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Sample Type*
Analysis Package - Soil
- Select All
- 21 Measures organic matter to assess soil health and nutrient retention. Essential for monitoring soil quality and supporting sustainable farming.
- 39 Assesses liming potential by measuring calcium carbonate and oxide equivalents. Helps plan lime applications to correct soil acidity and optimise pH for crop growth.
- 58 Checks selenium levels in soil to ensure crop safety and compliance. Important for areas with known selenium risk or deficiency.
- 182 Determines sand, silt, and clay proportions for soil classification. Helps inform irrigation planning, compaction management, and crop suitability decisions.
- 432 Provides accurate organic carbon measurement using Dumas for carbon stock estimation and soil health assessment. Supports carbon management and sustainability reporting.
- A001 Provides pH and key macronutrient data for basic fertility assessment. Ideal for routine soil testing to optimise nutrient management and maintain soil health.
- A002 Measures pH, major nutrients, and salinity indicators to maintain optimal growing conditions in protected environments. Supports precision nutrient management and prevents salt build-up for healthy crops.
- A020 Provides particle size distribution for sand, silt, and clay using UK classification. This analysis supports soil texture assessment for agricultural land classification, irrigation planning, nutrient management, and research applications.
- A026 Provides analysis of key toxic elements to ensure compliance with environmental and food safety standards. Critical for risk assessment in land application.
- A029 Measures cation exchange capacity and exchangeable bases to evaluate nutrient holding capacity. Supports balanced fertilisation and soil amendment decisions.
- A046 Measures nitrate and ammonium nitrogen to assess immediate nitrogen availability. Supports efficient nitrogen management and sustainable crop production.
- A082 Combines nutrient analysis with soil texture classification to inform irrigation and nutrient strategies. Ideal for tailoring management to soil type.
- A095 Adds plant available calcium and sodium to our routine analysis request package with estimated cation exchange capacity for better understanding of nutrient holding capacity. Supports fertiliser planning and soil amendment decisions.
- A096 Measures nitrate and ammonium nitrogen to assess immediate nitrogen availability, alongside an estimate of mineralisable nitrogen. Supports efficient nitrogen management and sustainable crop production.
- A103 Measures total carbon and nitrogen for soil fertility and sustainability metrics. Ideal for monitoring nutrient balance and carbon management.
- A118 Provides nutrient, organic matter, and texture data for holistic soil management. Supports sustainable farming by integrating chemical and physical properties.
- A160 Provides macro and micronutrient data, including trace elements, for detailed soil fertility assessment. Ideal for high-value crops requiring precise nutrient management. Recommended for Brassica and Legumes crops due to inclusion of plant available Molybdenum as its an essential element for enzymes that fix nitrogen.
- A174 Offers a detailed breakdown of soil particle sizes, including multiple sand fractions, silt, and clay. This advanced texture analysis is widely used in the amenity sector, such as for golf course assessments.
- A208 Provides CEC and texture data to guide irrigation and nutrient strategies. Supports precision agriculture.
- A218 Adds organic matter analysis to standard soil testing for improved soil structure and nutrient retention insights. Supports sustainable crop production.
- A224 Provides macro and micronutrient data, including trace elements, for detailed soil fertility assessment. Ideal for high-value crops requiring precise nutrient management.
- A230 Combines CEC and organic matter analysis for comprehensive soil fertility assessment. Ideal for long-term productivity.
- A306 Offers macro and micronutrient data using Mehlich III as a universal extractant for cost effective comprehensive fertility assessment.
- A308 Offers macro and micronutrient data using Mehlich III as a universal extractant for cost effective comprehensive fertility assessment with the addition of textural analysis.
- A421 Provides detailed carbon and nitrogen data, including C:N ratio and carbon stock estimation. Essential for soil health monitoring and carbon accounting in sustainability programmes.
- A422 Provides detailed carbon and nitrogen data, including C:N ratio and carbon stock estimation. Includes active carbon measurement for insight into biological activity and soil resilience. Ideal for regenerative agriculture and improving soil function.
- A425 Provides analysis of key toxic elements to ensure compliance with environmental and food safety standards. Critical for risk assessment in land application. Adds additional elements for comprehensive contamination risk evaluation.
- A427 Provides total concentrations of key elements for long-term soil fertility assessment. Useful for baseline studies and soil resource evaluation.
- A430 Provides size classification of stones in three categories (0–20 mm, 20–50 mm, >50 mm) to support accurate bulk density calculations and assess soil structure. Essential for carbon stock estimation, soil health monitoring, and land management planning.
- A500 Combines chemical, physical, and biological indicators—including Solvita CO₂ burst—for a comprehensive soil health index. Supports sustainable farming and long-term soil productivity.
- A620 Determines total carbon, nitrogen, and organic/inorganic carbon for soil health monitoring. Supports carbon accounting and nutrient management strategies.
- A882 Ensures topsoil meets specification for landscaping, construction, and planting projects. Provides confidence in quality, nutrient status, and absence of contaminants for safe and effective use.
- A883 Confirms subsoil suitability for structural and drainage roles in landscaping and construction. Assesses physical and chemical properties to ensure compliance and long-term performance.
Analysis Package - Plant Tissue
- Select All
- 3000 Nitrogen is essential for chlorophyll production and protein synthesis, driving crop growth and yield. Testing plant tissue mid-season identifies deficiencies early, enabling precise fertiliser adjustments and improving nitrogen use efficiency. This supports healthy crops and sustainable nutrient management.
- 3007 (Total Carbon in plant tissue )
- 3035 (Dry Matter in plant tissue)
- C013 CropCheck provides a full nutrient profile at key growth stages, enabling mid-season adjustments to prevent deficiencies and optimise yield. It supports precision farming by benchmarking against critical nutrient ranges, reducing unnecessary applications and costs. Interpretation provided only for cereal crops.
- C037 Monitoring PTEs such as lead, cadmium, and arsenic ensures compliance with food safety regulations and protects market access. Regular testing mitigates contamination risks, safeguards brand reputation, and supports environmental stewardship.
- C086 CropCheck provides a full nutrient profile at key growth stages, enabling mid-season adjustments to prevent deficiencies and optimise yield. Adds to CropCheck with an enhanced nutrient profile including molybdenum, vital for nitrogen metabolism and enzyme activity. Ideal for crops needing precise trace element management to maximise yield. Interpreted provided only for cereal crops.
