Top 8 Digital Safety Trends in Oil and Gas in 2023
Dr Elie Daher
October 06, 2023
Oil and Gas is one of the most hazardous industries to work in. From exposure to toxic gases to working at dangerous temperatures, lone worker management to fall detection, there are a host of safety issues that are common to the industry. It is also an industry undergoing a revolutionary digital transformation. With changes, come challenges and new opportunities. This paper looks at the top digital safety trends that are taking place within the industry.
The top trends that will be investigated in this paper include:
Real time safety solutions (RTLS): Real-time location services have re-defined personnel monitoring. From real time access control to personnel monitoring, geo-fencing to vehicle collision avoidance, real-time location tracking has a wide range of applications that can be used to make the industry safer.
Remote monitoring: Remote monitoring technologies are one of the most adopted digital technologies used by Oil and Gas companies around the world. From a safety perspective, remote monitoring has changed the game for confined space monitoring. Gas monitors, breathing air apparatus can all now be monitored remotely reducing the number of onsite personnel required contributing to a safer and more efficient worksite.
Connected worker solutions: Networked devices are transforming lone workers to connected workers. Through a comprehensive solution of apps, industrial IIoT infrastructure and connected devices, workers can now directly communicate and connect with the command center ensuring enhanced safety for lone workers.
Smarter equipment: Equipment, devices and tools are also getting smarter. All traditional equipment can be ‘smarter’ by using data, AI and IIoT technology to work with each other to revolutionize their role in safety.
AI solutions: AI is being increasingly used in Oil and Gas for a range of safety solutions. Computer Vision for example has a versatile range of applications that ensure safer workers. From PPE compliance to fall detection, Computer Vision and other AI technologies can be used to ensure safer Oil and Gas workers.
Automation of hazardous and high-risk jobs: Robots and drones have been taking over high-risk jobs to keep workers safe.
Training in the digital era: Better trained workers are safer workers. With the rapid rise in digital technologies, there are a growing number of digital and hybrid training and coaching sessions that are becoming more popular. AI is also being increasingly used in training to ensure a highly trained workforce.
Digital twins: More organizations are investing in digital twins to detect, predict and even help prevent incidents from happening in the real world by better understanding their impacts in the digital world by gaining a clearer comprehension of their consequences in the digital sphere.
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Tags: Future of Work, Health and Safety, Innovation
From Lone Workers to Connected Workers – How Technology is Transforming Safety
Dr Elie Daher
October 31, 2022
Every day, more than a billion workers are out on their own for part or all of their workday, with no colleagues to turn to in an emergency or collaborate on a task.
This paper takes a detailed look into a new lone worker solution that ensures that lone workers are protected and get their job done easier.
The new lone worker solution offers a suite of services that transform the lone worker to a connected worker. Key among these services include:
AV communication: The lone worker solution provides workers with full audio and visual communications capabilities allowing them to always stay in contact with technical operators.
Automated incident management: Loaded with pre-designed workflows and a notification engine designed to get help where and when needed, this speeds up reaction times in emergencies.
Proactive alerts: Lone workers often work in remote and isolated locations making it even more crucial to understand their conditions while there is still time to help. Proactive safety alerts include hazardous work check-ins and fall detection alerts.
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Tags: Future of Work, Health and Safety, Innovation
Redefining Confined Space Safety: A Case Study
Dr Elie Daher
April 19, 2019
Confined Space work is one of the most challenging aspects of a maintenance project. Accidents can occur if potential hazards such as fire, elevated temperatures, gas, fumes, vapor, lack of oxygen or limitations to movement are not properly managed. This considerable level of danger calls for extra safety measures that consist of a safety watch who monitors the entry and maintains communication with the workers inside. However, the duties of the attendant are restricted to the outside of the vessel. So how does safety extend to the activities inside the confined space?
A solution was designed that combines gas detection, video surveillance, two-way communication, access control and a command center to improve safety while improving productivity and reducing costs. If an injury occurs inside the vessel, under existing processes, the Safety Attendant is alerted by another worker or via a lack of communication with the injured worker. The attendant then radios for a rescue team. With this innovation, owners no longer require a safety attendant and the safety operators monitoring the command center can see the issue and communicate directly with the injured worker. First responders or rescue team are alerted directly.
Through the combination of real-time gas detection, cameras with day/night vision installed outside and inside vessels, video recording and two-way communication, the innovation delivers and stores data useful in alerting workers of hazardous environments, providing video evidence of safe behaviors, enables operators to see work inside the vessels real time, and stores valuable video and overlaid gas data logs to protect against future liabilities. The system can be utilized in trainings or investigations, enables personnel in the vessel to communicate with personnel offsite through the command center, allows for remote correction of safety practices, controls access to the confined space or facilitates faster response to emergencies. The innovation saves significant costs to owners through the elimination of safety watch and the resulting costs and liabilities of these personnel on site. Further cost savings will be achieved through smoother operation of the permit process, improved communication with workers in confined spaces, and enhancements to productivity.
A product of collaboration between technology and safety expertise, the innovation revolutionizes the role of the safety watch, enhances safety and productivity, and reduces costs for the owner. The paper will discuss examples and provide data on the potential savings resulting from the implementation of the technology. This paper will also discuss further enhancements include body cameras, monitoring of employee wellbeing and facility access control. This is the path to the technical turnaround of the future.
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Tags: Health and Safety
Public Safety and Sour Gas: A Case Study of Innovations in Public Protection and Emergency Response
Dr Elie Daher
November 07, 2016
A key Oil and Gas player required hydrogen sulfide (H2S) safety solutions for their project in Iraq. The operator had planned a drilling operation on a rig with a high potential concentration of H2S. They realized that they needed to protect and secure two communities that consist of more than 1500 homes near the drilling site from a potential gas release. The mountainous location and tough winters required a reliable, portable and robust detection and communication system that would work in extreme weather conditions with temperatures ranging from -15°C to 52 °C. The two villages were located 5km from the worksite. The operator needed to make sure the villagers are notified of any gas readings that may pose hazards to the communities.
A cutting-edge community protection solution was implemented composed of several gas and environmental monitors linked together to control the conditions within the EPZ. The innovative perimeter monitoring solution allowed environmental conditions to be monitored online in real-time. Due to difficult terrain conditions, boosters were deployed to enhance the connection between the perimeter monitoring system and the base station.
Radio-frequency (RF) and web technologies were integrated into each platform to enable real-time transmission of data to the base unit. From the base unit, the stored data is the uploaded to a global server. This was designed in such a way to give the operator a comprehensive understanding of all the stored information.
The use of a proprietary SCADA system provided a reliable and accurate data log which could be stored and accessed online. Notifications on impending low battery life, wind speed, and direction, temperature and gas readings were provided on a real-time basis, thus helping the operator to make informed decisions to protect its assets and the community, prior, during and post any event.
