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Maritime and Marine Offshore Safety

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Maritime and Marine Offshore Safety - Keeping you safe onboard

SOLAS, IMO MSC.581(110), MED, ISGOTT, STCW – the regulatory landscape for maritime safety is more demanding than ever. Whether you operate tankers, bulk carriers, container ships, cruise liners, or offshore support vessels – flag state audits and Port State Control inspections leave no room for gaps in equipment, documentation, or crew competence.

Dräger goes beyond compliance—delivering integrated solutions across gas detection, respiratory protection, fire safety, training, and service. Each is designed for your vessel type and audit readiness, and backed by ongoing expert support to protect your crew and maximise operational uptime.

⇛ See our Marine Safety Solutions

Contact our safety experts to find the right solution for your fleet and operations.

IMO Revises Guidelines for Entering Enclosed Spaces on Board Ships

In 2016, SOLAS regulation requires ships to carry portable atmosphere testing equipment, capable of measuring concentrations of oxygen, flammable gases or vapours, hydrogen sulphide and carbon monoxide, prior to entering enclosed spaces.1

Alarming Accident Figures:
The situation remains critical: According to InterManager's analysis2, the number of casualties in enclosed space accidents nearly doubled – from 18 in 2022 to 34 in 2023. Particularly alarming: 66% of casualties were members of ship leadership, including masters and chief engineers.

References: 1 Enclosed space ship safety rule enters into force (imo.org
2 Accidents on ships under scrutiny as InterManager submits statistics to IMO - InterManager

MSC 581 110 CO₂ Monitoring Shipping

New Regulation MSC.581(110):

In June 2024, the IMO adopted Resolution MSC.581(110), replacing Resolution A.1050(27). The new requirements took effect on December 3, 2025: oxygen levels must be at least 20.9%, CO₂ below 0.5% (5,000 ppm) – and every person entering an enclosed space must carry a calibrated personal gas detector.

Learn how to implement MSC.581(110) with Dräger solutions:

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Maritime & Coastguard Agency - Enclosed spaces: Guidance for merchant vessel operators

Entry into enclosed spaces on board ships is sometimes necessary but dangerous work activity. This guidance provides information and advice on how to identify an enclosed space, the risks of entry and how to reduce the risk to life.

Reference: Enclosed spaces on sea going vessels by GOV.uk

Human Factors at Sea: Drug & Alcohol Regulations for Ships

Fatigue, impaired judgment, slowed reaction times – alcohol and drug use on board remain a significant safety risk in maritime operations. International regulations set clear limits, but enforcement starts with the operator.

IMO & Industry Standards

Shipping companies base their drug and alcohol policies on guidelines from the International Chamber of Shipping (ICS) and the Oil Companies International Marine Forum (OCIMF). The IMO recommends a maximum blood alcohol concentration (BAC) of 0.08% during watchkeeping duties as a minimum standard. In practice, limits vary: some companies allow up to 0.04% BAC during off-duty hours, while a growing number enforce a strict 0% policy – banning possession and consumption of alcohol on board entirely.¹

STCW: Mandatory BAC Limits

Under the Standards of Training, Certification and Watchkeeping for Seafarers (STCW), mandatory limits for alcohol consumption apply: a BAC of no more than 0.05% or 0.25 mg/l alcohol in the breath. Individual flag states may choose to apply stricter limits.²

The objective across all frameworks is the same: prevent accidents and protect ships, cargo, and crew.

References:

¹ marineinsight.com – Drug & Alcohol Policy of Ships

² professionalmariner.com – STCW Rest Hour & Alcohol Rules

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Alcohol ban at sea

Maritime accident: the cargo vessel Lysblink Seaways ran aground when the officer on watch become inattentive due to the effects of alcohol consumption. A growing number of ships thus have an absolute zero alcohol limit. Captains are required to carry out random testing to check if somebody is under the influence of alcohol. How can be this be done?

Other related articles

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How do you ensure all cargo containers are safe for logistic worker to open?

What are the mix of gases that can build up inside the container during shipping?

As a ship operator, ensuring the safety of logistics workers when opening cargo containers, can be challenging.

The 2020 Dräger Review article presents a case study from Deichmann’s logistics center, where the Dräger X-pid 9500 is used for VOC and hazardous gas measurement in freight containers.

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Firefighting fireboat in action - the new fireboat which can operate in a toxic atmosphere

Do you know what is the operational role of fire boat in hazardous atmosphere out in the sea? 

How do they detect air pollutants to protect the crew and what are the essential lifesaving equipment they require for water related rescue missions?

The 2020 Dräger Review article profiles the innovative Hamburg fireboat "Branddirektor Westphal" and highlights its advanced firefighting and respiratory protection technologies.

Get in touch to download article

Meeting your needs: our solution for Marine safety

Whatever vessel type you operate – Dräger provides the complete safety portfolio required on board, backed by service, maintenance, and training. One partner, one contact point – from gas detection to respiratory protection.

What you get with Dräger:

  • Safety equipment approved for maritime use – compliant with SOLAS, MED, and flag state requirements.
  • Service, repairs, and maintenance by trained Dräger engineers – on schedule and fully documented.
  • Rental pool for all safety-relevant equipment, from portable gas detectors to personal protective equipment.
  • Maritime online safety training for your crew – from gas detection handling to enclosed space entry procedures, delivered by Dräger Academy.