- C150 Dry matter analysis removes moisture variability, giving an accurate picture of nutrient concentration. This is critical for feed formulation, crop quality assessment, and yield calculations, ensuring better rationing and storage decisions.
Analysis Package - Grain
- Select All
- 5001 Grain nitrogen analysis benchmarks nutrient uptake and removal at harvest. It informs next season’s fertiliser strategy and helps achieve grain quality targets such as protein content. Understanding nitrogen levels improves efficiency and reduces environmental impact.
- 5058 (Total Carbon in grain)
- C521 GrainCheck provides a complete nutrient analysis at harvest, supported by cereal-specific interpretation. It helps refine fertiliser plans, confirm input effectiveness, and improve soil fertility. This insight is essential for meeting market quality standards and supporting sustainable crop production.
- C522 GrainCheck Plus provides a complete nutrient analysis at harvest, enhanced with molybdenum and supported by cereal-specific interpretation. It helps refine fertiliser plans, verify input effectiveness, and improve soil fertility. This comprehensive insight is essential for meeting market quality standards and supporting sustainable crop production.
Analysis Package - Growing Media/Compost
- Select All
- H001 Comprehensive analysis of compost physical and chemical properties, including nutrients and trace elements. Ensures compost quality for effective plant growth and reliable nutrient supply in horticultural applications.
- H003 Tests for seven heavy metals to ensure growing media is safe and compliant. Critical for protecting plants and meeting environmental and food safety regulations.
- H031 Assesses extractable potassium, sodium, calcium, Barium Chloride and magnesium to evaluate nutrient availability in growing media. Supports balanced fertilisation and crop health.
Analysis Package - Water
- Select All
- 2110 Analyses dissolved silicon to support plant strength and stress tolerance. Important for crops requiring silicon supplementation in hydroponic or protected environments.
- 2114 Determines alkalinity levels to evaluate buffering capacity and pH stability. Essential for managing irrigation water and preventing nutrient lock-up in growing systems.
- 2117 Measures nitrate levels in water to prevent toxicity and ensure compliance with environmental and crop safety standards. Supports nutrient management in irrigation systems.
- 2139 Measures the amount of organic matter in water to assess pollution levels and treatment efficiency. Essential for monitoring water quality in agricultural and industrial applications.
- 2140 Determines oxygen demand from microbial activity over five days to evaluate water quality and biological load. Important for assessing suitability for discharge or reuse.
- 2143 Measures ammonium nitrogen concentration to assess water quality for irrigation and hydroponic systems. Helps prevent nutrient imbalances and supports accurate fertiliser planning.
- 2145 Determines the amount of suspended particles in water to evaluate clarity and contamination risk. Essential for monitoring water quality in irrigation and livestock systems.
- 2197 Measures calcium and magnesium levels to assess water hardness. Critical for preventing scale formation and ensuring nutrient solution compatibility.
- 2262 Provides total molybdenum concentration for compliance and crop safety. Supports micronutrient monitoring in irrigation and hydroponic systems.
- 2329 Measures soluble molybdenum for accurate nutrient availability assessment. Helps maintain balanced micronutrient supply for sensitive crops.
- L002 Analyses key minerals, salts, and water quality indicators to assess suitability for livestock consumption. Includes interpretation and guidance to prevent health risks and ensure compliance with animal welfare standards.
- L003 Comprehensive water quality analysis for irrigation, including nutrients, salts, and alkalinity. Provides interpretation with Sodium Adsorption Ratio (SAR) and toxicity risk for boron, chloride, and carbonates to protect soil structure and crop health.
- L007 Tests for eight heavy metals to ensure water safety and compliance with environmental standards. Critical for preventing contamination in irrigation and livestock systems.
- L013 Provides a full water quality profile, including pH, conductivity, nutrients, and bicarbonate/carbonate levels. Essential for irrigation planning.
Analysis Package - Nutrient Solution
- Select All
- N006 Measures key nutrients and ammonium for nutrient film technique systems. Supports accurate nutrient solution formulation for hydroponic production.
- N007 Adds molybdenum analysis to NFT Nutrient Solution Suite for complete micronutrient monitoring. Ideal for crops with specific trace element requirements in hydroponic systems.
- N015 Includes silicon and alkalinity indicators for advanced hydroponic management. Helps optimise nutrient solutions for plant strength and pH stability.
Analysis Package - Organic Materials - PAS110 Compliance
- Select All
- 4746 Measures remaining biogas potential in digestate, indicating process efficiency and stability. Requirement for the Industrial Emissions Directive for facilites such as those treating sewage sludge to evaluate the remaining biogas potential in the treated sludge.
- I104,4778 Verifies digestate meets essential quality and safety standards for land application. Ensures compliance with regulations, confirms nutrient content, and supports sustainable farming practices.
- I104,4778, 4745, 4746 Ensures digestate meets strict quality standards for use as a renewable fertiliser in agriculture and horticulture. It confirms the material is safe, nutrient-rich, and free from contaminants, supporting soil health and sustainable farming. Compliance also removes waste status under the resource framework, reducing regulatory burden and increasing market confidence. This suite should be used for whole digestate and separated liquor.
- I104,4778,4746 Ensures digestate meets strict quality standards for renewable fertiliser use. Confirms safety, nutrient value, and absence of contaminants, supporting soil health and sustainable farming. Compliance also removes waste status under the resource framework, reducing regulatory burden and increasing market confidence. This suite should be used for separate fibre.
Analysis Package - PAS100 Compliance
- Select All
- I073 Ensures compost quality for soft landscaping and horticultural applications, meeting PAS100 standards and protecting soil health.
- I074 Ensures compost quality for soft landscaping and horticultural use, meeting PAS100 standards and supporting soil health.
- I101 Ensures compost quality for agricultural and field horticultural use, meeting PAS100 standards and supporting soil health.
- I109 Guarantees compost quality for agricultural, horticultural, and landscaping use. It ensures the product is fit for purpose, free from physical contaminants, and meets nutrient and stability criteria. This protects soil health, supports crop growth, and provides confidence to end users.