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Tags: Health and Safety, Public Relations
Addressing The Challenges For Safety And Mobility In Facilities With Large Red Zones: A Field-testing Case Study
Dr Elie Daher
November 09, 2015
In the Middle East, a large gas reservoirs located onshore has been developed to produce sales gas, natural gas liquids, condensates and elemental sulphur. The reservoirs contain very high concentrations (23%) of toxic Hydrogen Sulphide (H2S), making it an extremely sour gas field. Based on Quantitative Risk Assessments, certain areas of the gas field facilities have been defined as red zones. These are areas where a potential exists for exposure to such high concentrations of Hydrogen Sulphide that a fatality may occur due to relatively short exposure.
Following the operator’s code of practice on management of hydrogen sulphide, large red zones were identified: all well pads in the gas gathering network and the western area of the gas plant including the receivers, slug catcher, and inlet separation, gas sweetening & condensate stabilization units. A leak from the western area would potentially create dangerous levels of toxic and flammable gas clouds within minutes. As a result, access to the red zone is controlled and only authorized and trained personnel are allowed to enter the red zone. When conducting maintenance activities, personnel must don a Self-Contained Breathing Apparatus (SCBA) or be connected to an airline at all times.
A solution was engineered to access the large red zone and minimize breathing air consumption from SCBAs. This paper presents the field-testing results of the innovation aimed at resolving both flammability and toxicity issues while providing mobility in red zones. By integrating breathing air systems and gas monitoring systems into the overall shape and form of an explosion-proof vehicle, the transport of personnel and equipment for daily operations and maintenance in red zones has been made safer and more efficient. The technology does not interfere with any of the vehicle functions or impede the vehicle operator in performing his duties. Results of the field test indicate that the explosion-proof vehicle helps reduce personnel fatigue in large plants where there are significant distances to traverse. Direct cost savings, reduced travel time and increased personnel morale were some of the achieved results. For emergency response situations, the vehicle can extend rescue operations. At present, standard rescue operations are limited to thirty minutes due to a limited portable air supply. The vehicle carries 400 cubic feet of air as a standard, providing enough breathing air for two persons for two hours.
This is a case study of the radical innovation that provides safety and mobility in red zones. To date, it has served as a permanent H2S monitoring vehicle. It requires very little maintenance and has been found to withstand extreme weather conditions in the Middle East. With modifications, it can also serve as a dedicated emergency vehicle to rescue personnel within a toxic, potentially explosive atmosphere.
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Tags: Health and Safety, Innovation, Public Relations
Qusahwira from Project to Production: Establishment of Business Processes Model
Dr Elie Daher
November 09, 2015
South East (SE) is one of the major assets in Abu Dhabi Company for Onshore Petroleum Operations Ltd (ADCO)'s portfolio. Until 2013, SE was producing from fields (Asab, Sahil and Shah) and 2 new fields (Qusahwira & Mender) which were under development. The initial operation philosophy for the new fields was to have a centralized operation organization with necessary support functions at Asab and to deploy only the facility operating resources at respective fields.
Due to the change in company strategy, SQM (Shah, Qusahwira & Mender) has been spin-off from SE and a new organization was put in place while Qusahwira (QW) was moving from commissioning to production in 2013.
SQM Operation Management Team (OMT) has initiated a business transformation program to ensure required business processes were in place for the new organization to seamlessly integrate the development asset in to a producing portfolio. Assigned task force acted as a program management office and process champions were allocated within the major Level 1 (L1) processes for its implementation. Finally SQM has successfully integrated into the existing organization through implementation of necessary business process within the asset.
The paper will discuss the detailed methodology, challenges faced and the change management initiatives implemented during commissioning to production transition.
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Tags: Business Continuity, Project Management
Improving Efficiencies of Short Duration Projects During Turnarounds: A Case Study on Innovative Breathing Air Solutions
Dr Elie Daher
October 20, 2015
A frequent challenge during facility shutdowns and turnarounds is the congestion of work areas. As a result, carrying out short-duration tasks such as blinding with powering pneumatic tools take much longer time due to equipment transport and set up the process. To respond to this challenge, a portable breathing air delivery unit was designed with a narrow footprint to allow quick and easy deployment even in constricted work areas.
The portable breathing air unit provides ten man-hours of breathing air and can support two users. It has a separate air tool port to power pneumatic tools. A backflow preventer ensures that air tool cannot contaminate the breathing air supply. As a safety measure, the air tool supply shuts down at 1000 psi, leaving the worker with approximately two man-hours of breathing air. To ensure that personnel have the required safety equipment and the ability to complete their assigned jobs, the unit is equipped with a platform to transport required gear to remote work areas.
The portable breathing air unit was recently put to the test by a Gas to Liquids company during its emergency facility turnaround. This is a case study for the use of such system capable of providing both breathing air and power tools in constricted work areas. During a turnaround for example, to remove a set of flange bolts from a pipe, the entire operation may take 10 minutes, but the actual operation of the air wrench may only take two minutes of that time. However, actual job tickets indicate that a 10-minute job takes a minimum of 30 minutes to one hour to complete due to the long process of deploying safety gears, breathing air systems and a separate pneumatic power source. By utilizing this portable breathing air delivery system with a dual purpose, activities such as blinding can be done more efficiently while ensuring personnel safety.
This case study discusses the significance of this innovation in improving efficiencies during turnarounds.
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Tags: Health and Safety, Innovation
Reducing Delays in Document Management and Tooling Costs of Refineries and Plants: A Case Study of Risk Management Software Development
Dr Elie Daher
October 20, 2015
ENI SpA was facing a persistent challenge in one of its Italian Oil/Gas treatment plants due to the time-consuming task of equipment, personnel, and on-site operation document management that increased the tooling costs of their operations. The company decided to explore new technologies, systems and services to solve this issue and reduce associated costs. Servizi Integrati di Sicurezza Srl, part of United Safety Group, was tasked to develop a tool to facilitate all safety operations and regulatory aspects of the standard and non-standard activities.
Following the concept of Software as a Service (SaaS), a risk management software was designed to improve document release, tracking, recording, and operations management. The software was designed to allow users to manage multiple projects including bill books, law fulfilments, documents, forms, work permits, access control and any other activity-related document management. The system also allows remote control and access to documents thus serving as a monitoring tool independent of operational dynamics in the plant.
The system performed plant access management for all personnel and equipment. It provides personnel tracking for quick emergency response and has integrated Radio-Frequency Identification (RFID) fixed readers and validations on computers or tablets. It stores over 100 profiled ad-hoc checklists and controls thousands of work permits every month, classified by areas, types of work, contractors, foreman, and time schedule. Using the software, the management was able to accomplish its safety management system and was able to generate reports by correlating several data and information. The software now acts as a connected business intelligence platform providing interactive views and statistics of the data for HSE management supporting Simultaneous Operations (SIMOPS) to avoid unwanted and costly operational interferences.
