City & Guilds Level 2 Award In The Safe Application of Pesticides Using Pedestrian Hand Held Equipment

CITY-AND-GUILDS-LIMITED

vocational

This element covers the correct and safe installation of pesticide plugs into tree stumps to control regrowth and prevent disease. It includes understanding legal requirements such as COSHH and pesticide regulations, conducting site-specific environmental assessments, interpreting product labels for accurate dosage calculation, and performing the practical application. Post-operational procedures ensure equipment is decontaminated and records are maintained to comply with industry standards.

Objectives

Exam Tips

Pitfalls

Key Terms

Mark Points

Subtopics in this area

City & Guilds Level 2 Award In The Safe Application of Pesticides Using Pedestrian Hand Held Equipment

Topic Overview

The City & Guilds Level 2 Award in the Safe Application of Pesticides Using Pedestrian Hand Held Equipment is a vocational qualification designed for individuals working in horticulture, landscaping, or agriculture who need to apply pesticides safely and effectively. This unit focuses on the use of pedestrian hand-held equipment such as knapsack sprayers, lance sprayers, and hand-held granules applicators. It covers the legal framework, including the Control of Pesticides Regulations (COPR) and the Food and Environment Protection Act (FEPA), as well as the importance of following label instructions and maintaining accurate records. Students learn to assess risks, select appropriate personal protective equipment (PPE), and calibrate equipment to ensure accurate application rates, minimising environmental impact and protecting human health.

This qualification is essential for anyone who applies pesticides as part of their job, whether in a commercial nursery, public park, or private garden. It ensures that operators are competent to handle hazardous substances, understand the principles of integrated pest management (IPM), and can respond to emergencies such as spills or exposure. The course also emphasises environmental stewardship, including protecting non-target species, water sources, and beneficial insects. By mastering these skills, students not only comply with UK law but also contribute to sustainable land management practices.

Within the broader subject of Horticulture & Land Management, this award sits alongside other units on plant health, soil science, and machinery operation. It is a practical, hands-on qualification that builds on basic knowledge of pest and disease identification. Successful completion demonstrates to employers that the candidate can work safely and responsibly, reducing the risk of fines, legal action, or harm to the environment. The skills learned are directly applicable to roles such as grounds maintenance operative, gardener, or agricultural sprayer operator.

What You Need to Demonstrate

Key skills and knowledge for this topic

Award credit for correctly identifying and referencing relevant legislation (e.g., Control of Pesticides Regulations, COSHH) and demonstrating compliance with label instructions.
Credit should be given for conducting a thorough environmental risk assessment prior to operation, including checks for watercourses, sensitive habitats, and weather conditions.
Evidence must show accurate calculation of the number of plugs required based on stump diameter and product label rate, with clear workings.
Award credit for demonstrating correct technique: drilling holes to specified depth/spacing, inserting plugs without spillage, and sealing stumps appropriately.
Post-operational procedures must be evidenced: proper decontamination of equipment, safe disposal of waste, and completion of pesticide application records.
Award credit for correctly identifying relevant legislation (e.g., COSHH, PPP regulations) and explaining their application to injection equipment operation.
Expect evidence of a thorough site assessment, including identification of sensitive areas, weather conditions, and appropriate risk mitigation measures before injection.
Demonstrate accurate interpretation of product labels, including dosage rates, target pests/hosts, and personal protective equipment requirements.

