Risk Assessment for Plant and Equipment Template
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This Plant and Equipment Risk Assessment is freely available to help streamline your safety management plan. This document includes all the essential elements needed for a compliant risk assessment form that effectively controls workplace hazards. With easy-to-fill fields, forms are easily made to help with timely provision of the necessary safety control to ensure that every activity in the plant is safe.
Need to evaluate if control measures are enough? This risk assessment form features a residual risk column to show how effective a provided control measure is. The residual risk column helps provide a sense of security for personnel and eases the auditing process for auditors, fostering a safe and compliant workplace.
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What is Risk Assessment for Plant and Equipment?
A Plant Equipment Risk Assessment template enables companies to identify and document plant hazards and establish safe work methods. It is a required document crucial for aiding in identifying workplace plant and equipment risks, allowing safety officers and workers to develop controls to be implemented to avoid injuries or damage. It also lowers plant and equipment hazards, ensuring safe operation.
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Staying with the old trend by employing paper-based forms to conduct risk assessments is now an inconvenient method. Creating and completing the form requires a significant amount of time, which compromises the immediate provision of necessary safety control measures.
Using modern trends, such as the provided free Risk Assessment for Plant and Equipment example, streamlines the whole process of identifying and assessing hazards and providing control measures. To fully understand how the form works, visit the example below and download the template for free.
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Applicable Standards and Policies for Risk Assessment for Plant and Equipment
Plant and Equipment Risk Assessments are conducted to ensure safety measures are implemented to effectively manage hazards. This process is also required by regulatory bodies around the world. Companies committing to conduct Risk Assessments for Plant and Equipment will not only effectively protect their employees and assets from harm and damage but also comply with regulatory standards. When conducting Plant and Equipment Risk Assessments, companies automatically comply with the following standards:
USA
- OSH Act of 1970 (General Duty Clause): The mandate requires employers to provide a safe and healthy environment for the employees.
- 29 CFR 1910 (General Industry Standards): This provision has standards with regard to proper machine guarding, safe machine and equipment operation and maintenance, and general safety measures for plant and equipment.
Canada
- Canada Labour Code Part II: This legislation establishes a primary duty of employers to safeguard employees from hazards found in operating and maintaining plant equipment and machinery.
Australia
- Work Health and Safety (WHS) Act: A standard that provides the definition of duties to health and safety, which includes risk management on plant and equipment operations and maintenance.
New Zealand
- Health and Safety Work Act 2015: This provision has requirements regarding reducing plant and equipment machinery-related hazards.
UK
- Health and Safety at Work, etc. Act 1974: This standard establishes duties and responsibilities for maintaining a safe workplace.
- Provision and Use of Work Equipment Regulations (PUWER) 1998: This provision requires that all equipment be used for the correct task, be safe, be properly maintained, and be operated by trained personnel.
Ireland
- Safety, Health, and Welfare at Work Act 2005: This is a mandate that requires employers to effectively manage workplace hazards and risks.
- Safety, Health, and Welfare at Work Act 2007 (General Application): This standard provides regulations on the safe use, maintenance, and inspection of plant equipment and machinery.
Staff Members and Parties that use Risk Assessment for Plant and Equipment
The risk assessment for plant and equipment would be much more efficient if the people involved in the activity took part in the process. Each procedure of the activity would be thoroughly sorted out for hazards and provided with safety control measures, leaving no room for safety and health risks. Ideally, here are the following personnel that are vitally needed for the risk assessment process:
- Maintenance Crew: These personnel are responsible for the health of the equipment or machinery. They schedule the machinery for inspections, repairs, or overhauls. However, such activities include hazards that could potentially harm the employees. To fully identify hazards found in maintenance activities, the maintenance crew should be involved in the risk assessment process. They have full knowledge of the equipment or machinery, so identifying the parts that could potentially harm them would be effortless.
- Operators: These are the personnel who drive, operate, or manage the equipment or machinery. It is their responsibility to ensure that the machinery is operating based on their allowed parameters and limits and adjust it safely based on data-driven decisions. Integrating proper administrative control measures, such as conducting a risk assessment, is essential to establish these steps. Involving the operators in the risk assessment session would help streamline the process of identifying which procedures need to have safety control measures.
- Field managers and supervisors: Field managers and supervisors are the leaders in the field. They oversee and manage the teams conducting operation and maintenance activities on plant machinery and equipment. As leaders, it is their primary priority to ensure all conducted activities—from start to finish—are free from hazards. To achieve one hundred percent safety, they must spearhead the risk assessment session and gather all involved personnel to contribute to identifying, evaluating, and providing controls for hazards.