Prior to using this software, plant managers used separate project files focusing on specific operations such as work permits, personnel checklists, access control, etc. The result was a vast and fragmented management that increased risk exposure due to the high human activity rate. This case study shares the key metrics and costs savings of having a system that functions as a global container for safety data that allows automated actions and advanced controls.
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Tags: Health and Safety, Project Management
An Analysis of Global Safety Trends in the Oil and Gas Industry - Impacts and Challenges in the Years Ahead
Dr Elie Daher
October 20, 2015
This paper examines the safety trends influencing and shaping the oil and gas industry. From rising local content requirements to increasing shortage of skilled workers, rise in unconventional Oil and Gas to an increasing number of frontier oil producing countries, the growing role of Operational Excellence and the most common causes of incidents in the Oil and Gas sector, this paper will discuss facts, figures and case studies from around the world.
The paper was developed using secondary research based on industry reports such as the International Association of Oil and Gas Producers' (IOGP) Annual Safety Performance Indicators report to provide an analysis of fatal incident rates, total recordable injury rate, and lost time injury frequency. The research also referred to country profiles published by the US Energy Information Administration (EIA) including energy outlooks, analyses and projections. Information was culled from annual reports of international oil companies, technical papers published by the Society of Petroleum Engineers (SPE) as well as white papers by industry leaders, think tank groups and consulting firms.
While the presentation offers a bird's eye view of the safety industry at large, it delves deeper into safety issues outlining the scope of the various challenges and how they influence Health, Safety and Environment (HSE) management. It highlights the importance of heeding lessons learned from catastrophic incidents as well as the adoption of industry best practices and integration of Operation Excellence into the core business operations to prevent disasters. Concerns on unconventional production and the need for regulatory frameworks in emerging countries indicate that regulatory bodies need to catch up and fast track research efforts to regulate the unprecedented growth and expansion of the industry. When taken together as a whole, the global safety trends indicate that investments on safety or the lack thereof has a huge impact on business continuity and sustainability.
This paper was developed to give safety practitioners a better overview of the challenges, opportunities, new developments and trends shaping the global Oil and Gas industry.
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Tags: Health and Safety, Innovation
Solving Community Protection for Inhabited Areas Surrounding a Drilling Site: A Case Study in Saudi Arabia
Dr Elie Daher
September 28, 2015
A key Oil and Gas player required H2S safety solutions for their new onshore drilling project. A major challenge was protecting a community of approximately 500 homes situated within the 5km Emergency Planning Zone (EPZ). Preventing the potentially fatal consequences of an H2S release was of the utmost importance.
A cutting-edge community protection solution was implemented composed of eight units of gas and environmental monitors linked together to control the conditions within the EPZ. The innovative perimeter monitoring solution allowed environmental conditions to be monitored online in real-time. Training was done to ensure that the operator was supplied with qualified and trained H2S safety personnel and all other safety personnel during critical operations. Equipment such as gas detections system, handheld monitors, and breathing air packs were provided to ensure that all safety aspects are covered in this critical operation.
The customization and installation of a reliable, online perimeter monitoring system allowed continuous data stream that made remote monitoring of the vicinity, based on both RF and web technology available for instant tracking and monitoring. Real-time information accessible from anywhere in the world allowed the operator to be aware and be prepared for any emergencies that might occur. SMS notifications were also programmed in case of any emergency to ensure a prompt response. The system also provided a reliable data log for future analysis. The fact that the operator took considerable measures to look out for the community's safety helped improve relations with the public. Members of the affected community felt assured by the degree of precaution implemented, knowing that they would be warned promptly in the event of an emergency.
This case study presents an analysis of conventional and newer community protection systems and discusses in detail the significance of this innovation in dealing with rapidly expanding production near communities. The case study outlines how to make communities feel safe and how to conduct EPZ monitoring efficiently using state-of-the-art technologies and customizing equipment to suit unique worksite requirements.
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Tags: Health and Safety
Addressing Gaps in Facilities Safety and Disaster Management: How Personnel Can Move From Muster Point to the Safe Zone in a High H2S Concentration Environment
Research Gate
February 02, 2015
The shift towards more challenging gas extraction development projects requires a deep understanding of the risks and challenges of operating in sour gas fields. While facilities are equipped with gas detection monitors, the risk of unexpected toxic gas release, pipe ruptures or leaks will always be greater among plant personnel. Oil and gas facility personnel are trained to respond to emergencies. They know the layout of the facility and associated emergency procedures to include - escape routes, muster points, communication methods, and appropriate response to alarms. However, small group escape techniques using typical escape equipment may no longer be sufficient.
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Tags: Health and Safety
Expedited Country Startup with a Large Scale Mobilization of CO2 And H2S Equipment and Services for a Major Oil and Gas Company in Latin America
Dr Elie Daher
October 27, 2014
The process of establishing a company and operating facilities within Brazil to support a large-scale operation, along with mobilizing 10 offshore packages of CO2 and H2S protection equipment and developing safety professionals, within a tight time frame of 90 days, is a significant challenge. Brazil regulations are unique and distinct, thus requiring much work in establishing a local company with an approved operating facility. The processing periods for attaining document approvals added to time restraint challenges.
The assembly, shipping and importation of the safety equipment had to be managed simultaneously. To ensure that equipment were in compliance with in-country local requirements, a thorough understanding of the rules and regulations was necessary to minimize delays during shipping and importation. Requirements for personnel dictated that a local content had to be in place. Thus, local human resource policies in recruiting, remuneration, development, and termination needed to be understood.
In order to tackle these challenges, a Brazil Task Force composed of multi-cultural senior executives was formed leveraging the support services and field personnel from all corners of the world. Initially, the Brazil Task Force conducted a country needs assessment to identify all the requirements, and to get ‘on the ground’ feel for the business environment. Subsequent to their return, they formulated a strategic implementation plan.
A considerable financial commitment was poured to establish a solid, reliable infrastructure within Brazil, and to procure the required specialized equipment and personnel. A local entity was promptly established in Rio de Janeiro to handle all the legal and financial requirements. The company engaged consultants from several specialized fields to leverage local knowledge and experience. They provided crucial advice on startup of operations specifically on the process of obtaining licenses and permits as well setting up contracts with required local suppliers.
The required safety equipment was assembled leveraging its outstanding manufacturer relations for the prompt delivery of the large volume of equipment for this project. The equipment were documented and packaged efficiently to allow for ease of transport and understanding at customs clearance.
This paper takes a detailed look at the various challenges faced, lessons learned and the key factors that contributed to this project's resounding success.
