Energy Storage Analysis Solutions

Battery Spotlight

The potential of all solid-state battery (ASSB) technology to revolutionize the battery industry is resulting in new battery designs and material configuration ...

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This guide offers an overview of analyses required throughout the battery value chain - learn about innovative analytical solutions for testing every part of th ...

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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 i ...

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Global climate initiatives and increase demand for battery reliant technological innovations are driving the alternative energy revolution. Rapidly emerging as ...

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Research into battery technology is a thriving and crucial part of governmental efforts to transition economies to a more sustainable model. The scientists invo ...

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As the world moves to embrace renewable energy sources and reduce our global CO2 emissions, it will also be more dependent than ever on better battery technolog ...

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Traditional liquid battery configurations, such as lithium-ion batteries (LIBs), can generate high amounts of pressure due to the swelling of electrodes and gas ...

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Download this helpful infographic for a breakdown of main battery component recycling processes.

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Article by Kieran Evans on researching and designing better batteries with the help of ICP-OES, ICP-MS, and FTIR Analytical methods in a laboratory setting

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This handy infographic poster is a useful reference tool for anyone who needs to understand battery failure. Whether your investigating chemical degradation, de ...

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Are you part of the steady global acceleration of energy storage research? Make sure your lab is positioned to achieve the highest product performance and quali ...

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In this 20 minute video, we outline many of the lithium-Ion battery R&D and QA/QC challenges that occur in various battery research and manufacturing processes. ...

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Join Ken Neubauer as he demonstrates the ability of the Avio® 550 Max fully simultaneous ICP-OES to determine major and impurity components in black mass genera ...

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Access all the inspiring, educational information shared at Power Up 2022, on-demand.

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Rechargeable high-performance battery technology is enabling the large-scale e-mobility revolution.

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In this on-demand webinar, Ryan Purcell-Joiner, Senior Application Scientist at PerkinElmer, discusses the future of the battery market and how QA/QC methods fo ...

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In this on-demand webinar, Shuli Cheng, Principal Application Scientist at PerkinElmer, discusses the accurate analysis of Li-ion battery materials and chemical ...

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Analytical studies underpin industrial progress, whilst at the same time driving down costs and environmental impacts. It's a tall order, and we understand just ...

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Third installment in our Battery Series - From Chemicals to Materials. Focus in on electrolytes to uncover useful technologies and techniques for characterizati ...

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Hear from experts how to Take Charge of Anode and Cathode Testing Explore and contrast ICP-OES and ICP-MS, plus sample preparation techniques including laser ab ...

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Learn to investigate polymer-based film membranes, including polyvinylidene (PVDF) and PP/PE/PP tri-layer membranes. Analyze expanders used in lead acid batteri ...

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On-demand webinar outlining analytical solutions for Li-Ion battery research and analysis covering FT-IR, GC/MS and ICP-OES.

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Watch now to help you drive the development of more circular input structures by finding the best laboratory analysis solutions for material reclaim and reuse.

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All-solid-state lithium-ion batteries have received extensive attention as the core technology for the next generation of power batteries, with solid-state elec ...

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Reclaiming important metals from recycling spent batteries is a key source of elements vital to lithium batteries. One of the main reclamation processes for spe ...

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Rechargeable batteries are of high current interest as a storage medium for electrical energy. Although lithium-ion batteries are state of the art today, altern ...

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The presence of water on either the anode or cathode in a lithium-ion battery can seriously hinder its performance. A common method currently used to measure wa ...

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Carbonates are the most common class of solvent used in both primary and secondary batteries. Understanding phase transitions in these solvents is incredibly us ...

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The composition and content of carbonates, such as dimethyl carbonate and ethyl methyl carbonate, in electrolytic solution plays an important role in the develo ...

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Fuel cells offer cleaner and more-efficient energy than the internal-combustion engine. Many types of fuel cells are now available based on the electrolyte used ...