Analysis Package - Anaerobic Digestate/Feedstock
- Select All
- 1076 Monitors anaerobic digestion health. High VFA levels indicate imbalance or inhibition, allowing early intervention to maintain biogas yield and prevent process failure.
- 4779 Fatty Organic Acids to Total Alkalinity Ratio. A key stability indicator for anaerobic digestion, helping operators maintain balanced and efficient biogas production.
- 4809 Calculating theoretical biogas potential helps predict energy output from feedstocks, supporting feasibility studies and economic modelling for AD plants.
- 4901 Predicts the biogas yield from feedstocks under controlled conditions. It helps operators select suitable materials, optimise feedstock blends, and maximise energy output. Shorter tests provide quick insights for faster decision-making.
- 4903 Predicts the biogas yield from feedstocks under controlled conditions. It helps operators select suitable materials, optimise feedstock blends, and maximise energy output. Longer tests provide more accurate data for slow-degrading substrates, reducing risk of underperformance.
- 4905 Predicts the biogas yield from feedstocks under controlled conditions. Longer tests provide more accurate data for slow-degrading substrates, reducing risk of underperformance.
- 4919 Ideal for screening feedstocks before full BMP testing, saving time and reducing risk.
- I130 Understanding the concentration of trace elements in feedback and digestate
- I136 Essential for understanding feedstock composition and optimising energy yield in processing systems.
- I137 Focused on key indicators for stable anaerobic digestion, helping you monitor and maintain process efficiency.
- I138 Advanced analysis for full process control and trace element management, ensuring robust and efficient digestion.
Analysis Package - Application to Land
- Select All
- 4500 Provides accurate nutrient concentration by removing moisture variability. It is essential for feedstock characterisation, compost quality, and nutrient management planning.
- 4501 Provides a complete measure of nitrogen content in organic waste, supporting accurate nutrient planning and compliance with agronomic standards.
- 4516 Understanding of carbon content, alongisde nitrogen content of organic materials to determine a Carbon to Nitrogen ratio which determines whether the organic material releases or ties up nitrogen, contributes to the Organic Matter content of the soil and support balanced soil biology.
- 4524 Knowledge of the organic matter content helps determine the value of the material and how it behaves in the soil
- 4525 Knowledge of the neutralising value of an organic material provides an understanding how the material will influence soil acidity and overall nutrient dynamics.
- 4548 Helps understand Boron content in feedstocks/digestates to determine whether deficient /sufficient for the bacteria involved in the Anaerobic Digestion process as it plays a role in several biological and chemical processess that impact biogas production and system stability. Boron is also a micronutrient required for crop production so knowledge of its content in material being applied to land helps asses the agronomic benefit of that material.
- 4569 Helps optimise poultry manure application by accounting for uric acid nitrogen which is a significant proportial of the available nitrogen in this type of manure improving crop nutrition and reducing environmental risk.
- 4618 Assesses pollution risk from liquid wastes, supporting compliance with discharge regulations.
- 4619 Provides a rapid indicator of potential water pollution, aiding environmental risk management.
- 4632 Essential for meeting Environment Agency waste compliance requirements. Ideal for assessing materials that may pose a risk, including potential contamination from food waste, helping ensure safe and compliant waste management.
- 4637 Provides a clear assessment of physical contaminants in material, supporting compliance and quality assurance for land application.
- 4640 Critical for biosecurity and PAS compliance, reducing risk of pathogen transfer to crops and livestock.
- 4766 Ensures hygiene standards and regulatory compliance by monitoring for E. coli presence in digestate and feedstock.
- 4778 Protects soil quality and meets regulatory requirements by confirming digestate is free from harmful contaminants.
- 4792 Helps understand Tungsten content in feedstocks/digestates to determine whether deficient /sufficient for the bacteria involved in the Anaerobic Digestion process as it plays a role in several biological and chemical processess that impact biogas production and system stability
- I093 Determines nutrient content for land application, ensuring compliance with regulations and preventing over-application. It supports nutrient planning, reduces environmental risk, and maximises fertiliser value.
- I094 Testing suite to the suitability or organic material for land application. Designed to support compliance and soil health management.
- I139 Comprehensive testing aligned with regulatory standards, providing confidence in waste-to-land applications.
Sample Numbers (Per Year)*
Please enter a number from 1 to 9999999.
Second Sample Or Analysis Package
Sample Type*
Analysis Package - Soil
- Select All
- 21 Measures organic matter to assess soil health and nutrient retention. Essential for monitoring soil quality and supporting sustainable farming.
- 39 Assesses liming potential by measuring calcium carbonate and oxide equivalents. Helps plan lime applications to correct soil acidity and optimise pH for crop growth.
- 58 Checks selenium levels in soil to ensure crop safety and compliance. Important for areas with known selenium risk or deficiency.
- 182 Determines sand, silt, and clay proportions for soil classification. Helps inform irrigation planning, compaction management, and crop suitability decisions.
- 432 Provides accurate organic carbon measurement using Dumas for carbon stock estimation and soil health assessment. Supports carbon management and sustainability reporting.
- A001 Provides pH and key macronutrient data for basic fertility assessment. Ideal for routine soil testing to optimise nutrient management and maintain soil health.
- A002 Measures pH, major nutrients, and salinity indicators to maintain optimal growing conditions in protected environments. Supports precision nutrient management and prevents salt build-up for healthy crops.
- A020 Provides particle size distribution for sand, silt, and clay using UK classification. This analysis supports soil texture assessment for agricultural land classification, irrigation planning, nutrient management, and research applications.
- A026 Provides analysis of key toxic elements to ensure compliance with environmental and food safety standards. Critical for risk assessment in land application.
- A029 Measures cation exchange capacity and exchangeable bases to evaluate nutrient holding capacity. Supports balanced fertilisation and soil amendment decisions.
- A046 Measures nitrate and ammonium nitrogen to assess immediate nitrogen availability. Supports efficient nitrogen management and sustainable crop production.
- A082 Combines nutrient analysis with soil texture classification to inform irrigation and nutrient strategies. Ideal for tailoring management to soil type.
- A095 Adds plant available calcium and sodium to our routine analysis request package with estimated cation exchange capacity for better understanding of nutrient holding capacity. Supports fertiliser planning and soil amendment decisions.