Marking Points

Key points examiners look for in your answers

Award credit for correctly identifying and referencing relevant legislation (e.g., Control of Pesticides Regulations, COSHH) and demonstrating compliance with label instructions.
Credit should be given for conducting a thorough environmental risk assessment prior to operation, including checks for watercourses, sensitive habitats, and weather conditions.
Evidence must show accurate calculation of the number of plugs required based on stump diameter and product label rate, with clear workings.
Award credit for demonstrating correct technique: drilling holes to specified depth/spacing, inserting plugs without spillage, and sealing stumps appropriately.
Post-operational procedures must be evidenced: proper decontamination of equipment, safe disposal of waste, and completion of pesticide application records.
Award credit for correctly identifying relevant legislation (e.g., COSHH, PPP regulations) and explaining their application to injection equipment operation.
Expect evidence of a thorough site assessment, including identification of sensitive areas, weather conditions, and appropriate risk mitigation measures before injection.
Demonstrate accurate interpretation of product labels, including dosage rates, target pests/hosts, and personal protective equipment requirements.
Show competence in calibrating injection equipment, such as verifying output volume and adjusting settings to match label recommendations.
Apply correct injection technique, including equipment handling, depth/placement accuracy, and consistent dosage application.
Evidence proper post-operation procedures: cleaning equipment, disposing of waste safely, recording application details, and storing pesticides according to regulations.
Award credit for demonstrating correct interpretation of product label instructions regarding dose rates, mixing sequences, and compatible adjuvants.
Award credit for identifying and mitigating environmental risks such as wind speed/direction, proximity to watercourses, and presence of bystanders or sensitive areas.
Award credit for properly calibrating the applicator to achieve the target application rate within an acceptable tolerance, and documenting the calibration method.
Award credit for wearing appropriate personal protective equipment (PPE) as specified on the product label and operating equipment in a controlled manner to minimise drift and spillage.
Award credit for carrying out thorough post-operational procedures including equipment cleaning, safe disposal of washings, secure storage, and completion of statutory records.
Award credit for demonstrating accurate interpretation of the product label, including identification of authorised uses, dose rates, water volumes, and mandatory personal protective equipment (PPE).
Assess for correct pre-application environmental assessment, including measurement of wind speed and direction, temperature, and relative humidity, with clear justification of spraying decisions based on thresholds.
Marks should be given for methodical calibration of the applicator, showing calculation of nozzle output (litres per minute), effective swath width, and walking speed to achieve the target application volume (litres per hectare).
Expect evidence of thorough pre-operational checks: verifying nozzle type/size, filter condition, hose integrity, and that the applicator is free from leaks or damage, with faulty items replaced or reported.
During operation, award credit for maintaining a consistent walking pace, correct nozzle height above the target, and ensuring spray overlap patterns as per manufacturer guidance to avoid striping or misses.
For post-operational procedures, look for correct triple-rinsing of containers, safe disposal of washings, cleaning and decontamination of equipment and PPE, and completion of statutory records (e.g., spray log, COSHH assessment).
Award credit for accurately identifying and explaining the legal buffer zone requirements from the product label and demonstrating their application in the field.
Award credit for correctly calibrating the applicator (calculating flow rate, forward speed, and swath width) and verifying output against product label dose rates.
Award credit for selecting and fitting the appropriate nozzle or atomiser for the water-adjacent application, considering drift reduction and target specificity.
Award credit for performing a thorough pre-operation check of the applicator, including nozzle condition, seals, and tank integrity, and documenting findings.
Award credit for demonstrating safe and environmentally sound post-operation procedures, including triple rinsing, proper disposal of rinsate, and decontamination away from watercourses.
Award credit for demonstrating a systematic pre-start check, including verifying nozzle condition, hopper integrity, and calibration settings against product label requirements.
Award credit for accurately calibrating the applicator to deliver the specified rate per hectare, using test runs and calculation adjustments.
Award credit for assessing weather conditions (wind speed/direction, temperature, humidity) before application and adjusting operations accordingly to prevent drift onto non-target areas.
Award credit for correctly interpreting the product label, identifying PPE requirements, buffer zones, and any environmental restrictions such as proximity to watercourses.
Award credit for completing post-operational procedures: cleaning equipment safely, disposing of any waste, recording application details, and storing products securely.
Award credit for demonstrating thorough knowledge of relevant legislation, including buffer zone requirements and restrictions on applying granules near water as per the product label and CRD guidance.
Expect the candidate to perform a comprehensive environmental risk assessment, recording wind speed/direction, proximity to water, and identifying sensitive areas, and adjusting application plans accordingly.
Credit for following correct calibration procedures, such as catch testing to verify output rate and pattern, and for accurately documenting settings and calculations on the application record.
Award credit for demonstrating a clear understanding of relevant legislation, such as the Control of Pesticides Regulations (COPR), Plant Protection Products Regulations (PPP), and COSHH, and how they apply to handheld equipment use.
Look for the candidate interpreting product label information accurately, including statutory conditions, hazard symbols, and protective equipment requirements, to plan safe application.
Expect evidence of correct personal protective equipment (PPE) selection, pre-use checks, and decontamination procedures to minimize human contamination risk.
Assess knowledge of safe storage principles: locked, ventilated stores, away from watercourses and incompatible materials, with original containers properly labelled.
Check that record keeping covers all legal requirements: date, product name and MAPP number, treated area, dose rate, water volume, weather conditions, operator name and certificate number, and environmental observations.

