Cvd Equipment Corporation · NASDAQ:CVV
Cvd Equipment — MS&T19 (Materials Science & Technology 2019)
17 slides from Cvd Equipment's conference presentation, Sep 30, 2019
Slide 1: c-VACNT, a New NanotoMacro Material Platform with a Rich Application Potential
c-VACNT™, a New NanotoMacro™ Material Platform with a Rich Application Potential Karlheinz Strobl, Sandra Gainey, Ajay Kumar, Ajay Kumar MS&T19 Invited Oral Presentation © 2019 CVD Materials Corporation | All rights reserved Improving Quality of Life™
Slide 2: Safe Harbor Statement
Safe Harbor Statement Certain statements in the following presentation relate to future results that are forward looking statements as defined in the Private Securities Litigation Reform Act of 1995. Actual results may differ materially from those projected as a result of certain risks and uncertain
Slide 3: CVD Materials Heading into the Future
CVD Materials Heading into the Future Leveraging know-how and expanding customer base to accelerate growth GAS & RESEARCH & DIRECT WRITE CHEMICAL DEVELOPMENT PRINTED DELIVERY EQUIPMENT ELECTRONICS SYSTEMS Growth in Equipment and Material Services 1982 2001/2 2006 2016 2017/18 through Organic Innovat
Slide 4: Today we discuss the Material side of our Business
Today we discuss the Material side of our Business Anti-Corrosion R&D CVD Process Tantalum Surface Systems Treatment Direct Write Thermal Spray (DWTS) Advanced R&D, Pilot, and Technology Volume Production CVD Process Systems Electronic Materials Advanced Industrial Manufacturing CVD Process Systems
Slide 5: Technology Developments
Technology Developments Externally funded contract process and scale-up developments Internally funded R&D and value driven application development and demonstration Advanced dynamic and gas c-VACNT™ - Structures modeling enables simulation and development of complex equipment and material sys
Slide 6: c-VACNT Material: a NEW NanoToMacro material platform
c-VACNT™ - Material -> a NEW NanoToMacro™ material platform c-VACNT™ - Material = combination of VACNTs + Carbon Infiltration = OPEN-POROUS CELLULAR NETWORK MATERIAL with a BICONTINUOS PHASE STRUCTURE => novel NANOCARBON MATERIAL with unique material properties & value proposition © 2019 CVD Materia
Slide 7: c-VACNT Structures: a NanoToMacro component
c-VACNT™ - Structures -> a NanoToMacro™ component c-VACNT™ - Reactor Core Element • Free standing structures (RCE) Components can be Porous • Survives wet processing Hollow Fiber Bundle REPLACEMENTS • Can be handled by robots or humans • Structure details depend on photolithographic mask design © 20
Slide 8: Fluid Reactors based on Porous Hollow Fibers already serve a $B Market
Fluid Reactors based on Porous Hollow Fibers already serve a $B Market INDUSTRIAL APPLICATONS INDUSTRIAL APPLICATONS • Micro Filtration • Dialysis • Ultrafiltration • Pervaporation • Nanofiltration • Vapor Permeation • Reverse Osmosis (desalination) • Membrane Distillation • Gas Permeation • Waste w
Slide 9: Oxygenators are enabled by Porous Hollow Fibers (HFs)
Oxygenators are enabled by Porous Hollow Fibers (HFs) Extra Corporeal Membrane Oxygenators are used for porous Blood Oxygenation in Heart Oxygenators are hollow Lung Machines and rated for 6 hours fiber use incorporate >10-20K HFs having a 200-300 µm lumen Porous Lumen Wall Pore Wall Packing Surface
Slide 10: RCE: a NOVEL Hollow Fiber Bundle replacement candidate
c-VACNT™ - RCE -> a NOVEL Hollow Fiber Bundle replacement candidate customizing c-VACNT™ - RCE Native Hydrophobic CA = 70° CA > 150° surfaces for a targeted application ⇒ hydrophobic for blood oxygenation to minimize plasma leakage hydrophobic coated c-VACNT™ - RCE c-VACNT™ - Reactor S/V for Hollow
Slide 11: Nondestructive ISO 7199 O2/CO2 Gas Transfer Simulation Testing of Oxygenators
Nondestructive ISO 7199 O2/CO2 Gas Transfer Simulation Testing of Oxygenators with Dissolved O2 in H2O substituting for Blood © 2019 CVD Materials Corporation | All rights reserved Improving Quality of Life™
Slide 12: Oxygenators with extended life (based on H2O testing)
c-VACNT™ - Oxygenators with extended life (based on H2O testing) EXCESS gas removal capacity using ⇒ further performance optimization possible ⇒ over 2 weeks of performance possible © 2019 CVD Materials Corporation | All rights reserved Improving Quality of Life™
Slide 13: Oxygenators with extended life (based on H2O testing)
c-VACNT™ - Oxygenators with extended life (based on H2O testing) EXCESS blood oxygenation capacity using O2 as sweep gas ⇒ further performance optimization possible ⇒ over 2 week of performance possible for O2 or Air as the sweep gas © 2019 CVD Materials Corporation | All rights reserved Improving Q
Slide 14: Oxygenator: higher performance product potential
c-VACNT™ - Oxygenator -> higher performance product potential c-VACNT™ - HF - Oxygenator Oxygenator Adult-O2 c-VACNT™ - Oxygenator PV < 1/12 S < 1/5 c-VACNT™ - Oxygenator PV < 1/6 S < 1/5 Pediatric-O2 © 2019 CVD Materials Corporation | All rights reserved Improving Quality of Life™
Slide 15: Wearable, Pump-less, Air-consuming Artificial Lung (PAAL)
c-VACNT™ - Oxygenators -> NEW Product Potentials – Wearable, Pump-less, Air-consuming Artificial Lung (PAAL) Adult-Air Wearable, Portable Artificial Lung using a healthy human heart as the Blood Pump and Air as the Sweep Gas © 2019 CVD Materials Corporation | All rights reserved Improving Quality of
Slide 16: Oxygenator: higher performance product potential
c-VACNT™ - Oxygenator -> higher performance product potential c-VACNT™ - Oxygenators can be engineered to be better in ALL Key Performance Categories © 2019 CVD Materials Corporation | All rights reserved Improving Quality of Life™
Slide 17: Summary
Summary •A novel nanocarbon based c-VACNT™ - material platform that is porous and strong •c-VACNT™ - structures with application specific treatments are mechanically strong and durable •c-VACNT™ - RCEs are special application optimized c-VACNT™ - structures and can be a higher efficiency replacement
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