- A096 Measures nitrate and ammonium nitrogen to assess immediate nitrogen availability, alongside an estimate of mineralisable nitrogen. Supports efficient nitrogen management and sustainable crop production.
- A103 Measures total carbon and nitrogen for soil fertility and sustainability metrics. Ideal for monitoring nutrient balance and carbon management.
- A118 Provides nutrient, organic matter, and texture data for holistic soil management. Supports sustainable farming by integrating chemical and physical properties.
- A160 Provides macro and micronutrient data, including trace elements, for detailed soil fertility assessment. Ideal for high-value crops requiring precise nutrient management. Recommended for Brassica and Legumes crops due to inclusion of plant available Molybdenum as its an essential element for enzymes that fix nitrogen.
- A174 Offers a detailed breakdown of soil particle sizes, including multiple sand fractions, silt, and clay. This advanced texture analysis is widely used in the amenity sector, such as for golf course assessments.
- A208 Provides CEC and texture data to guide irrigation and nutrient strategies. Supports precision agriculture.
- A218 Adds organic matter analysis to standard soil testing for improved soil structure and nutrient retention insights. Supports sustainable crop production.
- A224 Provides macro and micronutrient data, including trace elements, for detailed soil fertility assessment. Ideal for high-value crops requiring precise nutrient management.
- A230 Combines CEC and organic matter analysis for comprehensive soil fertility assessment. Ideal for long-term productivity.
- A306 Offers macro and micronutrient data using Mehlich III as a universal extractant for cost effective comprehensive fertility assessment.
- A308 Offers macro and micronutrient data using Mehlich III as a universal extractant for cost effective comprehensive fertility assessment with the addition of textural analysis.
- A421 Provides detailed carbon and nitrogen data, including C:N ratio and carbon stock estimation. Essential for soil health monitoring and carbon accounting in sustainability programmes.
- A422 Provides detailed carbon and nitrogen data, including C:N ratio and carbon stock estimation. Includes active carbon measurement for insight into biological activity and soil resilience. Ideal for regenerative agriculture and improving soil function.
- A425 Provides analysis of key toxic elements to ensure compliance with environmental and food safety standards. Critical for risk assessment in land application. Adds additional elements for comprehensive contamination risk evaluation.
- A427 Provides total concentrations of key elements for long-term soil fertility assessment. Useful for baseline studies and soil resource evaluation.
- A430 Provides size classification of stones in three categories (0–20 mm, 20–50 mm, >50 mm) to support accurate bulk density calculations and assess soil structure. Essential for carbon stock estimation, soil health monitoring, and land management planning.
- A500 Combines chemical, physical, and biological indicators—including Solvita CO₂ burst—for a comprehensive soil health index. Supports sustainable farming and long-term soil productivity.
- A620 Determines total carbon, nitrogen, and organic/inorganic carbon for soil health monitoring. Supports carbon accounting and nutrient management strategies.
- A882 Ensures topsoil meets specification for landscaping, construction, and planting projects. Provides confidence in quality, nutrient status, and absence of contaminants for safe and effective use.
- A883 Confirms subsoil suitability for structural and drainage roles in landscaping and construction. Assesses physical and chemical properties to ensure compliance and long-term performance.
Analysis Package - Plant Tissue
- Select All
- 3000 Nitrogen is essential for chlorophyll production and protein synthesis, driving crop growth and yield. Testing plant tissue mid-season identifies deficiencies early, enabling precise fertiliser adjustments and improving nitrogen use efficiency. This supports healthy crops and sustainable nutrient management.
- 3007 (Total Carbon in plant tissue )
- 3035 (Dry Matter in plant tissue)
- C013 CropCheck provides a full nutrient profile at key growth stages, enabling mid-season adjustments to prevent deficiencies and optimise yield. It supports precision farming by benchmarking against critical nutrient ranges, reducing unnecessary applications and costs. Interpretation provided only for cereal crops.
- C037 Monitoring PTEs such as lead, cadmium, and arsenic ensures compliance with food safety regulations and protects market access. Regular testing mitigates contamination risks, safeguards brand reputation, and supports environmental stewardship.
- C086 CropCheck provides a full nutrient profile at key growth stages, enabling mid-season adjustments to prevent deficiencies and optimise yield. Adds to CropCheck with an enhanced nutrient profile including molybdenum, vital for nitrogen metabolism and enzyme activity. Ideal for crops needing precise trace element management to maximise yield. Interpreted provided only for cereal crops.
- C150 Dry matter analysis removes moisture variability, giving an accurate picture of nutrient concentration. This is critical for feed formulation, crop quality assessment, and yield calculations, ensuring better rationing and storage decisions.
Analysis Package - Grain
- Select All
- 5001 Grain nitrogen analysis benchmarks nutrient uptake and removal at harvest. It informs next season’s fertiliser strategy and helps achieve grain quality targets such as protein content. Understanding nitrogen levels improves efficiency and reduces environmental impact.
- 5058 (Total Carbon in grain)
- C521 GrainCheck provides a complete nutrient analysis at harvest, supported by cereal-specific interpretation. It helps refine fertiliser plans, confirm input effectiveness, and improve soil fertility. This insight is essential for meeting market quality standards and supporting sustainable crop production.
- C522 GrainCheck Plus provides a complete nutrient analysis at harvest, enhanced with molybdenum and supported by cereal-specific interpretation. It helps refine fertiliser plans, verify input effectiveness, and improve soil fertility. This comprehensive insight is essential for meeting market quality standards and supporting sustainable crop production.
Analysis Package - Growing Media/Compost
- Select All
- H001 Comprehensive analysis of compost physical and chemical properties, including nutrients and trace elements. Ensures compost quality for effective plant growth and reliable nutrient supply in horticultural applications.
- H003 Tests for seven heavy metals to ensure growing media is safe and compliant. Critical for protecting plants and meeting environmental and food safety regulations.
- H031 Assesses extractable potassium, sodium, calcium, Barium Chloride and magnesium to evaluate nutrient availability in growing media. Supports balanced fertilisation and crop health.
Analysis Package - Water
- Select All
- 2110 Analyses dissolved silicon to support plant strength and stress tolerance. Important for crops requiring silicon supplementation in hydroponic or protected environments.
- 2114 Determines alkalinity levels to evaluate buffering capacity and pH stability. Essential for managing irrigation water and preventing nutrient lock-up in growing systems.