- Safety Officers: Their primary responsibility is to properly implement safe work standards at the workplace. They establish the criteria for what is safe and what is not. They evaluate the control procedures for tasks involving high-risk plant machinery and equipment. Safety officers would most likely need the risk assessment to conduct their evaluations and establish the present measures in place. These evaluations are critical since they determine how successful the controls are.
Business Risks Reduced by Risk Assessment for Plant and Equipment
The Risk Assessment for Plant and Equipment shields employees and company assets alike from harm and damage. However, this form also protects the company itself from business risks that could potentially impact its financial standing and reputation. Knowing this, we could say that conducting Risk Assessments for Plant and Equipment not only protects employees and assets but also protects the company as a whole. These are the following business risks that could be prevented when Plant and Equipment Risk Assessments are conducted regularly:
- Higher chance of workplace injuries, which would increase Loss Time Injury Rate (LTI).
- Financial instability due to medical costs and non-compliance costs
- Disrupted operations leading to production losses and missed targets
- Damaged reputation
- Damaged relationships between employee, employer, and stakeholders.
- Loss of certifications and accreditations.
Business Opportunities Created by Risk Assessment for Plant and Equipment
Regularly conducting a Plant and Equipment Risk Assessment can provide benefits for the company. It not only shields employees and assets but also enhances the overall status of the company. Companies that regularly do risk assessments tend to do better because they have fewer accidents and less equipment downtime than those that don’t have a proactive approach to mitigate hazards. Furthermore, it creates the following business opportunities for the company:
- Competitive advantage on biddings
- Better cost savings
- Long equipment and machinery life
- Better insurance terms
- Better gains and output
Risk Assessment for Plant and Equipment: Operator Competency
Being involved in the risk assessment process requires standard competency, especially for operators. Here are the qualifications needed for an operator:
- Certification for current plant and equipment trainings.
- Verified exposure and experience and competency to operate machinery and equipment
- Understands safety measures and emergency protocols
- Is physically fit and of sound mind.
Plant and Equipment Risk Assessment Example
Modern plants now have various machines to streamline their production process. However, these machines often carry with them hazards that could potentially put the health and lives of workers at risk. To effectively eliminate these hazards, companies need to employ a risk assessment. Below is a procedural approach to an example of a risk assessment for machinery plants.
Form a risk assessment team
This should include supervisors and workers who work with the process under assessment. Ensure that the team knows the sources of information well. It would be advisable to consult a health and safety committee or representative.
Review all activities with the machinery
Assess all activities and review all steps to pick out all the possible hazards that could potentially put personnel at risk, especially with machines that are tagged as critically dangerous.
Score the hazards
This phase is the most crucial part of the risk assessment. The management needs to determine the probability of the hazard and the severity of the potential impact it might incur. This information will help you figure out the appropriate controls to eliminate the hazard or mitigate its effects.
Provide assurance
After providing the control measures, assess the impact and severity of the hazard again. This is to build a sense of security for employees who are working with the machinery.
Communicate findings
Share the findings of the risk assessment for plant and machinery with workers, supervisors, and anyone involved in the task or process. Workers must be aware of all occupational hazards and protective measures. Maintain appropriate records. Documenting the risk assessment process, assessments, and conclusions is possible.
How to Create a Risk Assessment for Plant and Equipment?
Risk assessments for plant and equipment require a form that helps streamlines the identification, evaluation, and provision of safety controls of hazards. To achieve that, here is a step-by-step procedure for creating a Plant and Equipment Risk Assessment form:
Prerequisites before creating a Risk Assessment for Plant and Equipment
These are the essential items needed to ensure the risk assessment process will proceed smoothly and efficiently:
- Current equipment or machinery specifications
- Equipment or machinery inspection records
- Operator certification and training history
- Latest event reports and near-miss documentation
- Relevant safety standards and regulatory requirements
- Maintenance schedules and records
Structuring the Risk Assessment. for Plant and Equipment
A complete Plant and Equipment Risk Assessment requires the following sections to ensure that proper measures are implemented and that compliance with regulations is achieved:
- Information section
- Task Hazard Analysis section
- Risk Assessment section
- Review Section
- Signatories section
Task hazard analysis for Plant and Equipment Risk Assessment:
This section must contain the following fields:
- Procedures of the activity
- Sub-procedures for each procedure of the activity
- Identified hazards
Risk assessment section for plant and equipment
The following are the needed fields for this section:
- Identified hazards
- Likelihood of hazards
- Consequence of hazards
- Risk Score
- Control Measures
- Likelihood of hazards after implementation of control measures
- Consequence of hazards after implementation of control measures
- Responsible Person
Review and monitoring for Plant and Equipment Risk Assessment
These are the necessary steps to ensure the risk assessment is approved and control measures are implemented and monitored:
- Provide the frequency of the review
- Provide the monitoring method
- Add the necessary signatories
Frequently asked questions
How to create Plant and Equipment Risk Assessment Process in an App or Software System
Digital Plant and Equipment Risk Assessment forms replace traditional paper-based templates with dynamic, collaborative processes that increase accuracy and follow-through. Dashpivot’s platform offers real-time data capture, automatic risk calculations, and integrated corrective action tracking, ensuring that detected hazards are addressed promptly. The system’s mobile features enable inspections to be done immediately at equipment sites, with rapid photo recording, while cloud-based storage ensures that vital safety information is available to all relevant workers, independent of physical location. This digital solution also enables trend analysis across numerous machines and facilities, assisting firms in identifying systemic safety issues and implementing enterprise-wide enhancements to their machine guarding programs.
