Environmental Management and Health & Safety in Printing
This paper examines environmental management and health and safety practices within a UK printing company, drawing on guidance from the Health and Safety Executive (HSE). It identifies key workplace hazards — including poor ventilation, fume exposure, faulty machinery, and fire risk — and outlines a hierarchy of control measures ranging from elimination and substitution to engineering controls and personal protective equipment. The paper also discusses the business case for improving safety standards, including reduced absenteeism, lower insurance costs, and increased productivity. Management frameworks such as OSH standards, risk management systems, and ISO 14001:2004 environmental management systems are evaluated as tools for creating a safer, more efficient workplace.
- Introduction: Identifies key health and safety hazards in printing factory
- Benefits of Creating a Health and Safety Controlled Workplace: Links safety improvements to financial and operational gains
- Hazard and Risk Control: Applies control hierarchy to specific workplace hazards
- Management Systems for Monitoring and Controlling Work Environment: Evaluates OSH, risk management, and ISO 14001 frameworks
- Total Loss Control and Cost-Benefit Analysis: Weighs costs of safety systems against measurable benefits
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What makes this paper effective
- The paper grounds its recommendations in a concrete workplace scenario, making abstract safety frameworks immediately practical and relatable.
- It applies a recognized hierarchy of hazard controls — elimination, substitution, isolation, engineering, administrative, and PPE — systematically to specific factory conditions, demonstrating structured analytical thinking.
- The paper links safety investment to measurable business outcomes (reduced absenteeism, lower premiums, increased productivity), strengthening its argument with a cost-benefit perspective.
Key academic technique demonstrated
The paper demonstrates applied problem-solving within a regulatory framework. Rather than discussing health and safety theory in the abstract, the author maps each identified hazard to a specific control measure and links those measures to recognized standards (HSE, OSH, ISO 14001). This technique — moving from diagnosis to prescription using established frameworks — is characteristic of strong applied management writing.
Structure breakdown
The paper opens with an introduction that identifies specific hazards in the printing factory. It then builds the business case for safety improvements before systematically working through the hazard control hierarchy. A dedicated section covers management and monitoring systems, and the paper closes with a brief discussion of total loss control and cost-benefit analysis. This logical progression from problem identification to solution to evaluation is well-suited to a management report format.
Introduction
The Health and Safety Executive (HSE) in the UK identifies the major health and safety concerns in the printing industry as accidents from manual handling, trips and slips, and contact with machinery. HSE guidance indicates that health and safety in the printing workplace should address health topics such as noise, dermatitis, chemicals, and manual handling. It should also factor in safety topics including slips, falls, trips, machinery hazards, explosions, and fires.
This report identifies several health and safety concerns on the printing company's factory floor. The first is an increased risk to the health of employees and visitors from exposure to fumes from UV varnish, ink from the litho printer, and vapors from injection moulds. This risk arises from the frequent breakdown of the air conditioning and ventilation unit, causing a buildup of fumes and vapors on the factory floor and, consequently, in the office area at the front. Health concerns are further elevated by poor ventilation in the small room used to mix inks and in the main production area where solvents are used.
Safety concerns also arise from potential accidents involving machinery. The probability of an accident is high given that one of the format press machines has disabled stop buttons and guard interlocks, making it impossible for anyone to stop the machine in an emergency. Additionally, accidents can result from the poor location of a balcony overlooking the main production area, which is occupied by employees and machinery. The risk from this balcony is high because sections of the rail are removable and the balcony is used to store pallets by forklift.
The risk of fire and explosion is also high due to the buildup of fumes and vapors from both high-flashpoint and low-flashpoint solvents. This risk is compounded by the frequent breakdown of the air conditioning, limited ventilation, and lack of open windows. Finally, the company's overall safety index is low due to a high risk of accidents stemming from a semi-skilled, overworked workforce, a situation that will worsen under future expansion plans.
References
Griffith, A., & Bhutto, K. 2008, "Improving environmental performance through integrated management systems (IMS) in the UK," Management of Environmental Quality, vol. 19, no. 5, pp. 565–578.
Health and Safety in the Printing Industry. (n.d.). Health and Safety Executive. Retrieved from http://www.hse.gov.uk/printing/.
House of Commons Business and Enterprise Committee 2009, "Risk and Reward: Sustaining a Higher Value-Added Economy, 11th Report of Session 2008–09 (Volume 2)," House of Commons Business and Enterprise Committee.
Mechler, R. 2002, Natural Disaster Risk and Cost-Benefit Analysis. In Kreimer, A., M. Arnold, and A. Carlin (eds.). The Future of Disaster Risk: Building Safer Cities. Conference papers. Washington, DC: The World Bank.
Wallis, D. 2004, Jun 17, "Good health & safety practice raises company efficiency and productivity," Printweek, 21–21.
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