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PVDF (Polyvinylidene fluoride), along with other polymers such as SBR and PTFE, is commonly used as a binder in the anode of lithium-ion batteries due to its el ...

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With growing concern about the state of the environment, more and more devices are being powered by lithium batteries due to their higher capacities, longer liv ...

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Lithium nickel cobalt manganese oxide (LNCM) is the key cathode material for ternary lithium batteries which have a higher electric capacity and are less costly ...

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The capability to identify the presence of impurities in lithium (Li) battery materials is critical for manufacturers and suppliers to ensure that the performan ...

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Battery R&D

Our comprehensive battery materials analysis product portfolio has the flexibility to support ongoing innovation and keep up with your lab‘s ever-changing requirements providing the chemical and material analysis you need to innovate better batteries for safety, performance, power, longevity, scale and weight.

Cathode & Anode - Elemental Analysis
Material Characterization of Polymer for Separators, Binder & solid Electrolytes
Solvent Composition of Electrolytes

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Battery QA/QC

Simplify and accelerate your battery parts analysis for highest productivity. Confidently and reliably test your battery components and cells to the performance standards that you require. Learn more about Impurity Investigation, Degradation Analysis and Storage Management.

Storage Management (Safety) by GC/MS
Degradation Analysis & Composition by FT-IR, GC/MS, Thermal Analysis
Impurity Investigation by FT-IR & ICP-OES

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Supply Chain Analyses

Scroll down through the stages of the battery supply chain. Find the Matchar techniques you need for testing battery chemicals and materials used in cathode, anode, binder, separator and electrolyte components. Find valuable analytical insights for the ongoing advancement of renewable energy generation.

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Recycling, Disposal, REEs & Mining

Analyze Lithium compounds and other essential REE inputs to the manufacturing process to improve end-of-life processes. Identify chemicals and materials including metals and plastics for easier and cleaner separation for recycling. And improve environmental monitoring of off-gassing and toxic elements in landfill.

Recycling

Testing & Identifying Plastic Waste for Recycling Recycling is a challenge we face together. Plastic manufacturers, retailers and government, are working to control plastic pollution on land and in our oceans, by evolving ever more circular economies. And polymer recycling is rising to the challenge ...

地质与矿产

我们在现代工作和家庭环境中接触到的几乎所有的东西最终都源自地球的自然资源，农业、石油天然气、或矿产。然而，这些自然资源不是无限的。人口增长，城市化，以及对科技的巨大需求，无时无刻在不断增加着资源开采的压力，同时更反衬出创新在采矿和金属材料领域越来越具备的决定作用。矿业公司、学术机构和地矿测试实验室必须采用相关的解决方案应对来自原材料质量评估、产业流程中的有效检测，高通量处理样品，以及在快速周转的条件下进行工艺和废水控制等方面的挑战。准确性方面出现误差的代价高昂，可导致收入、信誉和市场份额的损失。由于被测材料的粗糙和腐蚀性，实验室需要可靠、稳定、灵活易用的解决方案。珀金埃尔默针对地质采矿测试 ...

环境

环境污染物分析有时候是一件具有挑战性的工作。由于监管规定越来越严格，污染物种类不断增加，分析工作面临各种挑战，因此，您的实验室必须具备可灵活应对各种问题的试验能力。无论您的实验室是已经非常完善的检测能力，还是成立伊始；无论是政府机构、第三方检测实验室、还是企业或园区实验室，都会面临这些问题：如何提升样品检测效率？如何保持合规性？如何快速掌握仪器使用方法？如何优化工作流程？我们的整体解决方案——从分析仪器、耗材到信息科学再到我们独一无二的OneSource服务与支持——帮助您满足更加严格的新监管规定。在美国环保局（EPA）以及欧盟、中国和其他地区相关机构的共同努力下，我们针对现有的 ...

Battery Recycling Infographic: Processes & Analytical Requirements

Download this infographic for a visual breakdown of main battery component recycling processes and the analytical technologies which are employed in important steps in..