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Concrete Pumping (Boom Pumping) Risk Assessment

Concrete Pumping (Boom Pumping) Risk Assessment

  • • 100% Compliant with Australian WHS Acts & Regulations
  • • Fully Editable MS Word & PDF Formats Included
  • • Pre-filled Content – Ready to Deploy Immediately
  • • Customisable – Easily Add Your Logo & Site Details
  • • Includes 2 Years of Free Compliance Updates

Concrete Pumping (Boom Pumping) Risk Assessment

Product Overview

Identify and control organisational risks associated with Concrete Pumping (Boom Pumping) through a structured, management-level WHS Risk Management approach that supports planning, governance and system design. This Risk Assessment helps demonstrate Due Diligence under the WHS Act, reducing operational liability and strengthening your organisation’s compliance position.

Risk Categories & Hazards Covered

This document assesses risks and outlines management controls for:

  • Governance, Legal Compliance and WHS Leadership: Assessment of executive due diligence, safety leadership, consultation arrangements and alignment of concrete pumping operations with statutory obligations.
  • Procurement, Design and Selection of Concrete Pumping Plant: Management of plant specification, design verification, guarding, stability features, interlocks and safety-critical systems when purchasing or hiring boom pumps.
  • Contracting, Subcontractor and Client Management: Evaluation of prequalification, WHS criteria in contracts, information sharing and interface risk management with builders, principal contractors and concrete suppliers.
  • Competency, Licensing and Training Systems: Controls for high risk work licensing, VOC processes, operator and line hand training, refresher programs and competency verification for supervisors.
  • Planning, Job Hazard Analysis and Site Coordination: Framework for pre-start planning, JHAs, site-specific risk assessments, pour sequencing and coordination with other trades and mobile plant.
  • Plant Inspection, Maintenance and Asset Management: Systems for pre-operational checks, scheduled inspections, third-party certifications, logbooks, repair controls and lifecycle management of boom pumps and associated equipment.
  • Ground Conditions, Stability and Set‑Up Management: Assessment of bearing capacity, outrigger deployment, exclusion zones, set-up on suspended slabs and controls for soft, sloping or undermined ground.
  • Electrical, Overhead Services and No‑Go Zone Management: Protocols for identifying overhead and underground services, maintaining approach distances, isolations, spotters and documented No‑Go Zone controls.
  • Traffic, Delivery and Public Interface Management: Management of concrete truck movements, reversing, loading/unloading zones, separation from pedestrians and protection of the public and adjoining properties.
  • Communication, Supervision and Permit Systems: Requirements for clear communication channels, hand signals, radios, supervisory oversight, permits to pump and coordination with principal contractor systems.
  • Emergency Preparedness, Incident Response and Recovery: Planning for plant failure, blockages, spills, structural instability, rescue arrangements and post-incident investigation and recovery processes.
  • Health Monitoring, Fatigue and Psychosocial Risk Management: Controls addressing fatigue, heat stress, noise, vibration, remote or night work, workload pressures and psychosocial hazards affecting operators and crews.
  • Documentation, Records and Continuous Improvement: Systems for maintaining licences, training records, inspection reports, risk registers, audit findings and continuous improvement of concrete pumping safety performance.

Who is this for?

This Risk Assessment is designed for Business Owners, Concrete Pumping Company Directors, Operations Managers and Safety Managers responsible for planning, approving and overseeing Concrete Pumping (Boom Pumping) activities across projects.

