Environmental Analysis

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Environmental Analysis

Scientists performing environmental testing are facing increasing numbers of samples, ever-higher productivity demands and the need to manage their labs in a sustainable manner.

Change is not new to environmental professionals, but the speed and complexity of that change is. Emerging contaminants, new methods and lower detection limits all make it challenging to keep pace. At the same time, scientists performing environmental testing are facing increasing numbers of samples, ever-higher productivity demands and the need to manage their labs in a sustainable manner.

PerkinElmer is committed to accelerating and optimizing your environmental testing results whatever your workflow looks like. We support you with:

- High-throughput, cost-efficient solutions, so you can run as many samples as possible
- Flexible technology to meet new analytical testing challenges and regulations
- Easy-to-use workflows that enable everyone in your lab to contribute to delivering high-quality, reliable analytical results
- Instruments and solutions which are sustainable by design and incorporate features to minimize maintenance, enhance instrument lifetime, reduce waste and provide energy savings

We provide turnkey solutions complete with analytical instrumentation, preset methods, and workflows, together with a robust consumables and accessories portfolio, informatics, service and technical support – all coming together to help your lab meet evolving testing requirements while operating in a sustainable, environmentally friendly way.

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Direct Trace-Element Analysis in Cell Culture Media and Raw Materials with the NexION 5000 ICP-MS

Introduction Raw material preparation and formulation is a known source of elemental content and variation in cell culture media. Other sources of trace metal concentrations and variability include the leaching of trace metals from bioreactors, preparation vessels and storage containers. Quality control in cell culture media is essential for reducing...

GC-FID: Determination of Diethylene Glycol and Ethylene Glycol according to USP Propylene Glycol Monograph

Introduction Ethylene glycol and diethylene glycol are considered toxic to human health and both are commonly present as impurities in propylene glycol. In response to these toxic considerations and adhering to the recommendations from US Food and Drug Administration (USFDA), United States Pharmacopoeia (USP) revised its monograph for propylene glycol...

GC-FID: Determination of Ethylene Glycol and Diethylene Glycol in Polyethylene Glycol 400 according to USP Monograph

Introduction Polyethylene glycol (PEG) is a polyether compound derived from petroleum and one of the most popular polymeric materials with diverse industrial/biological/medical applications. PEG is routinely synthesized by polymerizing ethylene oxide, wherein ethylene oxide reacts with ethylene glycol (EG) in presence of a catalyst to form polymers of ethylene oxide....

GC-FID: Determination of Cetyl Alcohol and Aliphatic Alcohol Impurities According to USP

Introduction Cetyl alcohol, also known as palmityl alcohol or 1-hexadecanol, is a long-chain aliphatic alcohol that is a common additive in foods, cosmetics, personal care products (e.g., lotions and creams), and industrial fuels. To ensure cetyl alcohol quality, the United States Pharmacopoeia (USP) has outlined a chemical purity assay within...

A Novel Approach to Analysis of In-Service Lubricants for Particle Size/Count and Metal Content

Introduction Particle counting is becoming a more routine tool for lubricant condition monitoring and maintenance programs to better identify particles of certain sizes and concentrations that can contribute to machine failure. In-service oils and other lubricants are monitored for particle size similarly to how they are monitored for elemental concentration....

Analysis of Oil Additives Following ASTM D4951 with the Avio 220 Max ICP-OES

Introduction When blending base oils and additives for use as lubricants, it is important to know and control the concentrations of certain elements for optimal performance and longer engine life. Because this process is so crucial, ASTM developed a method for monitoring this procedure – ASTM method D4951 – which...

Essential Chemistry for Sustainable Energy

Introduction Decarbonization of electricity is playing a key role in meeting the goal of net-zero carbon emissions by 2050. Due to seasonal and weather-related limitations inherent to wind and solar renewable energies, an electricity storage strategy must be part of the solution. The lithium-ion battery (LIB) is a proven energy...

Comprehensive Testing Solutions for Solar Panel Materials

Introduction Free, clean, renewable – the power of the sun has the potential to serve millions of people around the world, while addressing some of our most daunting environmental challenges. We understand that as the demand for solar power grows, manufacturers need to focus on key issues in the lifecycle...

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