market (or promising), related to the "Connected Worker" concept, and which are able to solve the following tasks:

  • monitoring of personnel location, including height positioning;
  • automatic control of personnel access to sensitive/dangerous areas /perimeters (including, taking into account access levels and qualifications);
  • automatic control of personnel access to machines/equipment/tools (including, taking into account access levels and qualifications);
  • monitoring of workers' conditions at production sites (including detection of single workers, identification of a fallen / unconscious worker, etc.));
  • monitoring of vital signs of employee health (pulse, blood pressure, temperature, fatigue, etc.);
  • monitoring of employee behavior — recognition of their actions (including compliance with safety regulations and requirements for certain operations / procedures);
  • environmental monitoring;
  • management of competencies (in the context of industrial safety at the facility).

As a result of the analysis, all solutions are divided into 8 key classes, including intelligent security systems in the perimeter of the equipment, integrated platforms for automation of industrial safety, specialized platforms for positioning of personnel and identification of its condition and actions in real time, as well as machine vision and situational video analytics for industrial safety.

 

The world market of innovations in the sphere of industrial wearable devices and intellectual PPE is considered separately.

 

For each solution class the authors provided a detailed description, including the following parameters:

  • characteristics of the market and the level of readiness / penetration of the technology into the market;
  • functionality, tasks to be solved, advantages and barriers to implementation;
  • technical characteristics, architecture, modules / technologies / devices used;
  • key players in the world and their products, including company plans for further development of platform solutions and collaborations

The Report provides active links to companies and their solutions — the Report considers products from the leaders of both the world industrial safety market and IT market, as well as the development of technological startups. In particular, you can find analysis of solutions and products developed by Rockwell Automation, Honeywell, ABB, Pepperl + Fuchs, Mitsubishi Electric, Emerson, SAP, Oracle, Fujitsu, IBM, Accenture, Deloitte, Hitachi, Bosch Security Systems and others.

 

One Chapter of the study is devoted to the review of specific application cases of the considered classes of solutions in the world. This gives a comprehensive view of how the leaders of the Oil & Gas and Mining market implement and use innovations to ensure a high level of production safety, what strategies they follow in matters of digitalization of HSE, what level of technological development has already been achieved in this direction and what plans the companies have for further development of innovations. In particular, the authors describe some projects of Shell, BP, Barrick Gold Corporation, ExxonMobil, Total, CNPC, Saudi Aramco, BHP Billiton, Sinopec, Eni, ConocoPhillips, Schlumberger and others.

 

Regarding the Russian market — the Report provides information to assess the development level of Russian technologies of personnel identification for industrial safety, including a description of Russian companies in this niche and their proposed solutions (functionality, architecture, level of technology, etc.), integration experience, accumulated to date, plans for further development.

 

The Report also presents a description of some projects implemented in Russia (pilot projects and real integrations).

 

The summary of the Report gives basic conclusions about the state of the market for innovative solutions in the field of industrial safety (in the context of human identification, their actions and condition). The study presents also a final matrix of solutions.

 

Report relevance: March-April, 2019

 

Report size: 179 pages

Methodology of the study

1)       Desk Research

 

Desk research on specific topics of the report assumed the use of the following sources:

  • collection and analysis of official resources of target market players (corporate websites, product presentations, annual reports), monitoring of their plans and strategies;
  • monitoring of business and thematic mass media of Russia and the world;
  • official press releases of market participants, data from industry associations, Internet forums;
  • presentations of speakers and results of discussions (round tables) at industry events, speeches on TV and other information and media resources on global topics of innovation in the field of industrial safety;
  • data from foreign analytical agencies;
  • data from state programs and initiatives, strategies, development plans in Russia and the world.

2)       Survey of market participants - solution providers

 

This section presents interviews with key Russian and some foreign solution providers (as part of the subject of the study), and with market experts (people working in these markets, either directly in the development companies, integrators, or closely associated with them).

 

Categories of respondents: marketing and development managers; commercial and technical managers; IT specialists and others.

 

Interview format: type — informal interviews; interview approach — systematic, i.e. a combination of online (requests for product presentations on the proposed solutions, written requests for comments on the implemented projects / market as a whole) and telephone interviews / videoconferencing (for verification / expansion of data provided in writing).

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This information note was prepared by the J'son & Partners Consulting. We work hard to provide factual and prognostic data that fully reflect the situation and available at the time of release. J'son & Partners Consulting reserves the right to revise the data after publication of new official information by individual players. 