- 2117 Measures nitrate levels in water to prevent toxicity and ensure compliance with environmental and crop safety standards. Supports nutrient management in irrigation systems.
- 2139 Measures the amount of organic matter in water to assess pollution levels and treatment efficiency. Essential for monitoring water quality in agricultural and industrial applications.
- 2140 Determines oxygen demand from microbial activity over five days to evaluate water quality and biological load. Important for assessing suitability for discharge or reuse.
- 2143 Measures ammonium nitrogen concentration to assess water quality for irrigation and hydroponic systems. Helps prevent nutrient imbalances and supports accurate fertiliser planning.
- 2145 Determines the amount of suspended particles in water to evaluate clarity and contamination risk. Essential for monitoring water quality in irrigation and livestock systems.
- 2197 Measures calcium and magnesium levels to assess water hardness. Critical for preventing scale formation and ensuring nutrient solution compatibility.
- 2262 Provides total molybdenum concentration for compliance and crop safety. Supports micronutrient monitoring in irrigation and hydroponic systems.
- 2329 Measures soluble molybdenum for accurate nutrient availability assessment. Helps maintain balanced micronutrient supply for sensitive crops.
- L002 Analyses key minerals, salts, and water quality indicators to assess suitability for livestock consumption. Includes interpretation and guidance to prevent health risks and ensure compliance with animal welfare standards.
- L003 Comprehensive water quality analysis for irrigation, including nutrients, salts, and alkalinity. Provides interpretation with Sodium Adsorption Ratio (SAR) and toxicity risk for boron, chloride, and carbonates to protect soil structure and crop health.
- L007 Tests for eight heavy metals to ensure water safety and compliance with environmental standards. Critical for preventing contamination in irrigation and livestock systems.
- L013 Provides a full water quality profile, including pH, conductivity, nutrients, and bicarbonate/carbonate levels. Essential for irrigation planning.
Analysis Package - Nutrient Solution
- Select All
- N006 Measures key nutrients and ammonium for nutrient film technique systems. Supports accurate nutrient solution formulation for hydroponic production.
- N007 Adds molybdenum analysis to NFT Nutrient Solution Suite for complete micronutrient monitoring. Ideal for crops with specific trace element requirements in hydroponic systems.
- N015 Includes silicon and alkalinity indicators for advanced hydroponic management. Helps optimise nutrient solutions for plant strength and pH stability.
Analysis Package - Organic Materials - PAS110 Compliance
- Select All
- 4746 Measures remaining biogas potential in digestate, indicating process efficiency and stability. Requirement for the Industrial Emissions Directive for facilites such as those treating sewage sludge to evaluate the remaining biogas potential in the treated sludge.
- I104,4778 Verifies digestate meets essential quality and safety standards for land application. Ensures compliance with regulations, confirms nutrient content, and supports sustainable farming practices.
- I104,4778, 4745, 4746 Ensures digestate meets strict quality standards for use as a renewable fertiliser in agriculture and horticulture. It confirms the material is safe, nutrient-rich, and free from contaminants, supporting soil health and sustainable farming. Compliance also removes waste status under the resource framework, reducing regulatory burden and increasing market confidence. This suite should be used for whole digestate and separated liquor.
- I104,4778,4746 Ensures digestate meets strict quality standards for renewable fertiliser use. Confirms safety, nutrient value, and absence of contaminants, supporting soil health and sustainable farming. Compliance also removes waste status under the resource framework, reducing regulatory burden and increasing market confidence. This suite should be used for separate fibre.
Analysis Package - PAS100 Compliance
- Select All
- I073 Ensures compost quality for soft landscaping and horticultural applications, meeting PAS100 standards and protecting soil health.
- I074 Ensures compost quality for soft landscaping and horticultural use, meeting PAS100 standards and supporting soil health.
- I101 Ensures compost quality for agricultural and field horticultural use, meeting PAS100 standards and supporting soil health.
- I109 Guarantees compost quality for agricultural, horticultural, and landscaping use. It ensures the product is fit for purpose, free from physical contaminants, and meets nutrient and stability criteria. This protects soil health, supports crop growth, and provides confidence to end users.
Analysis Package - Anaerobic Digestate/Feedstock
- Select All
- 1076 Monitors anaerobic digestion health. High VFA levels indicate imbalance or inhibition, allowing early intervention to maintain biogas yield and prevent process failure.
- 4779 Fatty Organic Acids to Total Alkalinity Ratio. A key stability indicator for anaerobic digestion, helping operators maintain balanced and efficient biogas production.
- 4809 Calculating theoretical biogas potential helps predict energy output from feedstocks, supporting feasibility studies and economic modelling for AD plants.
- 4901 Predicts the biogas yield from feedstocks under controlled conditions. It helps operators select suitable materials, optimise feedstock blends, and maximise energy output. Shorter tests provide quick insights for faster decision-making.
- 4903 Predicts the biogas yield from feedstocks under controlled conditions. It helps operators select suitable materials, optimise feedstock blends, and maximise energy output. Longer tests provide more accurate data for slow-degrading substrates, reducing risk of underperformance.
- 4905 Predicts the biogas yield from feedstocks under controlled conditions. Longer tests provide more accurate data for slow-degrading substrates, reducing risk of underperformance.
- 4919 Ideal for screening feedstocks before full BMP testing, saving time and reducing risk.
- I130 Understanding the concentration of trace elements in feedback and digestate
- I136 Essential for understanding feedstock composition and optimising energy yield in processing systems.
- I137 Focused on key indicators for stable anaerobic digestion, helping you monitor and maintain process efficiency.
- I138 Advanced analysis for full process control and trace element management, ensuring robust and efficient digestion.
Analysis Package - Application to Land
- Select All
- 4500 Provides accurate nutrient concentration by removing moisture variability. It is essential for feedstock characterisation, compost quality, and nutrient management planning.
- 4501 Provides a complete measure of nitrogen content in organic waste, supporting accurate nutrient planning and compliance with agronomic standards.
- 4516 Understanding of carbon content, alongisde nitrogen content of organic materials to determine a Carbon to Nitrogen ratio which determines whether the organic material releases or ties up nitrogen, contributes to the Organic Matter content of the soil and support balanced soil biology.
