Concrete Pumping Risk Assessment Template
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This Concrete Pumping Risk Assessment Template is free and readily available to help manage safety risks when using concrete pumps. The form features all the necessary standards and regulatory requirements in concrete pumping to help you maintain a safe and healthy working environment and stay compliant with regulations.
Need to add newfound hazards to existing forms? This Concrete Pumping Risk Assessment can easily be edited, even after saving. The flexibility saves you a lot of time and speeds up the re-approval process. Having this versatility ultimately streamlines the process of your risk assessment, which ensures that every activity with a concrete pump is always safe and healthy.
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What is Concrete Pumping Risk Assessment?
A Concrete Pump Risk Assessment is a form used for a proactive approach to ensuring safety through a documented safety management system with a risk analysis while working with concrete pumps. It requires careful examination to identify and reduce hazards, which improves and simplifies operational processes while protecting personnel and valuable assets. This document establishes a foundation for reducing accidents during the operation and maintenance of concrete pumps.
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Compare this Concrete Pumping Risk Assessment to traditional paper-based forms created in Word and Excel. Concrete Pumping Risk Assessments created using traditional methods are rigid and often lack flexibility. Creating changes to the form takes a substantial amount of time until the new form is approved. Additionally, completing the risk assessment on paper-based forms is subject to a high level of human error, which could affect the needed effective measures.
The downloadable Concrete Pumping Risk Assessment example provides a solution to all the problems associated with using paper-based forms. It streamlines form creation and completion by using a powerful drag-and-drop form builder and allows the integration of selection lists to reduce manual data entry. To get a full view of all the advantages of the free Concrete Pumping Risk Assessment, visit and download the example below.
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Applicable Standards and Policies for Concrete Pumping Risk Assessment
Completing the Concrete Pumping Risk Assessment process is not just an ordinary company rule that employees need to abide by. It is also a legal obligation for companies to comply with. These are the different applicable standards that mandate the need for a Concrete Pumping Risk Assessment in various regions:
- United States of America—The Occupational Safety and Health Administration (OSHA) provides the required safety standards in the USA. OSHA 29 CFR 1926 Subpart Q—Concrete and Masonry Construction details the provisions and mandates for protection against hazards in the operation and use of concrete pumping systems. It also details proper piping design and describes the personnel who are qualified for the concrete pumping activity.
- Australia—In the land down under, the entity that provides safety standards is Standards Australia. A technical committee called ME-091, Concrete Placing Equipment, developed the necessary requirements for concreting activities and created the AS 2550.15:2019, which was then published by Standards Australia to establish the needed legal and safety requirements for concreting activities.
- Canada—For the great white north, the Canadian Standards Association (CSA) governs safety by issuing regulatory mandates. As per CSA-Z151, Concrete Pumps and Placing Booms, companies are required to create a safety and risk management system that effectively controls hazards in the workplace.
- United Kingdom—The primary safety regulatory body in the UK is the Health and Safety Executive. They provide the needed safety regulations and provisions for high-risk activities such as concrete pumping. The BS EN 12001, Concrete Pump Safety Standards, specifically lays out the safety requirements for concrete pumping activities.
Staff Members and Parties that use Concrete Pumping Risk Assessment
The risk assessment for concrete pumping would be significantly improved if persons involved in the activity took part in the process. All activities would be extensively evaluated for hazards and outfitted with safety measures, leaving no room for safety or health concerns. Ideally, the following people are required for the risk assessment procedure:
- Field Workers and Operators: These are the individuals who operate and construct structures using the concrete pump. It is their responsibility to accomplish daily targets and apply safety precautions. Integrating suitable safety management methods is vital to ensure the safety of all activities, particularly from structural circumstances that could risk these personnel’s lives. Involving these individuals in the risk assessment session would help to accelerate the process of deciding which building activities require safety measures.
- Field managers and supervisors are responsible for operations on the ground. They monitor and manage the building crews. As leaders, their primary role is to ensure that all operations, from beginning to end, are safe. To achieve 100% safety, they must lead the risk assessment session and gather all relevant individuals to assist in identifying, evaluating, and controlling hazards.
- Safety Officers: The safety officer primarily ensures that workplace safety rules are followed correctly. They set the guidelines for what is and is not safe. They evaluate the control systems for tasks that require high-risk building activities. Safety officials would most likely need the risk assessment to complete their reviews and identify what current safeguards are in place. These evaluations are important since they establish how successful the controls are.