 

Copyright © 2019, J'son & Partners Consulting. The media can use the text, graphics, and data contained in this market review only using a link to the source of information - J'son & Partners Consulting or with an active link to the JSON.TV portal

 

™ J'son & Partners [registered trademark] 

 

 

 

Detailed results of the study are presented in the full version of the Report:

 

“Research of the world and Russian market of modern solutions for automatic identification of personnel at industrial facilities in order to improve industrial safety (HSE 4.0)”

 

Contents

  1. Methodology of the study, basic parameters of the Report
  2. Terms and definitions
  3. Introduction

3.1.    Relevance of industrial safety at industrial facilities in Russia and the world

3.2.    Key trends in the oil and gas industry digital transformation — prospects for the development of initiatives related to the digitalization of the workforce and the introduction of solutions that allow to automatically identify and monitor personnel, its actions and condition in real time

3.3.    HSE 4.0. is a global trend of digital transformation of occupational safety, health and environment management systems

  1. Analysis of principles and technologies used in the world to prevent unauthorized human access to the production facility / territory, to production equipment / tools / inventory (in accordance with the level of admission / qualification), as well as to monitor real-time actions of personnel (including in terms of safety) and health

4.1.    Solution class 1: market characteristics and level of penetration, general description of solutions (functionality, architecture, advantages and barriers of implementation), key players (active links to products)

4.2.    Solution class 2: market characteristics and level of penetration, general description of solutions (functionality, architecture, advantages and barriers of implementation), key players (active links to products)

4.3.    Solution class 3: market characteristics and level of penetration, general description of solutions (functionality, architecture, advantages and barriers of implementation), key players (active links to products)

4.4.    Solution class 4: market characteristics and level of penetration, general description of solutions (functionality, architecture, advantages and barriers of implementation), key players (active links to products)

4.5.    Solution class 5: market characteristics and level of penetration, general description of solutions (functionality, architecture, advantages and barriers of implementation), key players (active links to products)

4.6.    Solution class 6: market characteristics and level of penetration, general description of solutions (functionality, architecture, advantages and barriers of implementation), key players (active links to products)

4.7.    Solution class 7: market characteristics and level of penetration, general description of solutions (functionality, architecture, advantages and barriers of implementation), key players (active links to products)

4.8.    Solution class 8: market characteristics and level of penetration, general description of solutions (functionality, architecture, advantages and barriers of implementation), key players (active links to products)

  1. Analysis of existing Russian technologies and integrated solutions to prevent unauthorized access to hazardous areas / hazardous equipment, based on automatic identification, authentication and authorization of personnel, its actions and health, production facilities, equipment, tools and work performed

5.1.    Companies offering solutions in the field of industrial safety

5.1.1.  Company 1

5.1.2.  Company 2

5.1.3.  Company 3

5.1.4.  Company 4

5.1.5.  Company 5

5.1.6.  Company 6

5.1.7.  Company 7

5.1.8.  Company 8

5.1.9.  Company 9

5.2.    Companies offering solutions in the field of computer vision and video analytics

5.2.1.  Company 1

5.2.2.  Company 2

5.2.3.  Company 3

5.2.4.  Company 4

5.2.5.  Company 5

5.2.6.  Company 6

5.2.7.  Company 7

5.2.8.  Company 8

5.2.9.  Company 9

5.2.10.         Company 10

  1. Cases of application of technologies and integrated solutions for automatic identification / authentication and authorization of personnel and other objects, monitoring of personnel actions and health in the workplace for industrial safety (in Russia and the world)

6.1. Some application cases in the world

6.1.1. Project 1

6.1.2. Project 2

6.1.3. Project 3

6.1.4. Project 4

6.1.5. Project 5

6.1.6. Project 6

6.1.7. Project 7

6.1.8. Project 8

6.1.9. Project 9

6.1.10. Project 10

6.1.11. Project 11

6.1.12. Project 12

6.1.13. Project 13

6.1.14. Project 14

6.1.15. Project 15

6.1.16. Project 16

6.1.17. Project 17

6.1.18. Project 18

6.1.19. Project 19

6.1.20. Project 20

6.1.21. Project 21

6.1.22. Project 22

6.1.23. Project 23

6.1.24. Project 24

6.1.25. Project 25

6.1.26. Project 26

6.1.27. Project 27

6.1.28. Project 28

6.2. Some application cases in Russia

6.2.1. Project 1

6.2.2. Project 2

6.2.3. Project 3

6.2.4. Project 4

6.2.5. Project 5

6.2.6. Project 6

6.2.7. Project 7

6.2.8. Project 8

6.2.9. Project 9

6.2.10. Project 10

  1. Conclusions of the study on the current situation in the world and Russia in terms of solutions in the field of automatic identification of personnel, its actions and condition at industrial facilities in order to improve the level of industrial safety. Final matrix with a classification of the solutions

7.1.    Analysis of trends in the field of industrial safety to solve the problem of automatic identification of personnel, its actions and condition. Assessment of the potential of maximum exclusion of the person from the functions of control, dispatching and providing access levels.

7.2.    Final matrix of solutions for automatic identification of personnel, its actions and condition at industrial facilities in order to improve production safety.