Sampling and Analysis Process
- Professional Sampling of Hazardous Waste and Sludge:
- Certified and experienced sampling teams
- Accreditation from the Israel Laboratory Accreditation Authority (ISRAC)
- Advanced and calibrated sampling equipment suitable for various waste types
- Strict sampling protocols to ensure safety and reliability
- On-site Testing:
- Fully equipped mobile laboratories for preliminary on-site analyses
- Fast turnaround of initial results for real-time decision-making
- Advanced personal protective equipment for safe handling of hazardous materials
- Comprehensive Laboratory Analyses:
- State-of-the-art analytical instruments
- Experienced scientific staff specializing in hazardous waste analysis
- Capability to handle a wide range of contaminants and toxins
- Final Reporting:
- Detailed data interpretation and comparison to relevant regulatory thresholds
- Clear and professional recommendations for safe treatment and disposal
Methods and Types of Tests
- Aqueous Leaching:
- Performed according to European standard EN 12457/2
- Assessment of the potential migration of contaminants from waste to the environment
- VOC – Volatile Organic Compounds:
- According to EPA Method 8260
- Identification and quantification of dozens of volatile organic compounds in waste
- Use of advanced GC-MS instrumentation for high sensitivity
- SVOC – Semi-Volatile Organic Compounds:
- EPA Method 8270
- Comprehensive analysis of hundreds of semi-volatile organic compounds
- Accurate identification of complex contaminants in industrial waste
- TPH – Total Petroleum Hydrocarbons:
- GRO (Gasoline Range Organics)
- DRO (Diesel Range Organics)
- ORO (Oil Range Organics)
- Assessment of contamination from fuels and oils in waste
- Mercury:
- Analysis at various detection levels using ICP and AA techniques
- Capability to detect extremely low mercury concentrations in hazardous waste
- Metals and Minerals:
- Metals screening by acid digestion according to EPA 6010 / SM 3120B
- Aqueous leaching according to EN 12457/2
- Comprehensive analysis of dozens of metals and minerals in waste אנליזה מקיפה של
- TOC – Total Organic Carbon:
- Accurate measurement of total organic carbon concentration in waste
- Assessment of organic pollution potential
- Anions by IC:
- Precise analysis of a wide range of anions in waste
- Use of advanced Ion Chromatography (IC) techniques
- Total Nitrogen and Nitrogen Compounds:
- Measurement of Kjeldahl nitrogen, ammonia, nitrate, and nitrite
- Assessment of pollution potential from nitrogen compounds in waste
- Total Sulfide and Dissolved Sulfide:
- Accurate measurement of inorganic sulfur concentrations in waste
- Assessment of odor generation and corrosion potential
- BOD and COD:
- Measurement of biochemical and chemical oxygen demand
- Assessment of organic load in liquid waste
- Phenols, Polyphenols, and Cresols:
- Identification and quantification of phenolic compounds in industrial waste
- Assessment of toxicity and pollution potential
- Detergents:
- Measurement of detergents and surfactant concentrations in waste
- Assessment of potential environmental impacts
- Cyanides:
- Sensitive analysis of cyanide concentrations in hazardous waste
- Assessment of toxicity and risk potential
- Total Fats and Mineral Oil (FTIR):
- Accurate measurement of oil and grease concentrations in waste
- Use of advanced FTIR techniques for precise identification
- Chlorides:
- Measurement using titration and IC
- Assessment of corrosion potential and environmental impacts
- Solids (TSS, VSS, TS, VS, TDS):
- Comprehensive analysis of different solid fractions in waste
- Assessment of physical properties of the waste
- Total Phosphorus and Phosphate:
- Measurement of phosphorus concentrations in various forms
- Assessment of pollution potential and eutrophication factors
- pH and Conductivity:
- Essential basic measurements for waste characterization
- Assessment of reactivity potential and environmental impacts
- Additional Tests:
- Capability to develop and adapt analytical methods for unique waste types
- Professional response to evolving regulatory requirements in the field of hazardous waste
Professional Consulting and Support for Hazardous Waste Analysis
At Ecological Laboratories A.P. Ltd., we provide advanced hazardous waste sampling and analytical services in accordance with EPA standards and ISRAC accreditation.
Our expert team supports clients throughout the entire process – from planning and sampling to the preparation of final reports and actionable recommendations.
Whether for a small project, a specific treatment requirement, or large-scale hazardous waste management, Ecological Laboratories A.P. Ltd. delivers precise and professional services with a strong commitment to quality, safety, regulatory compliance, and environmental responsibility.
Frequently Asked Questions
- What is the purpose of hazardous waste analysis?
- The tests are intended to identify and quantify contaminants in solid, liquid, and sludge waste, assess environmental and occupational risks, and determine the appropriate treatment and disposal methods in accordance with regulatory requirements.
- Who performs hazardous waste sampling?
- Sampling is carried out by certified and experienced sampling teams, accredited by the Israel Laboratory Accreditation Authority, using dedicated equipment and strict sampling protocols.
- Which contaminants can be analyzed in hazardous waste?
- The laboratory performs comprehensive analyses including VOC, SVOC, TPH, metals, mercury, TOC, anions, nitrogen compounds, sulfides, BOD/COD, phenols, cyanides, oils, chlorides, solids, and more – in accordance with the applicable standard methods.
- Which standards and methods are used for testing?
- Analyses are conducted according to internationally recognized standard methods such as EPA 8260, EPA 8270, EPA 6010, EN 12457/2, SM 3120B, ICP, AAS, GC-MS, IC, and FTIR – all approved by the Ministry of Environmental Protection.