Business Risks Reduced by Concrete Pumping Risk Assessment
The Concrete Pumping Risk Assessment safeguards individuals from harm and damage. However, this form also protects the corporation from commercial risks that might harm its financial standing and reputation. To keep the organization from collapsing owing to such dangers, management must maintain safety procedures, which is why Risk Assessment for Concrete Pumping is so important. Regular risk assessments can help avoid the following business risks:
- Increased risk of workplace injuries, leading to a greater Lost Time Injury Rate (LTI).
- Medical and non-compliance costs lead to financial instability.
- Disrupted operations lead to output losses and missed targets.
- Damaged reputation
- Deteriorated interactions between employees, employers, and stakeholders.
- Loss of qualifications and accreditation
Business Opportunities Created by Concrete Pumping Risk Assessment
A company would benefit from undertaking Concrete Pumping Risk Assessments on a regular basis. It safeguards staff and assets and enhances the company’s overall reputation. Companies that conduct regular risk assessments outperform those that do not, as they experience fewer accidents and equipment downtime. Furthermore, it creates the following business opportunities for the company:
- Competitive advantage in bidding.
- Better cost savings.
- Long equipment and machinery life.
- Better insurance terms.
- Increased gains and output.
Inspections involved in a Concrete Pumping Risk Assessment
The following evaluations must be conducted when performing a Concrete Pumping Risk Assessment:
- Ground stability inspections
- Workplace or area inspections
- Concrete pump performance inspections
- Concrete pump operational tests
- Pipeline inspections
- Personnel competency and physical tests
Risk Assessment for Concrete Pump: concrete pumping safety
Understanding the hazards associated with concrete pumping is the best way to combat them when they arise on the job. Being aware of these dangers helps promote vigilance and a sense of responsibility to eliminate them or mitigate their effects. This is especially true in activities involving concrete pumps because they are inherently dangerous because of their complex system, use of heavy machinery, and involvement of high pressure. To ensure safety when working with them, here are some of the common hazards found when working with concrete pumps.
High-pressure lines
Concrete is heavy, and transferring it requires a lot of pressure, which could be dangerous. When pressure builds up, it can cause pipes to whip or burst if not managed properly. Pipe bursts can strike workers and cause injuries like blunt trauma and fractures. Ensuring the proper controls in your risk assessment, such as inspections and using the correct pipes, can prevent these build-ups.
Boom instability
Booms commonly transport pump pipes. If the pump’s boom isn’t structured well, it can cause instability, which could lead to the boom collapsing or tipping over. Such an incident could be dangerous for everyone in the vicinity of the boom failure. Integrating a work environment assessment in the risk assessment is one of the best safety measures to eliminate such unwanted circumstances.
Contact with power lines
Buildings often construct high floors by transporting concrete pipes to their vicinity to form the floor slabs. While carrying the pipe, the boom could accidentally strike live power lines, posing a risk of electrocution. It is important to map out electrical wires during the risk assessment to maintain a safe distance from them.
Concrete splashes
Wet concrete has a very high pH (approximately 12-13), similar to bleach or oven cleaners. Direct contact with your skin can potentially cause first- to third-degree burns. Hitting your eyes with cement can also cause severe irritation or even permanent eye damage. Incorporating this information into your risk assessment allows for engineering controls to prevent splashes and ensures workers are equipped with appropriate PPE to mitigate these hazards.
Pipe blockage
There may be instances when cement is not mixed properly, resulting in clumps that could block pipes. Pump blockages are one of the major contributors to high-pressure build-up, which could potentially cause pipes to burst or whip out. Safety procedures for pump mixing, concrete transfer, and concrete pour-out must be implemented and followed with strict accordance.
Manual handling
Activities using concrete pumps often require personnel to use their bodies to lift, transfer, and move heavy objects. Improper lifting could develop serious musculoskeletal problems, fatigue, and long-term physical problems. If possible, during your risk assessment, providing controls to eliminate this problem should be considered. This process ensures that your workforce is always complete and healthy.
How to create a Concrete Pumping Risk Assessment form?
This is a complete instruction for creating an effective, thorough, and compliant form for assessing risks in concrete pumping.
Prerequisites for creating a Risk Assessment for Concrete Pumping
- Determine the activities and personnel involved in the concrete pumping operation.
- Set frequency and schedules for risk assessments.
- Establish risk assessment parameters and methods.
- Define the duties and assignments needed to complete the evaluation.
- Establish legal criteria and document standards.
Procedure review for Concrete Pumping Risk Assessment
- Gather all employees involved in the concrete pumping activity.
- Examine all current processes, safety, and health measures.
- Provide an orientation on doing and performing risk assessments.
- Identify all of the necessary equipment, tools, and machinery.
- Conduct a work environment inspection.
Drafting the Risk Assessment for Concrete Pumping
- Include a space for noting important details about the activity.
- Create a section to record all of the individuals involved in the activity.