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Tags: Health and Safety, Project Management
Ensuring The Safety Of Onsite Personnel And Neighboring Community During Workover And Well-testing Activities With A High H2S Risk Potential – A Case Study
Dr Elie Daher
October 27, 2014
OMV Petrom had a planned workover and well-testing activity on a well with high potential concentration of hydrogen sulfide (H2S) located 200 meters from a neighboring community. To ensure safety during the workover and well-testing activity, a leading oil and gas group in Central Europe undertook a careful preparation of processes, systems and its personnel. Considering the proximity of the wellsite to the community, they also needed to inform and educate the surrounding community.
Servizi Integrati di Sicurezza (S.I.S. S.r.l.), part of United Safety International Group was given the task to ensure the safety of personnel and neighboring community through effective preventive actions including extensive H2S training and prevailing wind monitoring. A site-specific Emergency Response Plan (ERP) was developed that defined the coverage of the Emergency Planning Zone (EPZ). Wind speed and direction was monitored for a period of four months prior to the drilling activity which allowed the identification of high risks areas in the event of a gas release.
A dedicated wireless H2S and sulfur dioxide (SO2) gas detection system was installed including a general alarm system for public awareness in case of a public evacuation. Rovers were dispatched continuously to monitor remote areas of the EPZ. The safety solutions company conducted H2S drills, man down simulations, and public evacuations in coordination with the operator and the local community. Prior to commencement of drilling activities, nearly 400 training certificates were released to personnel, contractors and sub-contractors.
This paper discusses lessons learned and best practices of emergency planning and management of the EPZ as critical elements of drilling operations. It highlights the continuous improvement of EPZ management methods and discusses the importance of engaging affected communities and residents to build confidence, partnerships and ultimately boost a company's public image. The paper also demonstrates the impact of corporate citizenship and responsible care practices beyond the immediate community.
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Tags: Health and Safety
Addressing Safety Challenges of Operating in Sour Gas Fields: A Case Study from the Middle East
Dr Elie Daher
September 22, 2014
In the Middle East, there is a gas field that is one of the most challenging gas extraction development projects in the world. The field has a hydrogen sulfide (H2S) concentration in excess of 20%. The field was discovered over 40 years ago, but due to the absence of appropriate technologies to safely extract the reservoirs, field development had been sidelined for several decades. With the advances in oilfield technologies and processes, the field operator commenced field development a few years back. The operator protects its facilities from H2S risk by a comprehensive air management process that uses leading industry gas monitoring and protection systems. During the project design phase, the emphasis focused on fixed facilities and protection at these facilities. However, the possibility of an unexpected gas release and exposure in areas away from the fixed facilities and while in transit within the field soon became apparent. The challenge was to provide for the safety of personnel from the time they entered the field to the time they exited it.
An oilfield services company identified the potential risk that possible H2S exposure represented to the safety of personnel while in transit through this field. To address the challenge, the company sought the help of an innovative safety solutions provider. After a series of discussions between the safety solutions provider and the oilfield services company, it became apparent that there was a need to develop a solution that would provide early-warning gas detection while on the move, ensure immediate availability of breathing air protection, and allow communication and documentation of hazards and air status within a crew transportation vehicle. The resulting solution was a vehicle gas protection system (VGPS) with an integrated gas detection system and a proprietary breathing air management system that enables users to transit safely through such terrain.
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Tags: Health and Safety, Transportation
Safe Work Practices and Rescue Planning for Vertical Column Work during Turnaround: A Case Study
Dr Elie Daher
March 17, 2014
The process of establishing a company and operating facilities within Brazil to support a large-scale operation, along with mobilizing 10 offshore packages of CO2 and H2S protection equipment and developing safety professionals, within a tight time frame of 90 days, is a significant challenge. Brazil regulations are unique and distinct, thus requiring much work in establishing a local company with an approved operating facility. The processing periods for attaining document approvals added to time restraint challenges.
The assembly, shipping and importation of the safety equipment had to be managed simultaneously. To ensure that equipment were in compliance with in-country local requirements, a thorough understanding of the rules and regulations was necessary to minimize delays during shipping and importation. Requirements for personnel dictated that a local content had to be in place. Thus, local human resource policies in recruiting, remuneration, development, and termination needed to be understood.
In order to tackle these challenges, a Brazil Task Force composed of multi-cultural senior executives was formed leveraging the support services and field personnel from all corners of the world. Initially, the Brazil Task Force conducted a country needs assessment to identify all the requirements, and to get ‘on the ground’ feel for the business environment. Subsequent to their return, they formulated a strategic implementation plan.
A considerable financial commitment was poured to establish a solid, reliable infrastructure within Brazil, and to procure the required specialized equipment and personnel. A local entity was promptly established in Rio de Janeiro to handle all the legal and financial requirements. The company engaged consultants from several specialized fields to leverage local knowledge and experience. They provided crucial advice on startup of operations specifically on the process of obtaining licenses and permits as well setting up contracts with required local suppliers.
The required safety equipment was assembled leveraging its outstanding manufacturer relations for the prompt delivery of the large volume of equipment for this project. The equipment were documented and packaged efficiently to allow for ease of transport and understanding at customs clearance.
This paper takes a detailed look at the various challenges faced, lessons learned and the key factors that contributed to this project's resounding success.
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Tags: Health and Safety
Ensuring Safety Of Residents In An Emergency Planning Zone While Maintaining Sensitive Public Relations With The Affected Residents - Best Practices Shared.
Dr Elie Daher
January 19, 2014
Establishing an Emergency Planning Zone (EPZ) map lays the foundation for a successful Emergency Response Plan. A safety company was tasked with the responsibility of ensuring the safety of residents living in a neighboring community where potentially hazardous drilling activity in a critical sour well with high H2S concentrations and potential high release rates was about to commence. The safety company was responsible for managing and monitoring the EPZ while constantly updating residents about progress on the drilling activity.
An EPZ of 5.8 kilometers and an awareness zone of 11.6 kilometers were identified; the area of management contained one town and two hamlets of roughly 2000 inhabitants. To effectively monitor and ensure the safety of residents within the EPZ, the safety company dispatched and managed close to 100 onsite personnel. This large team was responsible for manning roadblocks, monitoring the various zones within the EZP, and maintaining buses on standby to evacuate low mobility groups.
Another key element of this project was the successful handling of crucial public relations to defuse and manage potentially very tense situations. The sensitive nature of the issue required careful, consistent and regular communications as residents needed to be constantly updated on the impending drilling operations. To handle the daunting community relations issues effectively, the safety company deployed a number of ‘rovers’ to monitor and communicate with the public through house visits. A call centre was also set up for residents to reach out for more information.
The project was so effectively managed that it even superseded the expectations of the regulatory body responsible for overseeing the drilling project. This paper will discuss in-depth details, learnings, insights and the various factors that were responsible for making this Emergency Response Planning project such a complete success.