- 4524 Knowledge of the organic matter content helps determine the value of the material and how it behaves in the soil
- 4525 Knowledge of the neutralising value of an organic material provides an understanding how the material will influence soil acidity and overall nutrient dynamics.
- 4548 Helps understand Boron content in feedstocks/digestates to determine whether deficient /sufficient for the bacteria involved in the Anaerobic Digestion process as it plays a role in several biological and chemical processess that impact biogas production and system stability. Boron is also a micronutrient required for crop production so knowledge of its content in material being applied to land helps asses the agronomic benefit of that material.
- 4569 Helps optimise poultry manure application by accounting for uric acid nitrogen which is a significant proportial of the available nitrogen in this type of manure improving crop nutrition and reducing environmental risk.
- 4618 Assesses pollution risk from liquid wastes, supporting compliance with discharge regulations.
- 4619 Provides a rapid indicator of potential water pollution, aiding environmental risk management.
- 4632 Essential for meeting Environment Agency waste compliance requirements. Ideal for assessing materials that may pose a risk, including potential contamination from food waste, helping ensure safe and compliant waste management.
- 4637 Provides a clear assessment of physical contaminants in material, supporting compliance and quality assurance for land application.
- 4640 Critical for biosecurity and PAS compliance, reducing risk of pathogen transfer to crops and livestock.
- 4766 Ensures hygiene standards and regulatory compliance by monitoring for E. coli presence in digestate and feedstock.
- 4778 Protects soil quality and meets regulatory requirements by confirming digestate is free from harmful contaminants.
- 4792 Helps understand Tungsten content in feedstocks/digestates to determine whether deficient /sufficient for the bacteria involved in the Anaerobic Digestion process as it plays a role in several biological and chemical processess that impact biogas production and system stability
- I093 Determines nutrient content for land application, ensuring compliance with regulations and preventing over-application. It supports nutrient planning, reduces environmental risk, and maximises fertiliser value.
- I094 Testing suite to the suitability or organic material for land application. Designed to support compliance and soil health management.
- I139 Comprehensive testing aligned with regulatory standards, providing confidence in waste-to-land applications.
Sample Numbers (Per Year)*
Please enter a number from 1 to 9999999.
Third Sample Or Analysis Package
Sample Type*
Analysis Package - Soil
- Select All
- 21 Measures organic matter to assess soil health and nutrient retention. Essential for monitoring soil quality and supporting sustainable farming.
- 39 Assesses liming potential by measuring calcium carbonate and oxide equivalents. Helps plan lime applications to correct soil acidity and optimise pH for crop growth.
- 58 Checks selenium levels in soil to ensure crop safety and compliance. Important for areas with known selenium risk or deficiency.
- 182 Determines sand, silt, and clay proportions for soil classification. Helps inform irrigation planning, compaction management, and crop suitability decisions.
- 432 Provides accurate organic carbon measurement using Dumas for carbon stock estimation and soil health assessment. Supports carbon management and sustainability reporting.
- A001 Provides pH and key macronutrient data for basic fertility assessment. Ideal for routine soil testing to optimise nutrient management and maintain soil health.
- A002 Measures pH, major nutrients, and salinity indicators to maintain optimal growing conditions in protected environments. Supports precision nutrient management and prevents salt build-up for healthy crops.
- A020 Provides particle size distribution for sand, silt, and clay using UK classification. This analysis supports soil texture assessment for agricultural land classification, irrigation planning, nutrient management, and research applications.
- A026 Provides analysis of key toxic elements to ensure compliance with environmental and food safety standards. Critical for risk assessment in land application.
- A029 Measures cation exchange capacity and exchangeable bases to evaluate nutrient holding capacity. Supports balanced fertilisation and soil amendment decisions.
- A046 Measures nitrate and ammonium nitrogen to assess immediate nitrogen availability. Supports efficient nitrogen management and sustainable crop production.
- A082 Combines nutrient analysis with soil texture classification to inform irrigation and nutrient strategies. Ideal for tailoring management to soil type.
- A095 Adds plant available calcium and sodium to our routine analysis request package with estimated cation exchange capacity for better understanding of nutrient holding capacity. Supports fertiliser planning and soil amendment decisions.
- A096 Measures nitrate and ammonium nitrogen to assess immediate nitrogen availability, alongside an estimate of mineralisable nitrogen. Supports efficient nitrogen management and sustainable crop production.
- A103 Measures total carbon and nitrogen for soil fertility and sustainability metrics. Ideal for monitoring nutrient balance and carbon management.
- A118 Provides nutrient, organic matter, and texture data for holistic soil management. Supports sustainable farming by integrating chemical and physical properties.
- A160 Provides macro and micronutrient data, including trace elements, for detailed soil fertility assessment. Ideal for high-value crops requiring precise nutrient management. Recommended for Brassica and Legumes crops due to inclusion of plant available Molybdenum as its an essential element for enzymes that fix nitrogen.
- A174 Offers a detailed breakdown of soil particle sizes, including multiple sand fractions, silt, and clay. This advanced texture analysis is widely used in the amenity sector, such as for golf course assessments.
- A208 Provides CEC and texture data to guide irrigation and nutrient strategies. Supports precision agriculture.
- A218 Adds organic matter analysis to standard soil testing for improved soil structure and nutrient retention insights. Supports sustainable crop production.
- A224 Provides macro and micronutrient data, including trace elements, for detailed soil fertility assessment. Ideal for high-value crops requiring precise nutrient management.
- A230 Combines CEC and organic matter analysis for comprehensive soil fertility assessment. Ideal for long-term productivity.
- A306 Offers macro and micronutrient data using Mehlich III as a universal extractant for cost effective comprehensive fertility assessment.
- A308 Offers macro and micronutrient data using Mehlich III as a universal extractant for cost effective comprehensive fertility assessment with the addition of textural analysis.
- A421 Provides detailed carbon and nitrogen data, including C:N ratio and carbon stock estimation. Essential for soil health monitoring and carbon accounting in sustainability programmes.
- A422 Provides detailed carbon and nitrogen data, including C:N ratio and carbon stock estimation. Includes active carbon measurement for insight into biological activity and soil resilience. Ideal for regenerative agriculture and improving soil function.
