QHSE & Industrial Projects: At the Service of Controlled Execution
A piece of equipment destined for an industrial project may have required several years of design and manufacturing before reaching its destination. Once it is ready to ship, its transport to the site becomes an operation in its own right one in which the route, dimensions, lifting equipment, road conditions and team safety must all be anticipated before departure. Integrating QHSE practices from the preparation phase therefore proves decisive for controlling operations.
QHSE Logistics: What Does It Mean in Practice?
QHSE refers to a set of practices that govern how an activity is carried out. The acronym covers four dimensions: Quality, Health, Safety and Environment. Quality relates to meeting client requirements and established processes; Health refers to working conditions and employee wellbeing; Safety covers accident prevention and risk management; and Environment concerns the impact of activities on natural surroundings.
These dimensions can be mobilised simultaneously around a single operation. The choice of handling equipment, the preparation of a cargo or the organisation of a transport movement can all have consequences for team safety, service quality or working conditions.
Salématou Fofana, Deputy QHSE Director at AGL, points out that the "H" stands first and foremost for Health, not hygiene in the narrow sense. Quality, too, is not limited to documentary compliance: it also encompasses client satisfaction, deadline adherence and reputational risk management.
QHSE and Industrial Projects: Managing Risk Across the Entire Chain
In an industrial project, risk can arise from the moment equipment is being prepared during loading, handling operations, road transit or on arrival at the site. This dimension is particularly significant for heavy or oversized cargo, whose characteristics may require specific transport and handling means.
The IMO/ILO/UNECE Code of Practice for Packing of Cargo Transport Units notes that cargo safety involves loading, securing and the various parties in the chain. The route must be compatible with the cargo's characteristics and any obstacles along the way. A bridge, a bend, a power line or a deteriorated section of road can rule out a route that seemed theoretically feasible.
In port environments, the International Labour Organization also recommends taking account of infrastructure, lifting equipment, shore and shipboard operations, and dangerous goods. This multiplicity of risk points also explains why QHSE requirements can be perceived as an additional burden in project management.
QHSE in Africa: Why Local Expertise Matters
On African logistics chains, mastering QHSE also depends on the ability to adapt requirements to on-the-ground realities. A single project may combine a port transit, a long road journey, border crossings and arrival at a remote sitewith infrastructure, traffic conditions and administrative procedures that vary from one point to the next. For the teams in charge of the operation, these differences must be factored in from the preparation phase so that prevention measures match the conditions actually encountered.
The Douala–Bangui corridor illustrates this. Over 1,400 km long, it crosses two countries, has 38 checkpoints in Cameroon 17 of which involve informal payments and transit times of 9 to 12 days under normal conditions. It also handles more than 80% of the Central African Republic's foreign trade, according to the World Bank.
On industrial projects, the nature of heavy or oversized cargoes can further compound these constraints, as the EACOP pipeline project linking Uganda and Tanzania demonstrates.
These on-the-ground constraints also explain why QHSE can initially be perceived as an additional burden yet they show that it is there above all to secure execution and prevent the project from being weakened by a poorly anticipated risk.
Why Is QHSE Still Perceived as a Constraint?
If QHSE is still perceived as a constraint, it is partly because it consumes time, human resources and means that do not immediately produce a visible result in the operation. For teams, these requirements can translate into extra steps in project preparation and execution, even as cost, deadline and continuity objectives remain unchanged. This perception can be amplified when multiple companies are involved in a single operation.
The paradox lies in the fact that the intended result of QHSE is often the absence of an event: an accident that doesn't happen, damage that is avoided, a disruption that never occurs. The cost of prevention is immediately identifiable, while the associated benefit remains, by definition, less visible.
In project logistics, however, this preparation can prevent major blockages. A road survey carried out upstream can reveal, for example, that an oversized cargo will not pass under a bridge or along a given stretch of road. The time spent on risk analysis then becomes time saved in execution, since it identifies an alternative route before departure.
"If you take the time to analyse risks upstream, you anticipate and you save time", summarises Salématou Fofana.
When the QHSE Constraint Becomes an Operational Advantage
It is when one measures the consequences of a poorly controlled operation that the cost of QHSE shifts perspective. An accident can immobilise equipment, disrupt a schedule and generate costs far exceeding the resources devoted to prevention. The International Labour Organization estimated in 2024 that workplace accidents and occupational diseases represent an annual loss equivalent to around 4% of global GDP.
Prevention also contributes to supply chain continuity. Monitoring controls and deviations allows intervention before a difficulty becomes an incident, while better risk management can help limit claims and associated costs. In industrial projects, where meeting deadlines is a contractual issue, this control capacity can also matter in the relationship with clients.
QHSE Standards: What Requirements Apply to Industrial Operations?
To translate these principles into verifiable practices, companies can draw on various frameworks. In its new edition published in September 2026, ISO 9001 structures quality management around process control, client expectations and continuous improvement. ISO 14001 covers environmental management, while ISO 45001 addresses occupational health and safety, notably through hazard identification and risk assessment.
These standards can be supplemented by systems more directly linked to industrial environments. MASE, for instance, is an HSE management system that places significant emphasis on risk analysis, competencies and the adaptation of prevention measures to real field situations.
In port and maritime activities, further requirements apply. The ISPS Code, incorporated into the SOLAS Convention, covers the security of ships and port facilities, while the IMDG Code sets the rules for dangerous goods transported by sea from classification and packaging to documentation and handling. Its 2024 edition, amendment 42-24, has been mandatory since 1 January 2026.
These frameworks address different issues and can be combined according to the nature of the operation and the risks it presents.
Digitalisation and Environment: QHSE's New Scope
The transformation of QHSE also involves the way companies collect and use information. Incidents, inspections and performance indicators can now be centralised in digital tools, facilitating monitoring and analysis. The ILO noted in 2025 the development of intelligent surveillance systems, sensors and connected devices capable of detecting certain risks in real time.
In maritime transport, the International Maritime Organization (IMO) approved a digitalisation strategy in March 2026, emphasising in particular the interoperability of systems and data sharing and governance. Digitalisation is thus becoming a coordination and management tool, beyond mere document management.
The environmental dimension is meanwhile gaining an increasingly prominent place. Fuel consumption tracking, transport-related emissions, waste management and route optimisation provide indicators for measuring an activity's footprint and identifying room for improvement. Industrial clients may also integrate these criteria into their own purchasing and supply chain policies, thereby broadening the expectations placed on service providers.
Conclusion
In industrial projects, QHSE is therefore no longer just a series of checks added onto operations. It plays a direct role in the ability to design, secure and sustain them over time. This is the logic within which an integrated logistics operator can play a decisive role, bringing together under a single management structure expertise that comes into play at different stages of a project.
At AGL, this approach covers preliminary studies, the design of transport and lifting solutions, route surveys, the obtaining of special permits and the execution of operations. For heavy and oversized loads, the company deploys modular trailers, SPMTs and cranes capable of handling up to 500 tonnes. Its offering also includes international freight, multimodal transport, customs clearance and final delivery, with control towers and digital tools for flow tracking and traceability.