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Tags: Health and Safety, Public Relations
Excellence in Safety Performance Has No Multicultural Barriers: A Case Study
Dr Elie Daher
March 18, 2013
With the expanding global workforce, companies are faced with several barriers to any standardization or centralization plans. Challenges like language difference, local differences, interdependencies, size and maturity and mode of operation can create strong barriers to an effective rollout of a standard or a centralized process.
In 1998, United Safety started operation in Angola with a Canadian workforce. The strategy and intention was to nationalize as fast as possible to sustain a long term presence in the country and to operate effectively. For the first few years, the company had to go through a steep learning curve, getting educated on the differences between the cultures, the challenges of language and the various behaviour safety styles in terms of expectations, tolerance of risk and other safety factors observed by the local workforce.
In addition to the numerous practical challenges, establishment of a HSE culture and practices needs to take into account the culturally different ways of dealing with authority, risks, and individual responsibility, amongst a number of other factors. A lack of cultural competence can in itself lead to miscommunication and misunderstandings, which in turn can cause dangerous situations and accidents.
As the company core business is to provide safety solutions to its customers, it is critical to ensure that the company standards or work practices are persevered and applied irrespective of differences.
Through a rigorous process of recruiting, competency assessment, training, coaching and most importantly cultural understanding and exchange, the company managed to ramp up on their national workforce replacing all expatriate rig personnel in five years and replacing all their coordinators, quality control and office staff including the first General Manager in the next five years.
This case study discusses a successful implementation of standards and centralized processes in Angola to a national workforce, displacing progressively an expatriate community and getting them accepted by the customers. This paper also attempts to share those lessons and discusses failures, consequences and rewards.
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Tags: Culture, Health and Safety, Coaching
Gaps in Companies HSE Onboarding Programs: Assessment and Remedy
Dr Elie Daher
March 18, 2013
A key Oil and Gas player required hydrogen sulfide (H2S) safety solutions for their project in Iraq. The operator had planned a drilling operation on a rig with a high potential concentration of H2S. They realized that they needed to protect and secure two communities that consist of more than 1500 homes near the drilling site from a potential gas release. The mountainous location and tough winters required a reliable, portable and robust detection and communication system that would work in extreme weather conditions with temperatures ranging from -15°C to 52 °C. The two villages were located 5km from the worksite. The operator needed to make sure the villagers are notified of any gas readings that may pose hazards to the communities.
A cutting-edge community protection solution was implemented composed of several gas and environmental monitors linked together to control the conditions within the EPZ. The innovative perimeter monitoring solution allowed environmental conditions to be monitored online in real-time. Due to difficult terrain conditions, boosters were deployed to enhance the connection between the perimeter monitoring system and the base station.
Radio-frequency (RF) and web technologies were integrated into each platform to enable real-time transmission of data to the base unit. From the base unit, the stored data is the uploaded to a global server. This was designed in such a way to give the operator a comprehensive understanding of all the stored information.
The use of a proprietary SCADA system provided a reliable and accurate data log which could be stored and accessed online. Notifications on impending low battery life, wind speed, and direction, temperature and gas readings were provided on a real-time basis, thus helping the operator to make informed decisions to protect its assets and the community, prior, during and post any event.
With the expanding global workforce, companies are increasingly faced with misalignment between the HSE competencies acquired during the initial onboarding program for the new comers and the competencies required during the first 18 months of their assignment in the field.
Lifting, slinging and pressure handling are some of the tasks that new field personnel are required to do in their daily job assignment by new personnel. New field personnel are assisting in slinging tools and baskets without proper safety training on slinging or proper procedures to detect missing competencies required in slinging. Also new personnel are handling pressure vessels or are required to work in pressure areas without proper permitting. Some companies are reporting that more than 65% of their accidents or near misses are happening to new field personnel within the first 18 months of their field assignment. Most reported accidents and near misses involve extreme injuries. The field is relying on the training department to ensure that new personnel are adequately trained and on the HSE group to ensure that the HSE competencies required in the field assignment are covered during the on boarding.
This case study discusses the improvement process covering assessments, field observations, job safety analysis and possible remedies.
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Tags: Health and Safety
Safety Culture Maturity Model: A Process Worth Implementing?
Dr Elie Daher
March 18, 2013
Safety culture has become a prevalent concern as recent incidents pointed to the lack of safe behavior or attitude. Organizations are struggling to improve their safety culture in a pragmatic way. Maturity is defined as an evolutionary improvement path from an ad hoc, immature process to a mature, disciplined process. It establishes a yardstick against which it is possible to judge, in a repeatable way, the maturity of an organization's planning process and compare it to the state of the practice of the industry.
The maturity model concept was initially developed by the Software Engineering Institute (SEI) as a mechanism to improve the way software is built and maintained. The model provides organisations with a five level process to assist them in developing their software engineering practices. The five levels are Initial, Repeatable, Defined, Managed and Optimising.
The safety culture maturity model was initially developed by Dr Mark Fleming, Chartered Psychologist in 2001. Ten elements were documented:
Management commitment and visibility
Communication
Productivity versus safety
Learning organisation
Safety resources
Participation
Shared perceptions about safety
Trust
Industrial relations and job satisfaction
Training
This paper attempts to explore the adequacy of the maturity model to Oil and gas companies and researches the published various implementations to identify the benefits of such maturity model. Some obvious benefits are a provision of known Maturity Level in relation to the safety culture, with recommendations on how to improve and move from one level to another.
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Tags: Culture, Health and Safety
Managing One of the Biggest Turnarounds/Shutdowns - Approach and Lessons Learnt
Dr Elie Daher
November 11, 2012
A frequent challenge during facility shutdowns and turnarounds is the congestion of work areas. As a result, carrying out short-duration tasks such as blinding with powering pneumatic tools take much longer time due to equipment transport and set up the process. To respond to this challenge, a portable breathing air delivery unit was designed with a narrow footprint to allow quick and easy deployment even in constricted work areas.
The portable breathing air unit provides ten man-hours of breathing air and can support two users. It has a separate air tool port to power pneumatic tools. A backflow preventer ensures that air tool cannot contaminate the breathing air supply. As a safety measure, the air tool supply shuts down at 1000 psi, leaving the worker with approximately two man-hours of breathing air. To ensure that personnel have the required safety equipment and the ability to complete their assigned jobs, the unit is equipped with a platform to transport required gear to remote work areas.
The portable breathing air unit was recently put to the test by a Gas to Liquids company during its emergency facility turnaround. This is a case study for the use of such system capable of providing both breathing air and power tools in constricted work areas. During a turnaround for example, to remove a set of flange bolts from a pipe, the entire operation may take 10 minutes, but the actual operation of the air wrench may only take two minutes of that time. However, actual job tickets indicate that a 10-minute job takes a minimum of 30 minutes to one hour to complete due to the long process of deploying safety gears, breathing air systems and a separate pneumatic power source. By utilizing this portable breathing air delivery system with a dual purpose, activities such as blinding can be done more efficiently while ensuring personnel safety.
