Sustainable Waste Management Training Course

Participants can plan and interpret waste characterisation studies that support operational decisions.

• Sampling plans based on load frequency, heterogeneity and seasonal variation
• Sort-and-weigh studies using representative samples and contamination record forms
• Density, moisture and composition measurements for treatment and transport decisions
• Chain-of-custody records protecting sample integrity and auditability during fieldwork
• Calculating generation rates per employee, bed, guest or production unit
• Data-quality checks for outliers, missing weights and inconsistent classifications

Participants can establish traceable waste controls and identify key compliance obligations.

• Legal register linking waste types to permits, duties and records
• Basel Convention controls for transboundary movement of hazardous wastes
• Producer responsibility obligations for packaging, electronics, batteries and tyres
• Manifest systems documenting custody from generator through licensed final facility
• Due-diligence checks on licences, insurance, approvals and downstream contractors
• Escalation routes for spills, rejected loads and nonconforming waste transfers

Participants can select waste-prevention and recovery options using the waste hierarchy.

• Waste hierarchy decisions: prevention, reuse, recycling, recovery and disposal
• Source reduction reviews using purchasing specifications and process redesign
• Reuse screening for safety, hygiene, quality and liability constraints
• Recycling feasibility assessed through purity, volume, distance and buyer requirements
• Recovery options compared against emissions, residues and local infrastructure
• Decision trees distinguishing recycling claims from actual material recovery

Participants can create reliable waste metrics, dashboards and management reporting packs.

• Key performance indicators for generation, diversion, contamination and disposal costs
• Data dictionary defining units, waste codes, sources and verification rules
• Monthly dashboard design using trend lines, targets and exception flags
• GHG accounting boundaries for waste under the GHG Protocol
• Calculating diversion rate without double-counting recovered or rejected materials
• Management review packs linking performance variance to corrective actions

Participants can design source-segregation systems that produce cleaner material streams.

• Segregation schemes aligned with material compatibility, hazards and treatment routes
• Bin standards covering colours, labels, apertures, locations and capacities
• Signage tested for literacy, language, symbols and contamination prevention
• Contamination root-cause analysis using five whys and observation records
• Work instructions for cleaners, operators, laboratory staff and visitors
• Pilot rollout criteria, inspection schedules and acceptance thresholds

Participants can specify safe and auditable controls for waste storage and handling areas.

• Storage area layouts separating incompatible wastes, traffic and fire loads
• Container selection based on compatibility, containment, handling and weather exposure
• Secondary containment sizing for liquid wastes and credible release scenarios
• Labelling requirements for contents, hazards, dates, owner and destination
• First-in-first-out controls preventing deterioration, leaks and excessive accumulation
• Inspection checklists covering housekeeping, pest control, access and security

Participants can plan collection and transfer arrangements with clear service and tracking controls.

• Collection route design using generation patterns, container capacity and service windows
• Transfer station controls for weighing, inspection, queuing and load consolidation
• Vehicle specifications for compaction, containment, cleaning and spill response
• Route productivity metrics: tonnes, stops, kilometres, hours and fuel
• Service-level agreements defining collections, exceptions, records and corrective actions
• Digital tracking options including weighbridge tickets, manifests and GPS records

Participants can assess recycling routes, buyer requirements and recovery-provider performance.

• Recyclate quality specifications covering moisture, contamination, grading and bale density
• Commodity market assessment using price history, buyer capacity and contract terms
• Offtake agreements allocating quality claims, rejection risk and transport responsibilities
• Recycling vendor audits examining traceability, permits, yields and residual disposal
• Closed-loop procurement criteria for recycled-content products and packaging
• Material recovery facility outputs interpreted through recovery and residue rates

Participants can select and control prevention, donation and treatment routes for organic wastes.