Examiner Tips

Expert advice for maximising your marks

💡Always refer explicitly to the product label and relevant COSHH assessment in your written responses.
💡In practical assessments, verbalize your environmental checks as you perform them to ensure the assessor captures your awareness.
💡Document all calculations clearly; show the formula used and units.
💡In oral or practical assessments, always verbalise your step-by-step reasoning, especially when checking the label and assessing environmental conditions.
💡Demonstrate thorough record-keeping habits; assessors look for completion of application records including site details, product used, and disposal procedures.
💡Practice calibration as a routine check before each use; show that you would re-calibrate if conditions change (e.g., different pressure, new nozzle).
💡Be prepared to explain how you would deal with unexpected situations, such as a blocked injector or a change in weather during application.
💡Always read the entire product label before planning any application; it is the primary legal document and contains critical safety and use information.
💡Practice the calibration process for different types of hand-held equipment (e.g., lance sprayers, rotary spreaders) to become proficient and confident.
💡In practical assessments, verbalize your thought process when assessing environmental risks to demonstrate your understanding to the assessor.
💡Ensure post-operation records include all statutory details: date, time, location, product name and MAPP number, rate, area treated, and prevailing conditions.
💡Always structure your practical demonstration around the label: treat it as the primary legal and technical document; any deviation must be justified by a valid COSHH assessment or Environmental Risk Assessment.
💡Show a logical sequence: assess site and weather, calibrate equipment, mix product, apply, and then decontaminate. This reinforces your understanding of an integrated safe procedure.
💡When explaining calibration, use clear arithmetic and state units; if using a rotary atomiser, emphasise droplet size control and forward speed, not just pressure.
💡Be prepared to justify your choice of nozzle or atomiser setting in relation to the target weed/pest, drift risk, and product type – examiners look for this linkage to real-world scenarios.
💡During post-operation discussions, mention the importance of record-keeping for traceability, not just legal compliance, and describe exactly what must be recorded (date, location, product, dose, area, operator, weather, etc.).
💡Always reference the product’s statutory conditions of use and the Water Framework Directive when justifying application decisions near water.
💡Demonstrate a structured calibration method step by step, narrating each calculation to show understanding, not just the final settings.
💡Explicitly state when a LERAP assessment is required and how you would evaluate the risk to aquatic life.
💡Use the correct technical terms for equipment components (e.g., ‘anionic surfactant’, ‘rotary atomiser disc speed’, ‘hydraulic nozzle swirl chamber’) to underscore competence.
💡In post-operational explanations, distinguish between ‘cleaning’, ‘decontamination’, and ‘disposal’—each attracts different marking criteria.
💡Always reference the product label and relevant legislation (e.g., Code of Practice for using Plant Protection Products) in your answers to show understanding of legal compliance.
💡When describing calibration, use step-by-step logic and show all calculations clearly; assessors look for methodical working.
💡For environmental assessment, link factors like wind, temperature inversions, and proximity to water to specific risks and mitigation measures.
💡In practical assessments, verbalise your actions as you perform them to demonstrate underpinning knowledge, especially during pre-use checks and calibration.
💡Before starting the actual application, conduct a dry run with an inert material to confirm spread pattern and width, ensuring no material enters the water inadvertently.
💡Always cross-reference product label instructions with the Environmental Information Sheet to verify specific restrictions for aquatic environments.
💡When completing post-operational records, include detailed notes on calibration, weather conditions, and any deviations, as this demonstrates a professional and compliant approach.
💡When answering questions on legislation, always reference specific regulations (e.g., ‘Under COSHH, I must…’) and distinguish between legal duties and codes of practice.
💡Use the product label as a key reference in scenarios; mention checking ‘statutory conditions’ and ‘emergency contact details’ to demonstrate thorough understanding.
💡For emergency procedures, structure your response with clear steps: protect yourself first (PPE), then contain the spill, notify authorities if required, and decontaminate.
💡In record-keeping tasks, memorise the mnemonic ‘DATE WORM’ (Date, Area, Treatment, & Equipment, Weather, Operator, Rate, Method) to ensure no element is missed.
💡Link environmental protection directly to practical actions: e.g., buffer zones, checking wind direction before spraying, and using drift reduction technology.