This case study discusses the significance of this innovation in improving efficiencies during turnarounds.
A major IOC planned its biggest turnaround in its history in a heavy oil up-grader / Refinery in North America.
The major challenge was to ensure that safety aspects on the project are properly managed with over 3500 workers on site. To break this challenge down into manageable chunks such as ramping up to get over 300 safety personnel in a short time, ensuring training and permitting for over 3500 workers, deploying effective and adequate Gas Detection systems and monitoring, ensuring adequate supply and with the right amounts of breathing air to manage escapes or working under air in critical places during the shutdown and Confined Space Works where it is required with proper permitting, safety watch and effective rescue plans.
To execute this massive task, a proactive approach has to be utilized with a very early planning cycle to ensure adequate sourcing, surveying, centralized dispatching, mitigating potential risks and communicating effectively with all stakeholders and contractors. This approach has produced some tangible benefits to the project, namely an improved tracking of equipment and manpower, streamlined delivery process, enabled accurate and timely reporting to contracts and to client reps.
This paper shares some key statistics on this project like number of safety personnel deployed ( over 300), number of specialized safety equipment used (over 1200), number of jobs dispatched (over 3000), number of asset shrinkage ( No downtime), no LTI, and a total estimated savings on total safety spent of over 1 Million Dollars.
In addition, this paper aims at sharing some of the lessons learnt around project management, planning and communication.
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Tags: Health and Safety, Project Management
Turnaround / Shutdown Best Practice of Centralized Dispatch, Distribution and Qa/Qc of Safety Services
Dr Elie Daher
November 11, 2012
A key Oil and Gas player required H2S safety solutions for their new onshore drilling project. A major challenge was protecting a community of approximately 500 homes situated within the 5km Emergency Planning Zone (EPZ). Preventing the potentially fatal consequences of an H2S release was of the utmost importance.
A cutting-edge community protection solution was implemented composed of eight units of gas and environmental monitors linked together to control the conditions within the EPZ. The innovative perimeter monitoring solution allowed environmental conditions to be monitored online in real-time. Training was done to ensure that the operator was supplied with qualified and trained H2S safety personnel and all other safety personnel during critical operations. Equipment such as gas detections system, handheld monitors, and breathing air packs were provided to ensure that all safety aspects are covered in this critical operation.
The customization and installation of a reliable, online perimeter monitoring system allowed continuous data stream that made remote monitoring of the vicinity, based on both RF and web technology available for instant tracking and monitoring. Real-time information accessible from anywhere in the world allowed the operator to be aware and be prepared for any emergencies that might occur. SMS notifications were also programmed in case of any emergency to ensure a prompt response. The system also provided a reliable data log for future analysis. The fact that the operator took considerable measures to look out for the community's safety helped improve relations with the public. Members of the affected community felt assured by the degree of precaution implemented, knowing that they would be warned promptly in the event of an emergency.
This case study presents an analysis of conventional and newer community protection systems and discusses in detail the significance of this innovation in dealing with rapidly expanding production near communities. The case study outlines how to make communities feel safe and how to conduct EPZ monitoring efficiently using state-of-the-art technologies and customizing equipment to suit unique worksite requirements.
In shutdowns and turnarounds there are three groups interacting together during the event. The operation team (owners who get the equipment ready to work on), the mechanical maintenance team (typically made up of various contractors who perform the work) and the shared services team that support both of the above in getting their tasks completed, one of which is Safety Services.
Items such as, Breathing air delivery, gas detection/testing, confined space entry monitoring, high angle rescue and other constitute the main bulk of the shared safety services typically used on site during the shutdowns and turnarounds.
In most places, these services are thought of as extra requirement and as a cost center, although necessary and supported, safety isn't viewed as one of the productivity tools in a turnaround. They are typically left to the contractors to manage independently or in isolation creating redundancy in the amount of equipment available, incompatibility in the variety of brands and systems and duplication of efforts resulting in delays in tasks and a general poor perception of safety.
This paper demonstrates the effective use of a system of a a QA/QC process and a centralized distribution and dispatch for on site safety services such as Q-Cycle, Resource Track and Site Courier of United Safety, in achieving safety goals as well as schedule productivity gains. This system and process can benefit both the owner/ operating companies as well as the general contractors as either or both can use it. It reviews an electronic method of tracking, reporting and data capture of the distribution and management of site safety services. Centralized distribution and dispatch system can manage daily needs as well as provide data for future planning. In addition, the paper covers the case study and results of this system used in a large, major IOC turnaround; how the data benefited the operator and the mechanical contracting group as well as saved time and money through service quality and inventory management.
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Tags: Health and Safety, Innovation
Public Protection and Gas Monitoring; Its Impact on the Community, Environment and the Bottom Line
Dr Elie Daher
April 02, 2012
During typical well operations, production activities or processing plants, especially in sour environments, a barrier between the site and populated areas such as towns and villages is often overlooked. Operators and contractors are focusing on protecting site personnel while relying on simple general public guidelines to alert the neighboring communities. While the industry is seeing great progress towards a digital oilfield concept where monitoring of production and optimization of flow rates and fluids are remotely actuated to reduce the burden of manning the various oilfields and maximizing production of the reservoir, these concepts did not filter to the safety management of sites and to the public protection procedures that would apply on these sites.
A recent technology failure on March 6th 2011 at the Karachaganak Field resulted in a fatal outcome1. This incident occurred in March 2011, where one employee died and a second employee was found in a nearby hanger in a critical condition. Both employees were conducting cleaning works at the time of the incident. Individual protection gear, a gas indicator and special safety instructions all failed to save the life of the contractor's employee from Karachaganak's fatal atmosphere during the technology failure.
Village resident and leader of the village campaign for relocation, stated: "In accordance with official documents, in the event of an emergency at a well site, a plume of hydrogen sulfide could reach the village within 10–30 minutes, depending on the direction of the wind. The contractor is only obliged to notify village residents via a signal from a special tower located in the village and it is local authorities who must ensure the evacuation of residents. How this is to be conducted in such a short period of time remains unclear. Moreover, Berezovka residents themselves do not know what to do in such a situation; and what if an emission occurs at night? It is disturbing to think of the consequences that may occur in the event of an H2S situation".
Another technical failure in Canada in 2009 caused the release of 30,000 cubic meters of gas containing 6200ppm of H2S. The nearby community was not alerted until six hours after the release causing massive concern over procedures for public protection2.
This paper discusses lessons learned from the digital oilfield concepts and its applicability to remote safety monitoring and safety processes. In addition, suggestions for improvements and coordination with local villages and their authorities are also discussed.
