Public Health Institute of Georgia (PHIG)ContactAbout GILS
EN
Home / About GILS
Research
Chemical hazards at work
labour.edu.ge · Independent Labour Research
Occupational Safety & Health · Hazards

Chemical hazards at work

Dusts, fumes, solvents, pesticides, carcinogens and asbestos — the exposures behind most work-related disease, and Georgia's regulatory position.

Last updated: 3 October 2026

FrameworkDataHazardsSectorsPeopleHealth workersHub

Overview

Chemical and particulate exposures at work cause most work-related disease. In the WHO/ILO Joint Estimates, occupational exposure to particulate matter, gases and fumes was responsible for 450,000 deaths in 2016, chiefly from chronic obstructive pulmonary disease, and occupational carcinogens and asthmagens are among the 19 quantified risk factors (WHO and ILO, 2021). In the EU, work-related cancers alone cost an estimated €119.5 billion a year (EU-OSHA). Georgia records no occupational disease, so chemical harm at work is invisible in national data.

Key figures

450,000

Deaths in 2016 worldwide from occupational exposure to particulate matter, gases and fumes

WHO and ILO (2021)

€119.5 billion

Annual cost of work-related cancers in the EU

EU-OSHA

No. 170

ILO Chemicals Convention, 1990 — not ratified by Georgia

ILO NORMLEX

None published

Georgian data on occupational chemical exposure or disease

GILS

Main exposures by sector in Georgia

SectorTypical agentsHealth effects
Mining and quarrying (Chiatura manganese, Tkibuli coal)Manganese dust, coal and silica dust, diesel exhaustPneumoconiosis, silicosis, neurological effects of manganese, lung cancer
ConstructionSilica (cutting, demolition), cement, solvents, asbestos in older buildingsSilicosis, dermatitis, asbestos-related cancers
Manufacturing (metals, chemicals, Rustavi and Zestaponi)Metal fumes, acids, solventsRespiratory disease, cancers, poisoning
AgriculturePesticides, fertilisersAcute poisoning, chronic neurological and endocrine effects
Health careDisinfectants, cytotoxic drugs, anaesthetic gasesAsthma, dermatitis, reproductive effects

Sector agents are the standard exposures described in the ILO Encyclopaedia and the International Chemical Safety Cards; GILS found no Georgian measurements of exposure.

Standards

InstrumentContentGeorgia
ILO Convention No. 170 (1990)Classification, labelling, safety data sheets, exposure controlNot ratified
ILO Convention No. 162 (1986)Safety in the use of asbestosNot ratified
ILO Convention No. 139 (1974)Occupational cancerNot ratified
ILO–WHO International Chemical Safety CardsHazard and safety information for individual chemicals, in many languagesReference resource
EU Chemical Agents Directive 98/24/EC and Carcinogens, Mutagens and Reprotoxic Substances Directive 2004/37/ECRisk assessment, exposure limits, substitution, health surveillanceListed for approximation under the Association Agreement; not among the five directives transposed in 2022–2023
UN Globally Harmonized System (GHS) and EU CLP RegulationClassification and labelling of chemicalsGeorgia's adoption status not confirmed in published sources

Public health perspective (WHO)

WHO addresses chemical safety at work through the International Programme on Chemical Safety, the Chemical Safety Cards developed with the ILO, and its work on elimination of asbestos-related diseases; it includes occupational carcinogens, asthmagens and particulates in the Joint Estimates. For WHO, exposure control at work is part of chemical safety across the whole population, and occupational cancers and respiratory disease are counted in national cancer and non-communicable disease surveillance when they are diagnosed, which requires occupational medicine capacity Georgia lacks. Workers' health: the public health perspective.

Data gaps

  • No national register of occupational disease; no exposure measurements published; no list of substances with occupational exposure limits found in published sources.
  • Asbestos: Georgia's legal status on chrysotile asbestos use is not confirmed in published sources; the EU has banned all asbestos since 2005.
  • The GILS 2027 health-worker survey will include questions on handling of disinfectants and cytotoxic drugs.

Sources

  • WHO and ILO (2021). Almost 2 million people die from work-related causes each year. www.who.int
  • EU-OSHA (2018). Costs of work-related accidents and illnesses. osha.europa.eu
  • ILO–WHO International Chemical Safety Cards. www.ilo.org
  • ILO. Safety and health at work — risk-specific instruments. www.ilo.org
  • ETF–Eurofound (2024). Working life in Georgia. www.etf.europa.eu

Figures are from the GILS Evidence Register and the official sources shown. GILS is independent of government, trade unions, employers' organisations and the ILO.

GILS analyses on this topic

Operated by the Public Health Institute of Georgia (PHIG) · non-profit, ID 404407815 · 3 Betlemi Rise, Tbilisi 0105, Georgia · info@accreditation.ge · Policy Framework · Legal notice · Privacy · Accessibility · Part of the PHIG network