- A425 Provides analysis of key toxic elements to ensure compliance with environmental and food safety standards. Critical for risk assessment in land application. Adds additional elements for comprehensive contamination risk evaluation.
- A427 Provides total concentrations of key elements for long-term soil fertility assessment. Useful for baseline studies and soil resource evaluation.
- A430 Provides size classification of stones in three categories (0–20 mm, 20–50 mm, >50 mm) to support accurate bulk density calculations and assess soil structure. Essential for carbon stock estimation, soil health monitoring, and land management planning.
- A500 Combines chemical, physical, and biological indicators—including Solvita CO₂ burst—for a comprehensive soil health index. Supports sustainable farming and long-term soil productivity.
- A620 Determines total carbon, nitrogen, and organic/inorganic carbon for soil health monitoring. Supports carbon accounting and nutrient management strategies.
- A882 Ensures topsoil meets specification for landscaping, construction, and planting projects. Provides confidence in quality, nutrient status, and absence of contaminants for safe and effective use.
- A883 Confirms subsoil suitability for structural and drainage roles in landscaping and construction. Assesses physical and chemical properties to ensure compliance and long-term performance.
Analysis Package - Plant Tissue
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- 3000 Nitrogen is essential for chlorophyll production and protein synthesis, driving crop growth and yield. Testing plant tissue mid-season identifies deficiencies early, enabling precise fertiliser adjustments and improving nitrogen use efficiency. This supports healthy crops and sustainable nutrient management.
- 3007 (Total Carbon in plant tissue )
- 3035 (Dry Matter in plant tissue)
- C013 CropCheck provides a full nutrient profile at key growth stages, enabling mid-season adjustments to prevent deficiencies and optimise yield. It supports precision farming by benchmarking against critical nutrient ranges, reducing unnecessary applications and costs. Interpretation provided only for cereal crops.
- C037 Monitoring PTEs such as lead, cadmium, and arsenic ensures compliance with food safety regulations and protects market access. Regular testing mitigates contamination risks, safeguards brand reputation, and supports environmental stewardship.
- C086 CropCheck provides a full nutrient profile at key growth stages, enabling mid-season adjustments to prevent deficiencies and optimise yield. Adds to CropCheck with an enhanced nutrient profile including molybdenum, vital for nitrogen metabolism and enzyme activity. Ideal for crops needing precise trace element management to maximise yield. Interpreted provided only for cereal crops.
- C150 Dry matter analysis removes moisture variability, giving an accurate picture of nutrient concentration. This is critical for feed formulation, crop quality assessment, and yield calculations, ensuring better rationing and storage decisions.
Analysis Package - Grain
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- 5001 Grain nitrogen analysis benchmarks nutrient uptake and removal at harvest. It informs next season’s fertiliser strategy and helps achieve grain quality targets such as protein content. Understanding nitrogen levels improves efficiency and reduces environmental impact.
- 5058 (Total Carbon in grain)
- C521 GrainCheck provides a complete nutrient analysis at harvest, supported by cereal-specific interpretation. It helps refine fertiliser plans, confirm input effectiveness, and improve soil fertility. This insight is essential for meeting market quality standards and supporting sustainable crop production.
- C522 GrainCheck Plus provides a complete nutrient analysis at harvest, enhanced with molybdenum and supported by cereal-specific interpretation. It helps refine fertiliser plans, verify input effectiveness, and improve soil fertility. This comprehensive insight is essential for meeting market quality standards and supporting sustainable crop production.
Analysis Package - Growing Media/Compost
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- H001 Comprehensive analysis of compost physical and chemical properties, including nutrients and trace elements. Ensures compost quality for effective plant growth and reliable nutrient supply in horticultural applications.
- H003 Tests for seven heavy metals to ensure growing media is safe and compliant. Critical for protecting plants and meeting environmental and food safety regulations.
- H031 Assesses extractable potassium, sodium, calcium, Barium Chloride and magnesium to evaluate nutrient availability in growing media. Supports balanced fertilisation and crop health.
Analysis Package - Water
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- 2110 Analyses dissolved silicon to support plant strength and stress tolerance. Important for crops requiring silicon supplementation in hydroponic or protected environments.
- 2114 Determines alkalinity levels to evaluate buffering capacity and pH stability. Essential for managing irrigation water and preventing nutrient lock-up in growing systems.
- 2117 Measures nitrate levels in water to prevent toxicity and ensure compliance with environmental and crop safety standards. Supports nutrient management in irrigation systems.
- 2139 Measures the amount of organic matter in water to assess pollution levels and treatment efficiency. Essential for monitoring water quality in agricultural and industrial applications.
- 2140 Determines oxygen demand from microbial activity over five days to evaluate water quality and biological load. Important for assessing suitability for discharge or reuse.
- 2143 Measures ammonium nitrogen concentration to assess water quality for irrigation and hydroponic systems. Helps prevent nutrient imbalances and supports accurate fertiliser planning.
- 2145 Determines the amount of suspended particles in water to evaluate clarity and contamination risk. Essential for monitoring water quality in irrigation and livestock systems.
- 2197 Measures calcium and magnesium levels to assess water hardness. Critical for preventing scale formation and ensuring nutrient solution compatibility.
- 2262 Provides total molybdenum concentration for compliance and crop safety. Supports micronutrient monitoring in irrigation and hydroponic systems.
- 2329 Measures soluble molybdenum for accurate nutrient availability assessment. Helps maintain balanced micronutrient supply for sensitive crops.
- L002 Analyses key minerals, salts, and water quality indicators to assess suitability for livestock consumption. Includes interpretation and guidance to prevent health risks and ensure compliance with animal welfare standards.
- L003 Comprehensive water quality analysis for irrigation, including nutrients, salts, and alkalinity. Provides interpretation with Sodium Adsorption Ratio (SAR) and toxicity risk for boron, chloride, and carbonates to protect soil structure and crop health.
- L007 Tests for eight heavy metals to ensure water safety and compliance with environmental standards. Critical for preventing contamination in irrigation and livestock systems.
- L013 Provides a full water quality profile, including pH, conductivity, nutrients, and bicarbonate/carbonate levels. Essential for irrigation planning.
Analysis Package - Nutrient Solution
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- N006 Measures key nutrients and ammonium for nutrient film technique systems. Supports accurate nutrient solution formulation for hydroponic production.
