Recurring Hazards, Recurring Fines: What UK Enforcement Cases Reveal About Ghanaian Sites

In the space of ten days in September 2026, the UK’s Health and Safety Executive announced three prosecutions that read like a hazard register: a food manufacturer fined £594,000 after two workers were scalded while maintaining steam pipework, a construction company fined £300,000 after a young labourer fell through an unprotected stairwell opening and suffered serious spinal injuries, and two companies sentenced after a 130 kg window fell from a 26th-floor penthouse and killed a coach driver on his break in the street below. The details differ, but the underlying hazards are strikingly consistent — and strikingly familiar to anyone who has walked a Ghanaian construction site, food processing plant or agribusiness facility.

Ghana does not have the same enforcement intensity or the same fine scale as the UK. The Factories, Offices and Shops Act, 1970 (Act 328) predates modern risk-based regulation, the Labour Act, 2003 (Act 651) sets only general safe-workplace duties on employers, and inspection capacity at the Department of Factories Inspectorate is limited relative to the number of premises it covers. That gap in enforcement pressure is sometimes read, wrongly, as a gap in risk. The hazards themselves — unprotected openings, unsecured facade elements, unguarded processes, misunderstood PPE — do not become less dangerous because the regulator is less visible. They simply go unaddressed for longer, until an incident forces the issue through a claim under the Workmen’s Compensation Law, 1987 (PNDCL 187), an insurance dispute, or a fatality investigation that no employer wants to be the subject of.

This post looks at five hazard categories behind recent enforcement cases and what practical control looks like on a Ghanaian site.

Falls Through Unprotected Openings

Stairwell openings, lift shafts, floor voids and roof hatches are among the most consistent causes of serious and fatal falls on construction and industrial sites. The pattern in enforcement cases is almost always the same: an opening created during construction or maintenance is left uncovered or under-barriered “temporarily,” and someone steps into it during a shift change, a material delivery, or a moment of distraction.

On Ghanaian sites, this risk is amplified by two local realities. First, multi-contractor working is the norm — a mechanical subcontractor may remove a floor cover to run ducting and not be the same crew responsible for replacing it. Second, housekeeping standards on many sites treat barriers and covers as inconvenient rather than essential, so they are removed for access and not reinstated.

Practical control is straightforward but requires discipline: every floor opening should have either a physical cover rated for the loads likely to cross it, or a guardrail system with toe boards, and both should be inspected at each shift handover, not just at project milestones. Where multiple contractors work concurrently, the principal contractor’s site rules should make opening protection a named, individually accountable responsibility — not a general safety statement that nobody owns.

Falling Objects and Facade Risk

Accra’s high-rise pipeline — residential towers, mixed-use developments, hotel refurbishments — has introduced a hazard that Ghanaian risk registers have historically underweighted: objects falling from height onto people below, whether pedestrians, tenants or workers. UK cases involving window components and facade elements falling from occupied buildings are a reminder that this risk does not end when construction finishes; it continues through the building’s operational life, particularly where curtain wall systems, signage, or window units are not maintained to the original design specification.

For building owners and facilities managers, the control point is a maintained facade and glazing inspection regime, not a one-off snag list at handover. Fixings, seals and mounting brackets degrade with Ghana’s humidity and temperature cycling faster than in temperate climates, and retrofit signage or air-conditioning units added after occupation are a common source of inadequately engineered loads on external walls. Public-facing frontages — retail branches, hotels, hospitals — carry additional exposure because the population at risk includes visitors who have no relationship with the building owner and no reason to expect danger.

Scalding, Machine Guarding and Process Safety

Food and beverage processing, textile finishing, and agribusiness operations across Ghana rely on hot liquids, steam, and mechanical processing equipment. The hazard categories behind scalding and entanglement incidents — inadequate guarding, bypassed interlocks, and insufficient operator training on shutdown procedures — are process safety basics, but they are the basics that erode fastest under production pressure.

A guard that is removed for cleaning and not reinstated before the next shift starts is one of the most common precursors to a serious injury. Isolation procedures that exist on paper but are not followed under time pressure are another. For Ghanaian manufacturers, the practical fix is a permit-to-work discipline for any task that requires guard removal or bypassing an interlock, combined with a lock-out/tag-out standard that is actually enforced at supervisor level, not just documented in a policy binder. Where legacy equipment predates modern guarding standards, a phased retrofit plan — prioritised by injury severity potential, not cost — should sit on the same risk register as your fire and security controls.

PPE Myths That Undermine Real Protection

A significant proportion of PPE-related injuries occur not because PPE was absent, but because it was the wrong PPE for the task, worn incorrectly, or trusted to compensate for a hazard that should have been engineered out first. Common misconceptions worth correcting on Ghanaian sites include the belief that any glove protects against any chemical, that a dust mask is adequate for airborne particulates that require a proper respirator fit-test, and that PPE issued once at induction remains fit for purpose indefinitely regardless of wear or task change.

PPE sits at the bottom of the hierarchy of controls for a reason — it is the last line of defence, not the first. Effective PPE programmes in Ghana pair task-specific selection with proper fit and condition checks, and treat PPE non-compliance as a supervisory failure to investigate, not just a worker infraction to record.

Hazard Communication as a Protective Record

Prosecutions like these routinely turn on documentation: what the employer knew, what it communicated to workers, and what it could prove. Hazard communication — safety data sheets, signage, toolbox talks, risk assessments shared with the people actually exposed — is not paperwork for its own sake. It is the evidence base that determines whether an incident is treated as an unavoidable accident or a foreseeable failure.

A Practical Checklist

• Audit floor and roof openings across all active work areas; confirm covers and guardrails are inspected at shift handover, not just project milestones
• Commission a facade and glazing condition survey for any multi-storey building, particularly where signage or plant has been retrofitted
• Review permit-to-work and lock-out/tag-out compliance on any equipment requiring guard removal for cleaning or maintenance
• Spot-check PPE selection against the actual task and hazard, not just departmental default kit
• Confirm hazard communication records — SDS, toolbox talks, risk assessments — are current, signed, and accessible to the workers they concern

None of these controls are exotic. What they require is consistent verification rather than one-off implementation — the same discipline that separates a documented safety programme from one that only exists until the first busy week. A baseline assessment is the most reliable way to find out which of these gaps already exist on your site before an incident, a claim, or an inspector does it for you.