Common Mistakes

Pitfalls to avoid in your exam answers

Neglecting to check for protected species or nesting birds before starting work.
Misinterpreting the product label regarding dosage rates, leading to under- or over-application.
Failing to consider weather conditions, such as applying before heavy rain which could cause runoff.
Incorrect hole depth or spacing, resulting in poor efficacy or damage to surrounding roots.
Not cleaning equipment thoroughly after use, risking cross-contamination.
Failing to check weather conditions and wind speed immediately before application, leading to drift or runoff.
Misinterpreting dosage rates from the product label, often confusing concentration per litre with total volume per hectare.
Neglecting to calibrate injection equipment regularly, resulting in over- or under-application and potential non-compliance.
Poor injection placement – not injecting at the correct depth or missing the target zone, such as the active root area.
Overlooking personal protective equipment (PPE) requirements specific to injection tasks, especially gloves and face shields during equipment cleaning.
Confusing calibration adjustments for different nozzle types or formulations, leading to inaccurate application rates.
Assuming that 'minimal calibration' means no calibration is required, resulting in under- or over-dosing.
Neglecting to check for bystanders, wildlife, or sensitive habitats immediately before starting the application.
Failing to wear the correct PPE when handling concentrated products during mixing and loading.
Poor record-keeping after operations, such as omitting weather conditions, product batch numbers, or time of application.
Learners often neglect to check actual weather conditions at the time and site of application, assuming that early morning or late evening is always suitable without measuring wind speed or checking for temperature inversions.
Misinterpreting product label rates, especially when converting between units (e.g., grams per hectare to grams per knapsack fill), leading to under- or over-dosing.
During calibration, many fail to simulate the actual spraying motion (walking pace, arm movement) when measuring water output, resulting in inaccurate application rates in the field.
Forgetting to replace or clean blocked nozzles immediately, and instead increasing pressure to compensate, which alters droplet size and increases drift risk.
Allowing rinsate to enter drains or watercourses during cleaning, indicating a lack of awareness of legal obligations and environmental protection measures.
Failing to assess wind speed and direction before application, leading to pesticide drift into water or non-target areas.
Using hydraulic nozzles without adjusting pressure or without the appropriate drift-reducing tips in sensitive areas.
Misinterpreting product label phrase 'to or near water' and applying within prohibited buffer zones.
Calibrating the applicator on hard standing without considering terrain or vegetation resistance, resulting in inaccurate application rates.
Neglecting to check weather forecasts for rainfall, which can cause run-off into water bodies shortly after treatment.
Disposing of rinsate or empty containers near water sources, causing point-source pollution.
Misinterpreting the calibration rate, leading to overdosing which can cause crop damage and environmental harm.
Failing to check wind speed and direction before application, resulting in drift onto sensitive areas or bystanders.
Neglecting to wear appropriate personal protective equipment (PPE) as specified by the product label, increasing exposure risk.
Incorrectly mixing or loading granules, causing blockages in the applicator or uneven distribution.
Not cleaning the applicator thoroughly after use, leading to cross-contamination between different pesticide products.
Assuming granular formulations are exempt from water protection measures, leading to unauthorized application within statutory buffer zones.
Incorrectly matching the spreader setting to pellet size, causing uneven distribution and potential overdose near water margins.
Omitting essential post-operational tasks like thorough cleaning of the hopper and metering mechanism, resulting in cross-contamination or equipment malfunction.
Confusing legal requirements for professional use (e.g., MAPP numbers) with amateur products or assuming all pesticides can be used without training.
Misinterpreting product label pictograms, such as mistaking environmental hazard symbols for operator safety symbols.
Relying solely on PPE without considering hierarchy of control; e.g., failing to select low-drift nozzles or adjust pressure to reduce exposure.
Storing diluted pesticide mixtures in unmarked containers or leaving them unattended, increasing risk of accidental poisoning.
Disposing of empty containers or rinsate improperly, such as pouring rinsate on ground rather than applying to the treated area or via licenced waste disposal.