- N007 Adds molybdenum analysis to NFT Nutrient Solution Suite for complete micronutrient monitoring. Ideal for crops with specific trace element requirements in hydroponic systems.
- N015 Includes silicon and alkalinity indicators for advanced hydroponic management. Helps optimise nutrient solutions for plant strength and pH stability.
Analysis Package - Organic Materials - PAS110 Compliance
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- 4746 Measures remaining biogas potential in digestate, indicating process efficiency and stability. Requirement for the Industrial Emissions Directive for facilites such as those treating sewage sludge to evaluate the remaining biogas potential in the treated sludge.
- I104,4778 Verifies digestate meets essential quality and safety standards for land application. Ensures compliance with regulations, confirms nutrient content, and supports sustainable farming practices.
- I104,4778, 4745, 4746 Ensures digestate meets strict quality standards for use as a renewable fertiliser in agriculture and horticulture. It confirms the material is safe, nutrient-rich, and free from contaminants, supporting soil health and sustainable farming. Compliance also removes waste status under the resource framework, reducing regulatory burden and increasing market confidence. This suite should be used for whole digestate and separated liquor.
- I104,4778,4746 Ensures digestate meets strict quality standards for renewable fertiliser use. Confirms safety, nutrient value, and absence of contaminants, supporting soil health and sustainable farming. Compliance also removes waste status under the resource framework, reducing regulatory burden and increasing market confidence. This suite should be used for separate fibre.
Analysis Package - PAS100 Compliance
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- I073 Ensures compost quality for soft landscaping and horticultural applications, meeting PAS100 standards and protecting soil health.
- I074 Ensures compost quality for soft landscaping and horticultural use, meeting PAS100 standards and supporting soil health.
- I101 Ensures compost quality for agricultural and field horticultural use, meeting PAS100 standards and supporting soil health.
- I109 Guarantees compost quality for agricultural, horticultural, and landscaping use. It ensures the product is fit for purpose, free from physical contaminants, and meets nutrient and stability criteria. This protects soil health, supports crop growth, and provides confidence to end users.
Analysis Package - Anaerobic Digestate/Feedstock
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- 1076 Monitors anaerobic digestion health. High VFA levels indicate imbalance or inhibition, allowing early intervention to maintain biogas yield and prevent process failure.
- 4779 Fatty Organic Acids to Total Alkalinity Ratio. A key stability indicator for anaerobic digestion, helping operators maintain balanced and efficient biogas production.
- 4809 Calculating theoretical biogas potential helps predict energy output from feedstocks, supporting feasibility studies and economic modelling for AD plants.
- 4901 Predicts the biogas yield from feedstocks under controlled conditions. It helps operators select suitable materials, optimise feedstock blends, and maximise energy output. Shorter tests provide quick insights for faster decision-making.
- 4903 Predicts the biogas yield from feedstocks under controlled conditions. It helps operators select suitable materials, optimise feedstock blends, and maximise energy output. Longer tests provide more accurate data for slow-degrading substrates, reducing risk of underperformance.
- 4905 Predicts the biogas yield from feedstocks under controlled conditions. Longer tests provide more accurate data for slow-degrading substrates, reducing risk of underperformance.
- 4919 Ideal for screening feedstocks before full BMP testing, saving time and reducing risk.
- I130 Understanding the concentration of trace elements in feedback and digestate
- I136 Essential for understanding feedstock composition and optimising energy yield in processing systems.
- I137 Focused on key indicators for stable anaerobic digestion, helping you monitor and maintain process efficiency.
- I138 Advanced analysis for full process control and trace element management, ensuring robust and efficient digestion.
Analysis Package - Application to Land
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- 4500 Provides accurate nutrient concentration by removing moisture variability. It is essential for feedstock characterisation, compost quality, and nutrient management planning.
- 4501 Provides a complete measure of nitrogen content in organic waste, supporting accurate nutrient planning and compliance with agronomic standards.
- 4516 Understanding of carbon content, alongisde nitrogen content of organic materials to determine a Carbon to Nitrogen ratio which determines whether the organic material releases or ties up nitrogen, contributes to the Organic Matter content of the soil and support balanced soil biology.
- 4524 Knowledge of the organic matter content helps determine the value of the material and how it behaves in the soil
- 4525 Knowledge of the neutralising value of an organic material provides an understanding how the material will influence soil acidity and overall nutrient dynamics.
- 4548 Helps understand Boron content in feedstocks/digestates to determine whether deficient /sufficient for the bacteria involved in the Anaerobic Digestion process as it plays a role in several biological and chemical processess that impact biogas production and system stability. Boron is also a micronutrient required for crop production so knowledge of its content in material being applied to land helps asses the agronomic benefit of that material.
- 4569 Helps optimise poultry manure application by accounting for uric acid nitrogen which is a significant proportial of the available nitrogen in this type of manure improving crop nutrition and reducing environmental risk.
- 4618 Assesses pollution risk from liquid wastes, supporting compliance with discharge regulations.
- 4619 Provides a rapid indicator of potential water pollution, aiding environmental risk management.
- 4632 Essential for meeting Environment Agency waste compliance requirements. Ideal for assessing materials that may pose a risk, including potential contamination from food waste, helping ensure safe and compliant waste management.
- 4637 Provides a clear assessment of physical contaminants in material, supporting compliance and quality assurance for land application.
- 4640 Critical for biosecurity and PAS compliance, reducing risk of pathogen transfer to crops and livestock.
- 4766 Ensures hygiene standards and regulatory compliance by monitoring for E. coli presence in digestate and feedstock.
- 4778 Protects soil quality and meets regulatory requirements by confirming digestate is free from harmful contaminants.
- 4792 Helps understand Tungsten content in feedstocks/digestates to determine whether deficient /sufficient for the bacteria involved in the Anaerobic Digestion process as it plays a role in several biological and chemical processess that impact biogas production and system stability
- I093 Determines nutrient content for land application, ensuring compliance with regulations and preventing over-application. It supports nutrient planning, reduces environmental risk, and maximises fertiliser value.
- I094 Testing suite to the suitability or organic material for land application. Designed to support compliance and soil health management.
- I139 Comprehensive testing aligned with regulatory standards, providing confidence in waste-to-land applications.
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