What We Do?

At M19 Lab, we're assisting various Energy manufacturers to ensure high quality products by providing access to advanced Energy testing products & services.

R&D Solutions

At M19, we understand that Energy manufacturers are facing increasingly complex issues from increasing regulatory compliances, performance sustainability & profits. We help you to meet these challenges by deploying our custom-designed Energy Lab Products.

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Our Products

AI BASED | ULTRA - HIGH PRECISION | INDUSTRY SPECIFIC

Micropore Analyzer

The Micropore Analyzer device stands out as a Cutting-edge Pore Size Analyzer, offering remarkable capabilities. Its advanced technology relies on both Liquid Displacement and Capillary Flow Porometry, making it highly efficient in characterizing the Pore Sizes of various fabrics such as woven, non-woven, spunbond and meltblown media. The device is specifically tailored for Microporous Media, making it an ideal choice for evaluating the performance of a wide range of Textile Products and providing accurate and detailed insights into the Fabric's Pore Structure.

ASTM F316, ASTM D6767

NanoPore Analyzer

The Nanopore Analyzer (NPA-500) device stands out as a cutting-edge pore size analyzer, offering remarkable capabilities. Its advanced technology relies on both liquid displacement and capillary flow porometry, making it highly efficient in characterizing the pore sizes of coated/laminated fabrics. The device is specifically tailored for the nanoporous media, making it an ideal choice for evaluating the performance of coated media and provide accurate and detailed insights into fabric's pore structure.

ASTM F316, ASTM D6767

Density/Porosity Analyzer

The novel Density Analyzer also known as Helium-Pycnometer provides users with real time data of true Density of specimens. It works on the Principle of Gas expansion based on Boyle’s Law of Isothermal Process. The actual volume of the sample is evaluated which further is then used to calculate Density.

ASTM B923-10, ASTM C110-15

APPLICATIONS

Battery Separators

A Battery Separator is a type of Polymeric Membrane that is positioned between the positively charged Anode and the negatively charged Cathode. This positioning helps prevent electrical short circuiting.

Hydrogen Fuel Cell

Hydrogen Fuel Cells produce Electricity by combining Hydrogen and Oxygen atoms. The Hydrogen reacts with Oxygen across an Electrochemical Cell, similar to a battery to produce Electricity, water, and small amounts of heat.

Solar Panels

Solar Technologies convert sunlight into Electrical Energy either through Photovoltaic (PV) Panels or through mirrors that concentrate Solar Radiation. This Energy can be used to generate Electricity or be stored in Batteries or Thermal Storage.

Blog

CO2 Capture using Zeolite Membrane

The excessive emission of CO2 is a major cause of Global Warming, which can be reduced by cutting down the combustion of Fossil Fuels. Membrane Separation using Zeolites offers an energy efficient way to capture CO2 compared to conventional techniques such as Amine Absorption.

Dense Electrodes

With the rapid development of mobile electronics and electric vehicles, future Electrochemical Capacitors (ECs) need to store as much energy as possible in a rather limited space. As the core component of ECs, dense electrodes that have a high volumetric energy density and superior rate capability are the key to achieving improved energy storage.

Hydrogen Fuel Cell

Hydrogen Fuel Cells generate electricity using a chemical reaction. Each Fuel Cell has two electrodes i.e. Anode and Cathode. The reaction to generate the electricity occurs at these electrodes, with an electrolyte carrying electrically charged particles between them through microporous gas diffusion layers and a catalyst to speed up the reactions.

Methods for Battery Separator Characterization

Separator is an important component of Li-ion battery which is mainly a Polymeric Membrane forming microporous layer having chemical and electrochemical stability along with being mechanically strong during battery construction. Cell performance, battery life, safety and reliability are affected by Battery Separator.

Hydrogen Fuel for Sustainable Development

Hydrogen is a clean alternative to Natural Gas. It's the most abundant chemical element of the universe. On earth, vast amounts of Hydrogen Atoms are contained in water, plants, animals, land etc. It is present in nearly all molecules in living things, but very scarce as a gas – less than one part per million by volume.

Composite Membranes Using Hydrophilized Porous Substrates

Recently Proton Exchange Membrane (PEM) development has shifted from more proton conductivity to more proton conductance at relative low humidity and higher temperature. Fabricating thinner PEMs is important to minimize areal specific resistance which results in significant decrease in Ohmic losses.