• Food waste prevention measured through purchasing, preparation and plate-waste records
• Composting feedstock recipes balancing carbon, nitrogen, moisture and structure
• Anaerobic digestion suitability assessed by contamination, volume and biogas yield
• Odour, vectors and leachate controls for organics handling areas
• Digestate and compost quality checks against intended end uses
• Donation pathways evaluated for food safety, timing and liability

Participants can classify, store, document and manage hazardous waste through approved routes.

• Hazardous waste classification using safety data sheets, testing and local codes
• Compatibility matrices preventing reactive chemicals, fires and toxic releases
• Packaging and labelling selected for hazard class and transport mode
• Spill response procedures covering isolation, containment, reporting and recovery
• Treatment routes for solvents, oils, batteries, e-waste and contaminated materials
• Cradle-to-grave records retained for hazardous waste audit trails

Participants can configure controls for common sector-specific waste streams and related risks.

• Healthcare waste segregation separating infectious, sharps, pharmaceutical and general fractions
• Sharps container controls for fill limits, closure and collection frequency
• Construction waste plans identifying salvage, aggregate recovery and disposal routes
• E-waste inventories recording assets, data destruction and authorised recyclers
• Confidential paper destruction controls protecting records before fibre recovery
• Event waste plans covering vendors, reusable serviceware and post-event measurement

Participants can compare treatment and disposal options using operational, environmental and assurance criteria.

• Technology screening comparing capacity, feedstock tolerance, residues and operating requirements
• Life cycle assessment scopes for comparing treatment and disposal options
• Landfill acceptance criteria, liner systems, leachate control and gas management
• Incineration performance assessed through calorific value, emissions and ash handling
• Mechanical-biological treatment outputs evaluated for recovery quality and disposal needs
• Site visits structured around process controls, permits, monitoring and evidence

Participants can procure and manage waste-service providers using clear requirements and evidence.

• Scope of work defining streams, volumes, service standards and reporting
• Request-for-proposal evaluation criteria weighting compliance, price, capacity and traceability
• Contract clauses for ownership, contamination, rejected loads and liability
• Vendor scorecards tracking collections, documentation, incidents and recovery outcomes
• Audit protocols testing downstream facilities and subcontractor control arrangements
• Corrective action notices with deadlines, evidence requirements and escalation

Participants can quantify costs and prepare investment cases for waste-management improvements.

• Total cost of ownership covering containers, labour, transport, treatment and disposal
• Activity-based costing assigned to waste streams, departments and service locations
• Business cases comparing prevention investment against avoided disposal and procurement costs
• Net present value calculations for equipment, infrastructure and contract alternatives
• Sensitivity analysis testing volumes, commodity prices, fees and contamination rates
• Funding options including user charges, producer schemes and municipal partnerships

Participants can integrate waste controls into an ISO 14001-aligned management system.

• ISO 14001 operational controls applied to significant waste aspects
• Roles and responsibilities mapped through RACI for waste management decisions
• Internal audit programmes testing records, facilities, contractors and legal compliance
• Nonconformity reports documenting cause, correction, corrective action and verification
• Management review agenda covering objectives, risks, resources and performance trends
• Document control for procedures, permits, training records and manifests

Participants can plan adoption activities, accountabilities and risk controls for waste-system changes.

• Behaviour-change plans using audience segmentation, prompts, feedback and reinforcement
• Training matrices matched to waste tasks, hazards and competency evidence
• Communication campaigns addressing contamination, prevention and reporting expectations
• Implementation roadmaps sequencing pilots, procurement, infrastructure and policy changes
• Risk registers assigning controls, owners, dates and residual risk ratings
• 30-60-90 day action plans with milestones, dependencies and governance reviews

Participants can build, review and present a complete Sustainable Waste Management Plan for a defined operation.

• Baseline analysis combining material flows, costs, risks and compliance gaps
• Target operating model covering segregation, storage, collection and treatment routes
• Prioritised initiatives appraised through hierarchy position, feasibility and financial case
• Supplier strategy specifying procurement requirements, controls and performance measures
• Implementation plan with owners, timetable, budget, risks and assurance activities
• Executive presentation defending recommendations with evidence, assumptions and decision requests