Hazards & Risks Covered

Hazard Risk Description
1. Governance, Legal Compliance and WHS Leadership
  • • Lack of clear WHS governance structure for concrete pumping operations (uncertain roles, responsibilities and authority)
  • • Failure to identify and comply with WHS Act 2011, WHS Regulation and relevant Codes of Practice (e.g. Managing Risks of Plant in the Workplace, Concrete Pumping Code of Practice where applicable)
  • • Inadequate WHS policy specific to high‑risk construction work and concrete pumping activities
  • • Insufficient consultation with workers, Health and Safety Representatives (HSRs) and principal contractors on concrete pumping risks
  • • Poor safety culture driven by production pressure, tight pour schedules and client demands
  • • Inadequate incident reporting and investigation framework leading to repeat events
  • • No formal process to review, monitor and improve the WHS management system for concrete pumping
2. Procurement, Design and Selection of Concrete Pumping Plant
  • • Procurement of boom pumps that are not compliant with relevant Australian Standards or not fit for purpose for site conditions
  • • Lack of engineering verification and documentation of structural and stability characteristics (e.g. load charts, outrigger requirements, set‑up limitations)
  • • Inadequate consideration of guarding, interlocks, emergency stops and safety systems during procurement
  • • Absence of systematic pre‑purchase risk assessment for new or hired boom pumps and associated equipment (hoses, pipelines, line supports, washout systems)
  • • Incompatible or sub‑standard components sourced from multiple suppliers (mismatched clamps, pipes, reducers and hoses leading to hose whip or line failure)
  • • Procurement driven solely by cost and availability rather than lifecycle safety performance and maintainability
3. Contracting, Subcontractor and Client Management
  • • Poor definition of WHS responsibilities between principal contractor, concrete pumping contractor, concrete supplier and other subcontractors
  • • Inadequate pre‑qualification of subcontract pump owners and operators (e.g. licences, competencies, maintenance standards not verified)
  • • Commercial arrangements that incentivise unsafe practices (e.g. penalties for delayed pours, unrealistic pour volumes or timeframes)
  • • Lack of coordinated planning for site access, set‑up locations, exclusion zones and traffic management involving all duty holders
  • • Insufficient communication of site‑specific hazards from principal contractor to pumping crews (e.g. underground services, overhead powerlines, ground conditions, suspended slabs)
  • • Failure to ensure emergency arrangements and rescue plans are aligned between all parties
4. Competency, Licensing and Training Systems
  • • Operators, line hands and supervisors not holding appropriate high‑risk work licences or verification of competency for boom pumping
  • • Training limited to informal on‑the‑job instruction, with no structured competency assessment against industry standards
  • • No refresher training program, leading to skill fade and outdated practices
  • • Supervisors lacking technical understanding of concrete pumping risks and safe limits (e.g. boom stability, pressure, line routing)
  • • Insufficient training on emergency procedures, including dealing with blockages, hose whip events, concrete line failure and entrapment
  • • Contract and labour hire workers not adequately inducted or assessed on company‑specific procedures
  • • Lack of training in hazard recognition related to ground conditions, overhead powerlines, exclusion zones and public interface
5. Planning, Job Hazard Analysis and Site Coordination
  • • Concrete pumping tasks undertaken without formal pre‑planning or risk assessment (e.g. last‑minute mobilisation)
  • • Inadequate job hazard analysis (JHA) or risk assessment that fails to consider site‑specific factors such as ground conditions, access, overhead services and adjacent works
  • • Poor coordination of simultaneous operations (e.g. cranes, EWPs, formwork, steel fixing) creating interaction risks with the boom and concrete delivery vehicles
  • • Lack of planning for high‑risk scenarios such as pumping to high‑rise, pumping at night, or using extended boom reaches near suspended slabs or edges
  • • No defined process for changing the plan when conditions change (e.g. weather, unexpected ground movement, revised pour locations)
  • • Insufficient identification and planning of exclusion zones for workers and public during set‑up, operation and wash‑out
6. Plant Inspection, Maintenance and Asset Management
  • • Lack of systematic inspection and maintenance program for boom pumps and associated equipment
  • • Failure to complete and document pre‑start and periodic inspections, leading to undetected defects (e.g. cracks, leaks, worn pipes, faulty limit switches)
  • • Inadequate management of inspection intervals and major inspections required under standards and regulations
  • • Use of damaged, worn or incompatible hoses, clamps and pipeline sections increasing risk of burst lines and hose whip
  • • Poor recordkeeping for repairs, maintenance and modifications to structural or safety‑critical components
  • • Non‑authorised modifications or repairs (e.g. welding on booms, structural alterations) not certified by competent engineers
7. Ground Conditions, Stability and Set‑Up Management
  • • Inadequate assessment of ground bearing capacity and stability prior to positioning the boom pump
  • • Failure to identify underground services, voids or recently backfilled trenches under or near outrigger locations
  • • No formal process to verify use of outrigger pads or mats appropriate to the load and ground conditions
  • • Set‑up in proximity to edges, embankments, suspended slabs or basements without engineering verification
  • • Lack of systems to manage changes in ground conditions (e.g. heavy rain, flooding, softening of soil, vibration from adjacent works)
  • • Insufficient coordination with principal contractor regarding compaction testing, engineered slabs or support platforms for pump and outriggers
8. Electrical, Overhead Services and No‑Go Zone Management
  • • Insufficient identification and documentation of overhead powerlines and electrical installations in boom operating areas
  • • Lack of formal no‑go zone planning and controls in accordance with electrical safety requirements and relevant Codes of Practice
  • • Reliance on operator judgement without tools or systems (e.g. spotters, boundary markers, exclusion zone plans) to maintain safe clearances
  • • Poor coordination with network operators when work is planned near high‑risk electrical infrastructure
  • • Inadequate training and procedures on electrical contact emergencies and step‑potential hazards
9. Traffic, Delivery and Public Interface Management
  • • Uncontrolled interaction between concrete delivery trucks, boom pumps, workers and other site traffic
  • • Poorly planned access routes leading to reversing, congestion and struck‑by risks around the pump
  • • Concrete pump set‑up encroaching onto public roads, footpaths or shared access ways without adequate controls
  • • Insufficient systems for traffic management at night or in low‑visibility conditions
  • • Lack of coordination with principal contractor’s traffic management plans, resulting in conflicting movements and signage
10. Communication, Supervision and Permit Systems
  • • Unclear communication channels between pump operators, line hands, delivery drivers, supervisors and principal contractor
  • • Insufficient supervision of concrete pumping crews, especially during complex or high‑risk pours
  • • No formal permit or authorisation system for high‑risk pumping operations (e.g. near powerlines, over public space, night work, extreme boom reach)
  • • Inadequate handover processes between shifts, crews or subcontractors
  • • Language barriers or literacy issues impacting understanding of safety instructions and procedures
11. Emergency Preparedness, Incident Response and Recovery
  • • Lack of documented emergency response procedures specific to concrete pumping (e.g. hose whip, pipeline blockage, boom failure, entrapment)
  • • No coordinated emergency arrangements with principal contractors, emergency services and nearby workplaces
  • • Inadequate rescue equipment or poorly maintained emergency resources (first aid, spill kits, fire extinguishers)
  • • Workers not trained in site‑specific emergency procedures, including shutdown of pumps and booms in critical situations
  • • Failure to systematically investigate incidents and near‑misses to identify root causes and system weaknesses
  • • Psychological impact on workers following serious incidents with no support protocols
12. Health Monitoring, Fatigue and Psychosocial Risk Management
  • • Long working hours, shift work and early starts associated with pours leading to fatigue‑related errors
  • • Exposure to noise, vibration, cementitious products and silica dust without an overarching health monitoring framework
  • • Psychosocial hazards such as high work pressure, aggressive behaviour from clients or other contractors, and conflict within pumping crews
  • • Lack of systems to manage fitness for work (including alcohol and other drugs) for operators and line hands
  • • No structured approach to reporting or addressing stress, bullying or harassment arising in high‑pressure pour environments
13. Documentation, Records and Continuous Improvement
  • • Critical safety information (procedures, manuals, risk assessments) not readily accessible or controlled, leading to outdated versions in use
  • • Poor recordkeeping for training, licences, inspections, maintenance, incidents and corrective actions
  • • No systematic process for reviewing and updating concrete pumping procedures following incidents, new technology or legislative change
  • • Inconsistent data collection on leading indicators (e.g. pre‑start completion, near‑miss reports) hindering proactive risk management
  • • Failure to share lessons learnt and good practices across crews, sites and projects