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We offer a complete portfolio of respiratory protection, gas detection and breath alcohol tests, together with Dräger Service that provides qualified service and maintenance support.

Marine safety equipment

Your safety equipment must withstand scrutiny - during Port State Control inspections, flag State audits, and classification society surveys. Dräger products meet international maritime standards including SOLAS, the Marine Equipment Directive (MED), ISM Code requirements, and ISGOTT guidelines for tanker operations. 
Our equipment is approved by DNV which are accepted by the International association classification Society (IACS). With proper calibration certificates, maintenance documentation, and training records, you stay inspection-ready at all times.

Dräger Tubes and Gas Detection Pump

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Dräger Short-term Tubes

Dräger gas detection tubes detect over 500 different gases

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Dräger X-act 7000

Gas analysis system for selective detection of carcinogenic and toxic substances in ppb range

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Dräger Aerotest Simultan HP

Detects potential pollutants like CO, CO2, water vapor, and oil in breathing gas

Portable Single & Multi-Gas Detector

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Dräger X-am 5000

Robust multi-gas detection for up to 5 gases including CO2

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Dräger X-am 5600

1-to-6 gas detector with CO2 infrared sensor technology

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Dräger X-am 8000

Confined space specialist; 1- to 7-gas with integrated pump

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Dräger X-am Pump

For X-am 5000/5600, pre-entry measurements up to 45 meters

Draeger pac-8000 CO2 gas-detector

Dräger Pac 8000

Robust single-gas detector for 29 different gases including CO2, NO2, O3, or COCl2

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Dräger Pac 6500

Reliable single-gas detector for CO, H2S, SO2 or O2

Gas Detection Software

Gas Detection Software

CC‑Vision or GDC (cloud) — for device management & monitoring.

Compressed Air Breathing Apparatus

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Dräger HPS SafeGuard

Extremely lightweight universal helmet for fire and rescue services

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Dräger PSS 3000

Self-contained breathing apparatus for basic applications in Industry and Fire Services

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Dräger FPS 7000

Comfortable full face mask with different front port options

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Dräger FPS-COM 5000

Integrated communication unit for full face masks

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Dräger UCF FireCore

Hands-free thermal imaging camera providing continuous vision of the immediate surroundings

Fixed Gas Detection System

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Flame & Gas Mapping

An advanced tool for accurate risk coverage analysis, optimising detection and installation costs.

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Dräger Flame 1500 (IR3)

A triple infrared sensor for hydrocarbon fire detection

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Dräger Polytron 8100 EC

Explosion-proof transmitter monitors toxic gases or oxygen

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Dräger Polytron 8200 CAT

Advanced explosion-proof transmitter for flammable gases

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Dräger Polytron 8700 IR

Explosion-proof transmitter for combustible gases

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Dräger PIR 7000

Continuous monitoring of flammable gases and vapours

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Dräger Polytron 8900 UGLD

Ultrasonic leak detection an early warning monitor for high-pressure gas leaks

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Dräger REGARD 7000

Control and analysis system to monitor various gases and vapours

We support you in these applications

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LNG fueled ships

LNG poses no immediate danger as long as it remains contained within storage tanks, piping, and equipment designed for cryogenic conditions. However, LNG has a wider flammability range and a higher auto-ignition temperature than conventional liquid fuels. Gas detectors must be placed in any area where LNG is being transferred or stored.

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Oil Tankers

Safety on board oil tankers has the highest priority – given the hazard potential and the high value of both vessel and cargo. Dräger supports you with gas detection, respiratory protection, and chemical protection suits, helping you comply with SOLAS requirements and the International Safety Guide for Oil Tankers and Terminals (ISGOTT).

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Confined space monitoring in Submarines

Modern submarines can stay submerged for weeks without air exchange with the atmosphere. The air inside must be continuously controlled to remain breathable, healthy, and free of odour. Trace gases must not accumulate or spread throughout the vessel. Dräger offers cost-effective, explosion-proof transmitters for the detection of toxic gases.

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Fixed Gas Detection for Shipping

Fixed gas detection systems are primarily used on dangerous goods carriers, chemical tankers, and loading terminals – wherever safety depends on monitoring hazardous goods of IMDG Code class 2 (gases), class 2.1 (flammable gases), and class 3 (flammable liquids).¹

¹ The International Maritime Code for Dangerous Goods covers nine classes of dangerous goods.

Methanol - Green Fuel for Shipping Industry

As methanol use grows, particularly to decarbonise the shipping industry, it's crucial to manage its significant safety risks effectively. Learn more about methanol hazards and how our plant and personal safety solutions help to mitigate these risks.

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More solutions and services

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Alcohol and drug testing

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Personal Protection Equipment (PPE)

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Safety Services

Get in touch with Dräger

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Draeger Singapore Pte Ltd

61 Science Park Road
The Galen #04-01
Singapore 117525

Draeger Malaysia Sdn. Bhd.

No. 6, Jalan 15/22, Taman Perindustrian Tiong Nam, Seksyen 15, 40200 Shah Alam,
Selangor Darul Ehsan, Malaysia

Draeger Philippines Corporation

2504-C West Tower, Tektite Towers, Exchange Road, Ortigas Center,
Pasig City 1605 Metro Manila, Philippines

Not all products, features, or services are for sale in all countries. Please contact your local Dräger representative for more information.