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Tags: Health and Safety
Safety KPIs during Shutdown Turnaround - What to Measure and How to Impact the Overall Economics
Dr Elie Daher
April 02, 2012
A turnaround is a planned, periodic total or partial shutdown of a refinery process unit or facility to perform maintenance, overhaul and repair operations and to inspect, test and replace process materials and equipment. This is a time sensitive operation that requires a major expenditure and focused project management 24 hour duration. Any delays due to operational or safety issues can adversely impact the shutdown time therefore increasing costs and impacting the revenue of the facility. With a high price of services, the pressure is greater than ever to deliver an efficient turnaround with virtually no incidents and on time. Safety management plays a crucial role in the turnaround activity.
Safety ensures regulations are followed, training and certifications are completed and preventive plans are in place and enforced. It starts by safety contractor selection, followed by a proactive safety plan and a flawless and timely execution.
How do we ensure that the safety management is conducted efficiently in order to impact the bottom line of the turnaround and limit delays?
Research by Liberty Mutual Research Institue for Safety demonstrates that for every $1 invested in safety there is a $3 to $6 return on investment, and our own research tells us that for every $1 spent on "tool time", $7 is spent on service costs associate with that work. Organizations need to aim for a safety excellence culture as this contributes to profitability and benefits employees and c ommunities. Safety excellence is the result of an effective safety management process. In order to monitor safety excellence, we will illustrate a system we call "The Safety Process Map".
This paper explores the deliverables generated by this map and the value they bring to turnarounds and shutdowns. These deliverables move beyond the standard Total Recordable Incident Frequency (TRIF) or Lost Time incidents reporting by auditing conformance to policies and procedure around activities like work permits issued and Confined Space Entry (CSE). Our position is that a process that can systemically identify when and why non-conformance to policy and procedure occur offers the opportunity for proactive mitigation activities. These proactive activities act on what we believe are often the root causes of negative incidents.
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Tags: Health and Safety, Project Management
Oil & Gas Competency Management: An Innovative Way to Attract, Develop, Maximize, and Retain Human Capital
Dr Elie Daher
September 20, 2011
Oil & gas investments in education are growing rapidly and becoming increasingly strategic. The capability to cultivate and expand the human capital and, at the same time, develop and respond to technological advances, has become a major factor that distinguishes operators who attract, nurture, motivate and retain their working forces from those who do not. Most oil & gas companies (especially major resource holders) are striving to keep up with the technical discipline knowledge required and to stay abreast with the advances in techniques and methods in order to perform efficiently. But is this enough? Moreover, software solutions for petrotechnical information management and digital infrastructure; exploration; reservoir characterization; production; reservoir simulation; and petroleum economics, risk, and reserves are recognized as an increasingly integral part of business operations for oil & gas companies. As a result, operators have been very receptive to educational initiatives that go beyond the basic, traditional, domain discipline classroom training sessions. We are witnessing an industry trend of developing the "new multi-skilled breed of oil & gas professionals" performing in the digital age through a complete training methods covering domain science, software applications, workflows delivered using experiential, action and immersive learning methods.
Developing the new multi-skilled breed of professionals in their disciplines requires good understanding of their current competencies in the discipline, in the targeted job function and the proficiency of the various software or technical tools that will be used to perform.
Competency management therefore becomes crucial and tit the base of every learning and development program. Current E&P Competency Management should cover comprehensive and formal needs analysis, assessment, development, and tracking system of multiple skills specifically designed for each job function whether they are geoscientists, reservoir engineers, drilling, petroleum or production It should identify individual development requirements, create personalized educational plans, and provide a learning sequence that starts teaching domain concepts and theories, including technology workshops and hands-on experience, in addition to mentoring, evaluation, and certification to ensure that learning goals translate into results on the job. The competency-based learning and development plan should help transfer knowledge from the classrooms and workshops onto working results. The program should also address the need to plan, certify, and track skill developments of technical staff.
This paper therefore intends to
Highlight the importance of the methodology used when carrying out competency management to develop professionals in their disciplines as well as the related technologies, and
Go over a few practical case studies, analyzing how E&P organizations have adopted such competency management and developed adequate Learning and development plans for their employees.
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Tags: Future of Work, Generative AI, Project Management
Business Process Re-Engineering in the Upstream Sector of E&P Companies. A study of Staff Perceptions and Critical Success Factors
Dr Elie Daher
June 09, 2003
This paper investigates the perceptions of staff with regard to critical success factors (CSFs) for successful Business Process Re-engineering (BPR) for the upstream sector of the Exploration and Production (E&P) companies. The conclusion and recommendations were drawn after a detailed review of literature discussing BPR implementations in various industries and using the results of a study performed on a specific implementation of a BPR project for Information Management in a mid-size E&P company.
This paper shows that the factors deemed most important for successful BPR included items such as top management support, commitment and understanding of BPR, communication, empowerment and alleviation of downsizing fears. Some unique characteristics for the E&P sector have particular bearing on the application of BPR. They include the existence of many intricate overlapping processes with multiple stakeholders, changes in policy direction or in Oil prices, the existence of a professional workforce and the existence of defined internal organizational boundaries. Suggestions on how to maximize the chances of success in the BPR are discussed.
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Tags: Business Strategy, Project Management
Reimagining You: The Power of First Steps for Personal Branding
Dr. Elie Daher
May 03, 2025
Four Stories. Four Journeys. One Powerful Start.
Within the first month of launching the Reimagining You podcast, we’ve reached a milestone I didn’t anticipate so soon—10,000+ subscribers and over 54,000 views across just four episodes.
To everyone who watched, listened, shared, and sent in feedback—thank you. This podcast began as a vision to amplify authentic transformation. You turned it into a movement.
This first month wasn’t just about episodes—it was about breakthroughs. Four powerful guests. Four distinct vantage points. Each one contributed to the 10-step process in Reimagining You, offering lessons not just for your brand—but for your next bold chapter.
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Tags: Entrepreneurship, Leadership, Personal Branding
Are You Ready to Embrace the Seven Mindsets and Succeed in the Modern World?
Dr. Elie Daher
April 17, 2025
Are You Ready to Embrace the Seven Mindsets and Succeed in the Modern World?" Dr. Elie Daher introduces a transformative framework for modern leadership. He outlines seven essential mindsets—Digital Native, Experimental, Networked, Authentic, Data Mindful, Prepared, and Human-Centered—that equip professionals to navigate the complexities of today's dynamic environment. Drawing inspiration from the World Economic Forum's top skills for 2025, Dr. Daher emphasizes the importance of adaptability, innovation, and emotional intelligence. This piece serves as a guide for leaders aiming to thrive in the evolving landscape of work and leadership.
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Tags: Future of Work, Leadership, Personal Branding
Breaking Free from Comfort – The First Step to Reinventing Yourself
Linkedln
March 05, 2025
Every few weeks, my iPhone reminds me that it’s time for an update. A new operating system version is ready—faster, safer, wiser, and more efficient. With a single tap, I install it, knowing it will fix bugs, improve performance, and unlock new features. It’s a simple process, one we’ve come to expect from our technology.