Need to add specific hazards for your workplace?

Don't worry if a specific hazard isn't listed above. Once you purchase, simply log in to your Client Portal and add your own custom hazards at no extra cost. We take care of the hard work—creating the risk ratings and control measures for free—to ensure your document is compliant within minutes.

Legislation & References

This document was researched and developed to align with:

  • Work Health and Safety Act 2011
  • Work Health and Safety Regulations 2017
  • Managing the Risk of Plant in the Workplace Code of Practice: Guidance on managing risks associated with plant, including concrete pumping equipment.
  • Managing the Risk of Falls at Workplaces Code of Practice: Requirements for working at height around booms, decks and structures.
  • Construction Work Code of Practice: WHS management for construction sites where concrete pumping is typically undertaken.
  • Managing Electrical Risks in the Workplace Code of Practice: Controls for overhead and underground services, isolation and electrical interfaces.
  • Traffic Management in Workplaces (relevant jurisdictional guidance): Principles for vehicle and mobile plant interaction, delivery logistics and public safety.
  • AS/NZS ISO 31000:2018: Risk management — Guidelines
  • AS 2550 series (Cranes, hoists and winches – Safe use): Referenced principles for the safe use of mobile plant with booms and outriggers.
  • AS 1418 series (Cranes, hoists and winches – Design and construction): Design and safety requirements relevant to boom-type lifting and support systems.
  • AS/NZS 4801 / ISO 45001: Occupational health and safety management systems – requirements for systematic WHS governance and continuous improvement.
Standard Risk Assessment Features (Click to Expand)
  • Comprehensive hazard identification for all activities
  • Risk rating matrix with likelihood and consequence analysis
  • Existing control measures evaluation
  • Residual risk assessment after controls
  • Hierarchy of controls recommendations
  • Action priority rankings
  • Review and monitoring requirements
  • Consultation and communication records
  • Legal compliance references
  • Sign-off and approval sections

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