Waste, Environment and Recycling
SciMed offers an unparalleled portfolio of analytical instrumentation, application knowledge and service support for the waste, environment and recycling market
Introduction to
Waste, Environment and Recycling
The waste, environment, and recycling sector encompasses a broad and complex industry that demands a wide range of analytical instrumentation, technical knowledge, and specialist expertise to fully understand and effectively support it.
The UK continues to generate increasing volumes of waste each year, while simultaneously improving recycling rates. To ensure environmental protection, compliant waste disposal, and maximum recycling efficiency, laboratories must adhere to an extensive and evolving range of testing and analytical regimes such ASTM’s E711 and D240 for calorific values, the WAC criteria, ISO’s 9562 for AOX, EPA 1621 for AOF, and many others. SciMed is well positioned to support laboratories in meeting these challenges.
We offer a comprehensive portfolio of analytical techniques, including near-infrared spectroscopy for plastics identification; high-pressure reaction vessels for material breakdown; bomb calorimetry for assessing waste-to-energy conversion; and elemental analysis from parts-per-trillion to percentage levels using AAS, ICP-OES, ICP-MS, and XRF. Additional capabilities include PFAS analysis using IC and/or CIC, total organic carbon (TOC) analysis for monitoring organic pollution, and a full range of potentiostats supporting the rapidly expanding battery testing and recycling sector.
Beyond instrumentation, SciMed provides complete lifecycle support. Our experienced service engineers deliver professional installation and ongoing maintenance, while our application specialists work closely with customers to configure systems and develop robust analytical methodologies that enhance performance and reliability.
Section Overview Title
WER products available from SciMed
High precision and accuracy instruments for determine energy content of all solid and liquid waste streams.
Parr Oxygen Bomb Calorimeter
High resolution ICP-OES for unmatched sensitivity and interference removal
PQ 9200 ICP-OES
Experience unparalleled precision, range and accuracy with the contrAA 800 Series.
ContrAA 800 AAS
Experience the highest sensitivity, the cheapest running costs and the most robust performance with the PlasmaQuant MS Series
ICP-MS
TOC/TN for all aqueous sample matrices offering direct or flow injection options
Multi NC x300 series
full range of anions and cations, transition metals, organic acids
lon Chromatography
Combustion Ion Chromatography enables analysis of halogens and sulphur
Combustion Ion Chromatography
Highly efficient AOX-TOX analyser and IS0 9562 compliance, for comprehensive industrial analysis.
TOX
Sample preparation for either offline combustion or CIC, for PFAS screening
ICprep Series
Direct excitation ED-XRF for analysis of Na - U in solids, liquids and powders
Rigaku NEX DE ED-XRF
Polarised ED-XRF for analysis of Na - U with enhanced sensitivity
Rigaku NEX CGII ED-XRF
Multi-X2500 AOX-TOX Analyser
Highly efficient AOX-TOX analyser and TOC-/TNb analyzer, for comprehensive industrial analysis.
AOX-TOX
EDUCATION
Environmental Analysis Education
Address environmental compliance testing with comprehensive analytical solutions tailored to the specific needs of environmental monitoring and remediation efforts.
A Practical Guide to Testing AOX in Wastewater/Effluent Samples
A practical guide to AOX and PFAS screening in wastewater using combustion ion chromatography workflows.
ICP-MS for testing drinking water quality
Monitoring drinking water quality and trace contaminants using ICP-MS analysis.
Testing AOX levels in water and wastewater samples
A practical guide to measuring AOX contamination in water and wastewater samples.
Elemental analysis using atomic adsorption spectroscopy
A practical guide to atomic absorption spectroscopy for trace metal analysis.
Total Inorganic Carbon Analysis in Lithium-Ion Battery Recycling
A guide to using TIC analysis to measure lithium carbonate recovery in lithium ion battery recycling processes.
ED-XRF analysis for the Waste Industry
Application Notes
PFAS Analysis in Soil and Sewage Sludge
TOF Analysis in Wastewater
High Throughput ICP-MS Analysis of Drinking Water
Gold Nanoparticle Analysis in Drinking Water
Arsenic Speciation in Soils and Sediments
Isotope Analysis in Cigars
Trace Element Analysis in Filter Dusts
Marine Sediment and Sewage Sludge Analysis
Elemental Analysis in Aluminium Air Batteries
Black Mass Recycling Analysis
Electronic Waste Analysis Using ICP-OES
Rare Earth Element Analysis in Granite and Sandstone
Phosphorus Analysis in Sewage Sludge
Wastewater Analysis by EPA 200.7
Impurity Analysis in Nickel and Cobalt Sulphate
Trace Element Analysis in Seawater
TIC Analysis in Lithium Ion Battery Recycling
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