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Tags: Coaching, Health and Safety, Leadership
Is Your Emotional Intelligence Future-Proofed for the Age of AI?
LinkedIn
November 01, 2024
In an era defined by exponential disruption, where AI and automation rapidly reshape our work landscape, the value of purely knowledge-based skills is waning. Instead, the true differentiators are adaptability, creativity, and emotional intelligence (EQ).
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Tags: Culture, Health and Safety, Leadership
Leadership in the GCC: How I Learned to Navigate Cultural Diversity and Drive Success
Linkedln
September 30, 2024
After nearly 40 years of leadership in the GCC, one project still stands out as a pivotal moment in my career. Leading a multicultural team with tight deadlines, I quickly learned that navigating cultural nuances was just as important as managing the technical aspects of the work.
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Tags: Culture, Health and Safety, Leadership
The Importance of Cultural Sensitivity in a Multicultural Workplace
Linkedln
September 09, 2024
Let’s face it—navigating today’s globalized work environment is like playing a game of cultural charades. Cultural sensitivity isn’t just a buzzword; it’s the secret sauce for thriving in a world where your team could include someone from Boston, Beirut, Brussels, Bangalore, and Beijing, all on the same Zoom call.
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Tags: Culture, Health and Safety, Leadership
Adaptability: The Missing Link in Oil & Gas Safety - Are You Prepared for the Future?
Linkedln
July 23, 2024
In this edition of our newsletters, I challenge you to consider the critical role of adaptability in navigating the complexities and uncertainties of our ever-changing world.
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Tags: Coaching, Culture, Leadership
If You're a Salaried Employee, I've Got Bad News: The 9 to 5 Era is Ending!
LinkedIn
June 03, 2024
During our regular Sunday morning coffee ritual, a group of old friends gathered around the familiar table in the corner of our favorite café, cups steaming with the rich aroma of freshly brewed coffee. The conversation, as it often did, turned to the latest updates about our children, many of whom were now on the cusp of full-fledged adulthood, either rounding off their university education or navigating the early years of their careers.
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Tags: Leadership
Have You Ever Wondered Why There Are Mirrors in Elevators and Lobbies?
LinkedIn
May 09, 2024
In the heart of New York City, a peculiar yet ingenious solution was found for what seemed an insurmountable problem in an old multi-story building. The elevators were slow, and during peak times, the wait was so unbearable that tenants threatened to vacate. Engineers were brought in, but the building's structure limited their options to speed up the service.
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Tags: Leadership
So You're Connected on LinkedIn - So What?
LinkedIn
March 13, 2024
Embark on a thought-provoking journey with us as we unveil the real value of a Connected Mindset in our latest newsletter. In an era where traditional boundaries in leadership are fast dissolving, the worth of your network has never been more pivotal.
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Tags: Leadership
Are You Brave Enough to Unlearn?
Linkedln
February 05, 2024
The Adaptive Beginner's Mindset is crucial in our rapidly evolving business landscape. It embodies agility, the readiness to pivot in response to change, and the capacity to thrive amid uncertainty. This mindset goes beyond adaptability; it's about fostering curiosity and critical thinking to understand and navigate complex challenges.
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Tags: Coaching, Culture, Leadership
Annual Review System
Linkedln
December 20, 2023
This is not just an ordinary annual review. It is an introspective process that aims to shape your future trajectory with enlightened steps.
By conducting a thorough audit of your previous year's targets and achievements, and considering how your decisions have impacted your journey, you set the stage for a future that is both meaningful and well-directed.
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Tags: Coaching, Culture, Leadership
"Are You Ready to Lead in the Digital Frontier? Exploring the Power of the Digital Native Mindset"
Linkedln
November 23, 2023
In our previous edition (Edition 12), we introduced the "Seven Mindsets for Modern Leadership," a comprehensive framework designed to guide leaders through the complexities of the 21st-century business landscape.
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Tags: Coaching, Culture, Leadership
Are You Leading Your Organization Into the Future or Stuck in the Past? Discover Your Leadership Mindset Maturity
Linkedln
October 12, 2023
We stand at a critical juncture in the evolution of industry. While Industry 4.0, with its focus on automation and data exchange, has already made its indelible mark, the emergent paradigm of Industry 5.0 promises to blend human creativity with machine intelligence in unprecedented ways.
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Tags: Coaching, Culture, Leadership
The seven leadership lessons I learnt from my newly met African friends
Linkedln
September 05, 2023
The Eleventh Edition - Welcoming Autumn and the Continuation of Reimagining Leadership.
I hope this message finds you rejuvenated from a well-deserved summer break, full of fond memories and fresh perspectives.
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Tags: Coaching, Culture, Leadership
"Are You Harnessing the Full Potential of Your Team? Discover the Power of Effective Team Dynamics"
Linkedln
June 12, 2023
Collaboration is the foundation of high-performing teams, relying on cohesive teamwork to achieve shared objectives. A successful collaboration platform fosters trust, support, and mutual respect. For example, a marketing team with diverse skills can work together towards a successful product launch by setting clear expectations, roles, and responsibilities while encouraging open and honest feedback.
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Tags: Coaching, Culture, Leadership
"Resilience: The Unbeatable Skill for the Future Workforce. How are You Equipping Your Team to Thrive?"
Linkedln
May 15, 2023
According to the report, Resilience, Flexibility, and Agility have emerged as the third most crucial core skills for workers. A staggering 65.8% of organizations surveyed expressed their belief in the increased significance of these skills. Additionally, the report highlighted that these attributes rank as the fifth most important skills to reskill the workforce for 2027.
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Tags: Coaching, Culture, Leadership
"Is Poor Communication Hurting Your Team's Performance? Ways to Improve Today"
Linkedln
April 27, 2023
Effective communication is not just important, it is fundamental to the success of teams and organizations. It is the foundation upon which collaboration, conflict resolution, decision-making, and overall team performance are built.
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Tags: Coaching, Culture, Leadership
Cultivating Exceptional Leadership for Unprecedented Organizational Growth: A Path to Success
Linkedln
April 04, 2023
Greetings to our esteemed readers as we welcome the month of April, a time of reflection and festivities with the observance of Ramadan and the celebration of Easter. May these occasions inspire and unite us as we navigate the complex world of business and leadership.
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Tags: Coaching, Culture, Leadership
"The Foreword That Will Revolutionize Your Approach to Leadership: Insights from Professor Peter Hawkins"
Linkedln
March 20, 2023
I am also thrilled to introduce the first article for the Reimagining Leadership newsletter, featuring the foreword of my book by Professor Peter Hawkins, Chairman of Renewal Associates and Emeritus Professor of Leadership at Henley Business School.
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Tags: Coaching, Culture, Leadership