- Create a section for task hazard analysis.
- Provide a risk-scoring system or matrix.
- Add a risk assessment table.
- Add a checklist to ensure the form is complete and proper.
Providing the risk scoring matrix
- Create a rating system for hazard likelihood. Ensure that the scoring system is qualitative and scalable. For example, score the likelihood of the hazard occurring on a scale of 1 to 5.
- Create a grading system for danger impact severity. Ensure that the scoring system is qualitative and scalable. For example, use a scale of 1 to 5 to rate the hazard’s possible severity.
- Create a legend to represent the risk score. The comparable risk score should be displayed in the legend, which is calculated by multiplying the hazard’s likelihood and severity.
Implementation and review
- Ensure that all of the data in the form is complete and validated.
- Implement the safety control measures.
- Create schedules for safety control monitoring.
- Create a schedule for form review.
Frequently asked questions
How to create Concrete Pumping Risk Assessment process in an App or Software System
A digital Concrete Pumping Risk Assessment should help score and calculate risk levels automatically, and putting lists into tables means less manual data entry. This process ensures that completing forms is quick yet efficient, which speeds up the implementation of safety measures.
Furthermore, integrating automated reporting features allows managers to discover trending safety issues across numerous locations, while regulatory compliance dashboards provide real-time access to assessment completion rates and pending corrective actions.
30 mins
Medium difficulty
How to create a Concrete Pumping Risk Assessment in an app?
Using an app that uses digital forms instead of paper-based forms substantially improves the form by:
- Providing a single entry point for all produced forms
- Less manual data entry.
- Simple reformatting to accommodate new protocols or updated standards
- Faster integration of photos and data.
- Create a more defined workflow.
Creating the information section
A Risk Assessment for Concrete Pumping Operation form must include the following information fields:
- Date created
- Risk assessment number
- Equipment model
- Equipment specifications
- Department
Creating the persons involved in the activity section
This section provides information for all personnel involved in the activity. The table’s column headers should be as follows:
- Name
- ID number
- Position
- Department
- Proof of physical fitness. The confirmation column can be combined with a yes-or-no list and color-coded for a more professional and appealing appearance.
Creating the task hazard analysis section
This section helps users identify the hazards by investigating the possible hazards for each procedure in an activity.
- Create a 4-column table where users can indefinitely add rows.
- The first column should display the numeric order of each row.
- The second column should allow users to provide the procedures of the activity.
- The third column should allow users to input the steps of each procedure.
- The fourth column is where all identified hazards in the procedure are placed.
Creating the risk assessment section
The most important aspect of the form is developing the risk assessment section, which is where potential hazards are examined and suitable control measures are implemented.
- Create a 7-column table that allows users to indefinitely add rows.
- The first column should show the numerical sequence of each row.
- The second column should allow users to enter the identified hazard.
- The third column should allow users to specify the potential impact of the risk.
- The fourth column should allow users to rate the likelihood of the hazard. This fourth column could be included in a list of the digits 1–5. Each choice can be assigned a color to help immediately identify how likely the threat is to occur.
- The fifth column should allow users to specify the intensity of the hazard. This column might potentially be shown as a list of the digits 1 through 5. Each selection can be assigned a color to aid in the quick identification of the hazard’s criticality.
- The sixth column should provide the hazard’s risk score. Automate the risk score calculation using the following formula: Risk Score = Likelihood x Severity.
- The final column should allow users to specify the appropriate control measure for the danger.
Creating the guide
This section of the Risk Assessment for Concrete Pumping form serves as a guide, assisting users in scoring the hazard. The section should include the following elements:
- Likelihood scale
- Severity Scale
- Risk Score Level
Creating the Likelihood and Severity Legend
- Make a table with 5 rows and 3 columns.
- The first column should show the scale’s likelihood or severity level, which is ranked from 1 to 5 in each row.
- The second column should contain a description of each level in the scale.
- The third column should include a definition or example of each level on the scale.
Creating the Risk Score Level Legend
- Make a table with 4 rows and 3 columns.
- The first column should provide a range of equivalent scores. (1-4, 5-9, 10-15, 16-25)
- The second column must include the description of each range.
- The third column should include a definition or example for each range.
Creating the checklist for approval
This part validates that all risk assessment processes are accurate and complete.
- Create a table with three columns.
- The first column should include all of the checklist elements.
- The second column should be a yes-or-no list in which users can indicate whether or not they have completed the checklist items. This column can also be color-coded to make affirmations simpler to recognize.
- The third column should allow the form reviewer to leave comments.
Adding the signatories section
This section validates the form. The Concrete Pumping Risk Assessment form requires the following signature fields:
- Supervisor’s Signature
- Manager’s Signature
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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