By Surface Measurement Systems Ltd
INSTRUMENT DVS Carbon Gravimetric Carbon Dioxide Sorption Analyzer Overview The DVS Carbon is the world’s first high-performance, gravimetric sorption analyzer designed for advanced carbon dioxide capture experiments. Engineered specifically for carbon capture, utilization, and gas storage studies, it enables accurate single and multicomponent CO₂ analysis using a high-resolution gravimetric balance. Whether you’re working in material development, adsorption science, or environmental research, the DVS Carbon provides the control, sensitivity, and flexibility required for CO₂ sorption studies. Top-flight Benefits (KSPs) Independent CO₂ & Humidity Control ppm-to-100% CO₂ Capability Temperature Range: 5-450°C Mimics Real-World CCUS Conditions Key Features Common Applications Resources - Co-adsorption mimics real-world CCUS conditions - Dual-vapor generation for multi-component studies - Real-time sorption kinetics analysis - True 0 RH from 0-98% RH - Sample capacity: Up to 5 grams - Carbon capture with solid sorbents (e.g. polymers, MOFs, zeolites) - Direct air capture and post-combustion capture - CO₂-H₂O competitive adsorption - Gas sorption cycling and regeneration studies - DVS Carbon Webinar: The missing link for advanced material characterization in CO₂ capture - Case Study 621: Realistically evaluating the capabilities of Zeolite 13X as a sorbent for Direct Air Capture in different scales - Case Study 624: A realistic study of the applicability of Zeolite 13X as a sorbent for Point Source Capture - Case Study 623: Co-adsorption of Carbon Dioxide and Water in a MOF for Post Combustion Capture - DVS Application Note 117: Water and CO2 co-sorption landscape in CALF-20, a prototypical MOF for post-combustion capture Unparalleled Capabilities The DVS Carbon has powerful capabilities for precise and reliable materials characterization for carbon capture, utilization, and gas storage studies. Realistic CO₂ Sorption Measurements Measure CO₂ adsorption capacity, kinetics, and equilibrium behavior in porous materials such as MOFs, zeolites, and activated carbons with high gravimetric sensitivity. CO₂-H₂O Competitive Adsorption With a carefully calibrated mixing system, the DVS Carbon independently controls the CO₂ and water concentration, enabling complex sorption programs to be created with controlled changes in concentration and temperature. Direct Air Capture (DAC) and Post-Combustion Capture Perform experiments that mimic different types of carbon capture conditions: co-sorption experiments with 400 ppm CO₂ with 0-98% relative humidity at 25°C to evaluate DAC materials, or experiments with 15% CO₂ vol% at a variety of humidities at high Sorption Cycling and Regeneration Study adsorption/desorption cycles and regeneration behavior to understand material stability, working capacity, and long-term performance. DVS Carbon Gravemetric Carbon Dioxide Sorption Analyzer DVS Carbon TEMPERATURE RANGE: TEMPERATURE STABILITY: MASS RESOLUTION: MAX LOAD: RH RANGE: VAPOR/GAS CAPABILITY: TEMPERATURE RANGE: 5 °C to 450 °C TEMPERATURE STABILITY: ± 0.05 °C over 6 hours MASS RESOLUTION: ±0.1% RH MAX LOAD: 1g (low mass) / 5g (high mass) RH RANGE: 0%-98% RH VAPOR/GAS CAPABILITY: Water, CO₂, Competitive (Dual) Download Full Spec Sheet DVS Carbon Citations
Conduct 5x simultaneous analysis with the DVS Endeavour, combining the highest throughput with a diverse range of accessories and capabilities. Offering the highest throughput of our DVS range, the DVS Endeavour, is a high-throughput parallel gravimetric sorption analyzer designed to measure moisture and vapor sorption in solid materials with exceptional efficiency. Featuring five independent microbalances and sample chambers, the system enables simultaneous sorption experiments on up to five samples under identical temperature and humidity conditions. This parallel measurement capability dramatically increases experimental throughput while maintaining the precision and reliability of SMS gravimetric sorption technology. Top-flight Benefits (KSPs) 5x Throughput of Standard Machine Dual-Vapor Generation for Multi-Component Sorption Identical Sample Environments Temperature Range: 10-70°C Key Features Common Applications Resources - Five times the throughput of a standard DVS analyzer - Immediate organic vapor measurement - Real-time sorption kinetics analysis - True0 RH 0-98% RH - 1 µg UltraBalance gravimetric sensitivity - High-throughput and batch variation analysis - Pharmaceutical stability & amorphous content - Hygroscopicity of powders, fibers and solids - Food shelf-life & water activity - Polymer diffusion and permeability - Water and organic vapor sorption kinetics - Application Note 65: Impact of Relative Humidity on VOCs Sorption - Application Note 103: DVS Organic Overview - Application Note 40: Mixed Isotherms Unparalleled Capabilities High-Throughput, Multi-Sample Analysis With five sample chambers, the DVS Endeavour enables simultaneous measurement of multiple samples, maximizing throughput. Intuitive software, guided