Frequently Asked Questions

Common questions students ask about this topic

Key Terminology

Essential terms to know

Know the legislative and safety regulations relating to pesticide plug installation, Be able to assess the environmental factors relating to the installation site, Be able to read and interpret product information, Be able to prepare pesticide plug application equipment and calculate numbers of plugs required, Be able to install pesticide plugs, Know how to carry out post-operational procedures

Know the legislative and safety regulations relating to pesticide injection equipment, Be able to assess the environmental factors relating to the site, Be able to read and interpret product information, Be able to prepare and calibrate the pesticide injection equipment, Be able to inject pesticide, Know how to carry out post operation procedures

Know the legislative and safety regulations relating to applicator use, Be able to assess the environmental factors relating to the application site, Be able to read and interpret product information, Be able to prepare and calibrate a hand held applicator, Be able to operate the application equipment, Know how to carry out post-operational procedures

Know the legislative and safety regulations relating to applicator use, Be able to assess the environmental factors relating to mixing and application, Be able to read and interpret product information, Be able to prepare and calibrate a hand held pedestrian applicator, Be able to operate the application equipment, Know how to carry out post-operational procedures

Know the legislative and safety regulations relating to applicator use, Be able to assess the environmental factors relating to the application site, Be able to read and interpret product information, Be able to prepare and calibrate a hand held pedestrian applicator, Be able to operate the applicator, Know how to carry out post-operational procedures

Know the legislative and safety regulations relating to applicator use, Be able to assess the environmental factors relating to the application site, Be able to read and interpret product information, Be able to prepare and calibrate a hand held pedestrian applicator, Be able to operate the application equipment, Know how to carry out post-operational procedures

Know the legislative requirements and codes of practice relating to the use of pesticides on land, Understand the relevance of pesticide product information, Know how to minimise the risk of human contamination and implement emergency procedures, Know how to store and transport pesticides safely, Know how to manage and dispose of surplus pesticide and waste materials, Know the record keeping requirements, Know how to minimise the risk of environmental contamination and implement emergency procedures

Ready to test yourself?

Practice questions tailored to this topic

City & Guilds Level 2 Award In The Safe Application of Pesticides Using Pedestrian Hand Held Equipment

Subtopics in this area

Topic Overview

What You Need to Demonstrate

Marking Points

Examiner Tips

Common Mistakes

Frequently Asked Questions

Key Terminology

Ready to test yourself?

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City & Guilds Level 2 Award In The Safe Application of Pesticides Using Pedestrian Hand Held Equipment

Subtopics in this area

Topic Overview

What You Need to Demonstrate

Marking Points

Examiner Tips

Common Mistakes

Frequently Asked Questions

Do I need a pesticide licence to use a knapsack sprayer in the UK?

How do I calibrate a knapsack sprayer for spot treatment?

What PPE must I wear when applying pesticides with a hand-held sprayer?

Can I wash pesticide containers and reuse them?

What should I do if I spill pesticide concentrate?

How long does the City & Guilds Level 2 pesticide certificate last?

Key Terminology

Ready to test yourself?

Related Topics in CITY-AND-GUILDS-LIMITED vocational Horticulture & Land Management

Aerate turf by hand

Aerate turf by hand

Aerate turf by hand

Apply fertiliser by hand to bare ground