30 minutes
Easy difficulty
How to create a Risk Assessment for Plant and Equipment?
The risk assessment method could be enhanced by using an app that uses digital forms rather than paper-based ones by
- Reducing the amount of manual data entry
- All produced forms are stored in a single access cloud.
- It is easier to reformat the form with updated standards or new protocols.
- Integration of formulas is easier.
- Notifications and workflows can be scheduled and automated.
- Improved template appearance and design
Drafting the information section
These are the fields necessary for a complete information section:
- Date of assessment
- Plant or equipment name
- Make or model of equipment and machinery
- Serial ID
- Location of use
- Department or work area
- The location and department of the work can be selection lists. Each selection item can be integrated with hues to make the forms more professional and aesthetic.
Drafting the task hazard analysis section
This section should help users easily identify hazards. To achieve that, here are the steps to making it:
- Create a 4-column table that users can indefinitely add rows.
- The first column should automatically number each row every time a procedure is added.
- The second column should allow users to input the procedures for the activity.
- The third column should allow users to input the subtasks for each activity.
- The last column should allow users to input the identified hazards for each procedure.
Drafting the risk assessment section
This section is the most crucial part of the form. To ensure compliance and completeness, these are the necessary steps for making this section:
- Provide a risk assessment matrix.
- Create a 9-column table that users can indefinitely add rows.
- The first column should allow users to input the hazards.
- The second column should allow users to input the likelihood score of the hazard.
- The third column should allow users to input the consequence score of the hazard.
- The fourth column should automatically calculate the risk score for the hazard. The formula used to get this score is risk score = likelihood x consequence.
- The fifth column should allow users to input the control measures for the identified hazard.
- The sixth column should allow users to score the likelihood of the hazard again after implementing the control measures.
- The seventh column should allow users to score the consequence of the hazard again after implementing the control measures.
- The 8th column should automatically calculate the risk score for the hazard after implementing the control measures. The formula used to obtain this score is risk score = likelihood x consequence.
- The last column should allow users to input who is responsible for the hazard.
- Columns where users input scores can be selection lists, where each item can be integrated with hues to make the form more professional and aesthetic.
Drafting the review and approval section
This section validates the form and reviews the control measures. Here are the steps to ensure that:
- Create a selection field for review frequency.
- Create a selection field for the monitoring method
- Each item on the selection fields can be integrated with hues to make the form more aesthetic and professional.
- Add the signatories field.
About the author
Felmar Mantalaba
Engineering Content Writer
Education:
Cebu Institute of Technology - University - Mechanical Engineering with Mechatronics
Bio:
Felmar is a mechanical engineer, whose four years of experience in the mining industry inspired him to write and share stories to progress the revolution of new technologies and create smarter, smoother ways of living.
Project Details:
Safety, Health, and Environment Management System (SHEMS) Coordination
SHEMS Coordinator at Atlas Consolidated Mining, ensuring organizational compliance with ISO 14001 and ISO 45001 standards, performing risk assessments, developing policies, and conducting audits and inspections to maintain a safe and environmentally responsible workplace.
Maintenance Management and Optimization
Senior Maintenance Manager (OIC) leading equipment maintenance and operational efficiency initiatives, reducing downtime by 10%, improving Mean Time Between Failure (MTBF) and Mean Time To Repair (MTTR) for major equipment, and managing maintenance schedules, manpower, and materials, while overseeing capital project optimization.
Inspection Engineering and Equipment Reliability
Inspection Engineer responsible for technical blueprint interpretation, vendor collaboration, preventive maintenance scheduling, and data collection for vibration and temperature readings, delivering actionable recommendations and comprehensive reports to improve equipment reliability and operational performance.
End-to-End Operational Oversight in Mining Engineering
Contributed to multiple facets of operational management, including SHEMS compliance, maintenance optimization, inspections, and capital project evaluation, integrating safety, reliability, and efficiency improvements across all stages of copper production operations.
Version History:
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