workflows, and minimal maintenance reduce operator time and increase efficiency. UltraBalance Gravimetric Sensitivity Patented UltraBalance technology delivers 0.01 µg resolution for detecting subtle sorption changes, with total capacity up to 5 g for larger or multiple samples. Real-Time Vapor Measurement & Multi-Component Capability Patented Speed of Sound (SOS) sensor provides real-time organic vapor measurement (±0.1% accuracy). Supports up to two vapors across all five samples for advanced multi-component studies. Modular Accessory Ecosystem Expand capabilities with preheating up to 200 °C, in-situ video, Raman spectroscopy, diffusion (Payne cells), and a range of pan and chamber configurations. DVS Endeavour TEMPERATURE RANGE: TEMPERATURE STABILITY: MASS RESOLUTION: MAX LOAD: RH RANGE: HUMIDITY STABILITY: VAPOR CAPABILITY: TEMPERATURE RANGE: 10 °C to 70 °C TEMPERATURE STABILITY: ± 0.05 °C over 6 hours MASS RESOLUTION: ± 0.01 µg (low mass) / 0.1 µg (high mass) MAX LOAD: 1g (low mass) / 5g (high mass) RH RANGE: 0%-98% RH HUMIDITY STABILITY: ± 0.1 %RH VAPOR CAPABILITY: Water, Organic solvents, Competitive (Dual)
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Dual Balance Gravimetric Vapor Sorption Analyzer for Higher Throughput Overview The DVS Discovery is a high-throughput gravimetric Dynamic Vapor Sorption (DVS) analyzer designed to measure moisture and vapor sorption in solid materials with exceptional precision and efficiency. Featuring two balances, the system enables simultaneous sorption experiments under identical environmental conditions, significantly increasing experimental throughput while maintaining the accuracy and reliability of SMS gravimetric sorption technology. Top-flight Benefits (KSPs) Dual Balance Design for Increased Throughput Identical Sample Environments Two Simultaneous Sorption Experiments Temperature Range: 10-70°C Key Features Common Applications Resources - Run parallel experiments with a dual balance design - Identical environmental conditions for direct sample comparison - True0 RH: 0-98% RH - 01 µgUltraBalance gravimetric sensitivity - High-throughput and batch variation analysis - Pharmaceutical stability & amorphous content - Hygroscopicity of materials and powders - Food shelf-life & water activity - Polymer diffusion and permeability - Moisture uptake and sorption kinetics Unparalleled Capabilities Dual Sample Measurement for Higher Throughput Innovative dual-balance design enables simultaneous mass measurement of two samples, increasing throughput and reducing operator time. Exceptional Long-Term Temperature Stability Multiple temperature zones and matched vapor delivery prevent condensation and ensure highly stable conditions (±0.05 °C at 25 °C). Real-Time Vapor Measurement & Multi-Component Capability Patented Speed of Sound (SOS) sensor measures organic vapor concentration in real time (±0.1% accuracy). Supports up to two vapors across two samples for advanced multi-component studies. Modular Accessory Ecosystem Expand capabilities with preheating up to 200 °C, in-situ video, Raman spectroscopy, diffusion (Payne cells), and a range of pan and chamber configurations. DVS Disocery Dual Balance Gravimetric Vapor & Organic Solvent Sorption Analyzer DVS Discovery TEMPERATURE RANGE: TEMPERATURE STABILITY: MASS RESOLUTION: MAX LOAD: RH RANGE: HUMIDITY STABILITY: VAPOR CAPABILITY: TEMPERATURE RANGE: 10 °C to 70 °C TEMPERATURE STABILITY: ± 0.05 °C over 6 hours MASS RESOLUTION: ± 0.01 µg (low mass) / 0.1 µg (high mass) MAX LOAD: 1g (low mass) / 5g (high mass) RH RANGE: 0%-98% RH HUMIDITY STABILITY: ± 0.1 %RH VAPOR CAPABILITY: Water, Organic Solvents, Competitive (Dual)
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Water Vapor Sorption Analyzer The DVS Adventure is the most advanced water vapor Dynamic Vapor Sorption (DVS) analyzer designed for precise water vapor sorption in solid-state materials. The system provides accurate control of relative humidity and temperature, enabling detailed moisture uptake, sorption kinetics, and humidity-driven transformations. Housed in a temperature-controlled incubator to enhance thermal stability, the DVS Adventure delivers highly reproducible, humidity-controlled sorption measurements across a wide experimental range while enabling the full SMS range of accessories for all applications. Top-flight Benefits (KSPs) Water Vapor Sorption Specialization 0–98% RH Humidity Control Temperature Range from 5-85°C Real-time Sample Sorption Kinetics Key Features - Precise water vapor sorption measurement - Real-time sorption kinetics analysis - True0 RH: 0-98% RH control - UltraBalance sensitivity (0.01 µg) - Sample capacity: Up to 5 grams Common Applications - Pharmaceutical stability & amorphous analysis - Food shelf-life & water activity - Polymer and membrane diffusion - Moisture uptake in natural materials - Sorption isotherms & kinetics - Hygroscopicity of powders and solids Resources - Application Note 101: DVS Pharmaceutical Overview - Application Note 42: Crystallization Kinetics - Application Note 52: Vapor Permeability using Payne Diffusion Cell - Application Note 109: Moisture-induced Degradation Using DVS and Raman Unparalleled Capability The DVS Adventure’s advanced capabilities are designed to deliver deeper insight into complex material behavior. Fully Automated Moisture Sorption Analysis Measure water vapor uptake and sorption kinetics in solid materials to understand hygroscopicity and moisture-driven transformations. Intuitive software, guided workflows, and low maintenance maximize productivity while minimizing operator time. UltraBalance Gravimetric Sensitivity Patented UltraBalance technology delivers up to 0.01 µg resolution, enabling detection of extremely small sorption changes, with capacity up to 5 g for flexible sample analysis. True0 RH & Precise Environmental Control Achieve true 0.0% RH with excellent temperature and humidity stability (±0.2 °C at 25 °C). The isothermal design prevents condensation and ensures reliable low-RH sorption measurements. Modular Accessory Ecosystem Expand capabilities with preheating up to 200°C, in-situ video, Raman spectroscopy, diffusion (Payne cells), and a range of pan and chamber configurations. DVS Adventure Automated dynamic water vapor sorption analyzer DVS Adventure TEMPERATURE RANGE: 5 °C to 85 °C TEMPERATURE STABILITY: ± 0.2 °C over 6 hours MASS RESOLUTION: ± 0.01 µg (low mass) / 0.1 µg (high mass) MAX LOAD: 1g (low mass) / 5g (high mass) RH RANGE: 0%-98% RH VAPOR/GAS CAPABILITY: Water sorption and desorption ADD ONS: Preheater up to 200 °C, Raman, and video options
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INSTRUMENT DVS Resolution Discover what makes the DVS Resolution the most popular moisture and organic sorption analyzer. Overview The DVS Resolution is SMS’s flagship Dynamic Vapor Sorption (DVS) instrument, delivering unmatched precision for analyzing organic vapor concentration in real time and enabling independent control of water vapor and organic solvents for multi-component sorption studies. Built on the legacy of the original DVS technology pioneered by Surface Measurement Systems, the DVS Resolution provides industry-leading performance for measuring moisture and organic vapor uptake in solid materials with exceptional accuracy and reproducibility. Top-flight Benefits (KSPs) Water and Organic Vapor Measurement Dual-Vapor Generation for Multi-Component Sorption Temperature Range 5-85 °C Real-time sorption kinetics analysis Key Features Common ApplicationsFeatures Resources - Real-time water and organic vapor sorption measurement - Dual-vapor generation for multi-component studies - Real-time sorption kinetics analysis - True⁰ 0-98% RH control - UltraBalance sensitivity (0.01 µg) - Sample capacity: Up to 5 grams - Pharmaceutical hydrates, solvates & amorphous stability - Food shelf-life, flavors, fragrances & water activity - Diffusion and solubility in polymers and membranes - Water uptake & surface area of natural and synthetic materials - Sorption isotherms and kinetics in porous materials and catalysts - Hygroscopicity of powders, fibers, and solids - Application Note 103: Organic Solvent Sorption using a Dynamic Vapour Sorption Instrument-an Overview - Application Note 45: Investigation of Desolvation Kinetics Using the DVS - Application Note 66: SoS, An Overview of the Speed of Sound Sensor Theory and Application - Application Note 38: Determination of Mesopore Size Distribution by Organic Vapour Sorption - Application Note 40: Using the DVS to Study the Water Sorption Properties of Multi-Component Systems Unparalleled Capability The DVS Resolution breaks new ground in gravimetric sorption analysis, offering a unique combination of dual-vapor capability, high temperature control, and ultra-high resolution balance. Automated Water & Organic Vapor Measurement Patented Speed of Sound (SOS) sensor delivers real-time vapor control (±0.1% accuracy). Fully automated operation with intuitive software and minimal maintenance. UltraBalance Gravimetric Sensitivity Industry-leading resolution down to 0.01 µg, with capacity up to 5 g for flexible sample analysis. True0 RH & Stable Environmental Control Achieve true 0-98% RH with excellent long-term stability (±0.2 °C). Ideal for low-humidity studies and precise sorption analysis. Modular Accessories & Advanced Capabilities Wide range of options including preheating (up to 200 °C), in-situ video, Raman spectroscopy, and diffusion cells. Dual Vapor Gravimetric Sorption Analyzer Discover what makes the DVS Resolution the most popular sorption analyzer. DVS Resolution TEMPERATURE RANGE: TEMPERATURE STABILITY: MASS RESOLUTION: MAX LOAD: RH RANGE: HUMIDITY STABILITY: VAPOR CAPABILITY: TEMPERATURE RANGE: 5 °C to 85 °C TEMPERATURE STABILITY: ± 0.2 oC over 24 hours MASS RESOLUTION: ± 0.01 µg (low mass) / 0.1 µg (high mass) MAX LOAD: 1g (low mass) / 5g (high mass) RH RANGE: 0%-98% RH HUMIDITY STABILITY: ± 0.1 %RH VAPOR CAPABILITY: Water, Organic solvents, Competitive (Dual) Download Full Spec Sheet DVS Resolution Citations
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