Nanoramic, Inc.

Woburn, MA · Founded 2008 · Energy · Private

Nanomaterial coatings for lithium-ion battery electrodes that improve performance and safety

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Updated Oct 23, 2026 · nanoramic.com

Sector: Energy
Headquarters: Woburn, MA
Founded: 2008
Latest Form D: $44.5M, Dec 2024
Total capital: $77.3M

Federal grants: None on recordNo awards found in SBIR/STTR, NIH, NSF or DoD records.
Private capital raised: $75.9M; 12 Form D · last Dec 2024; 22 months since last filing
Federal contracts: $1.4M; 8 awards · NASA, Defense; Rank in Energy#110 of 998
Granted patents: 3; 37 pending · first 2026; Rank in peer group#25 of 108

Capital timeline

Latest events

Dec 2024Private capital raisedForm D · SEC · 12th filing$44.5M
Jun 2023Private capital raisedForm D · SEC · 11th filing$7.3M
Oct 2021Federal contractDefense · Thermal Interface Materials With High Conductivity For Vibration Tolerant Applications$50K
Sep 2021Private capital raisedForm D · SEC · 10th filing$7.2M
Nov 2020Private capital raisedForm D · SEC · 9th filing$1.3M
Mar 2020Federal contractDefense · FX201-CSO1-0229-NANORAMIC Laboratories-advanced High Performance Li-ion Energy Storage Devices Based On Neocarbonixtm Binder Free Electrodes$50K
May 2019Private capital raisedForm D · SEC · 8th filing$4.5M
Apr 2018Private capital raisedForm D · SEC · 7th filing$2M
Mar 2017Private capital raisedForm D · SEC · 6th filing$751K
Jul 2016Private capital raisedForm D · SEC · 5th filing$898K
Jul 2016Private capital raisedForm D · SEC · 4th filing$500K
Jul 2015Private capital raisedForm D · SEC · 3rd filing$246K
Oct 2014Private capital raisedForm D · SEC · 2nd filing$4.7M
Jun 2010Private capital raisedForm D · SEC · 1st filing$2M

Show 6 earlier federal awards

Apr 2017Federal contractNASA · Igf::ot::igf Traditionally, The Relatively Small Surface Area And Volume Of A Cube Satellite Has Restricted The Practical Power Limit Of Cube Satellites. To The Extent That The Power Will Be Generated By Solar Panels, Cube Satellites Have A Limited Round Trip Energy Budget. Increasing Solar Panel Efficiency And Complexity Alleviates The Energy Issue To Some Degree. Both However, Occur At The Expense Of The Original Cube Satellite Advantages Of Being Inexpensive, Small, And Reliable. As Such, Th$724K
Jun 2016Federal contractDefense · ::igf::ot::igf Sbir/sttr Phase I Research&development$100K
Jun 2016Federal contractNASA · Igf::ot::igf Future Satellite Systems And Interplanetary Missions Are Projected To Require Power Electronics And Energy Storage Systems That Are Less Massive And Smaller Than The Current State Of The Art. Modern Cubesats Rely Heavily On Solar Panels To Provide The Necessary Energy For Operation. Additionally, Radioisotope Thermoelectric Generators (rtgs) Are The Primary Source Of Energy Responsible For Supporting Long Duration Missions Where Other Sources Of Energy Are Not Available Or Are Logi$119K
Jun 2016Federal contractNASA · Igf::ot::igf Fastcap Proposes To Develop An Ultra-high Power Density And High Frequency Ultracapacitor Capable Of Surviving Over The Wide Temperature Range Of -60C To 130C And Exhibiting Peak Gravimetric And Volumetric Power Density Of 120KW/KG And 150KW/L Respectively. Fastcap Is Planning To Design And Prototype A Hybrid System Comprised Of The Proposed Ultracapacitor In Parallel With A High Energy Density, Rechargeable, Lithium Ion Battery Showing At Least 50% Volume Reduction And 100% Lifeti$125K
Jun 2015Federal contractNASA · Igf::ot::igf A Carbon Nanotube (cnt) Ultracapacitor Capable Of Operating From The Extreme Low Temperature Of -110 C, Up To 80 C Will Be Developed. Traditional Ultracapacitors Exhibit Limited Operating Temperature Ranges Due To Use Of High Melting Point And Volatile Electrolytes, And Activated Carbon Electrodes. During Phase I, We Will Demonstrate A New Low Melting Point Ionic Liquid Based Electrolyte And Engineered Cnt Electrodes For High Power And Energy Density Retention At Temperature Extreme$119K
Jun 2015Federal contractNASA · Igf::ot::igf Fastcap Proposes A Novel Solid State Ultracapacitor ("ultracap") Capable Of Reliable Operation From 0 C To 300 C, With Survival At A Temperature Range Of -55 C To 350 C. When Complete, The Device Will Exceed Fastcap's Current World Record As The Highest Temperature Ultracap In The World. The Proposed Ultracap Will Enable Significant Strides Forward In Design Paradigms Utilized In Deep Space High Temperature Environments Enabling Reduction In The Weight, Volume And Complexity Of Ener$107K

Node area is scaled to amount. Form D reports securities sold, which can differ from an announced round; filings are numbered in the order they were made.

Standing among 108 peers

Line = median

Energy · Material

Granted patents#25 · top 23%

Cumulative measures favor older companies. Rankings describe position today, not outcome. Below the median, ranks show as a band rather than a number.

Founders and team

From SEC Form D filings

Jiang-Ling DuDirectorNamed in SEC Form D filings
John CooleyExecutive Officer, DirectorNamed in SEC Form D filings
Julie RossExecutive OfficerNamed in SEC Form D filings
Matthew FenselauExecutive OfficerNamed in SEC Form D filings
Michael RandDirectorNamed in SEC Form D filings
Saif QaziDirectorNamed in SEC Form D filings

Show all 7 people

Vivek AgastyaDirectorNamed in SEC Form D filings

What it has protected

USPTO · 3 granted of 40

Sep 10, 2026PendingMotor VehicleUSPTOApplication 19662306
Sep 3, 2026PendingAdvanced Lithium-ion Energy Storage DeviceUSPTOApplication 19654967
Jul 28, 2026GrantedElectrodes For Energy Storage DevicesUSPTOUS 12,695,094

Show all 40 patent records

Motor VehicleSep 10, 2026 · Application 19662306Pending
Advanced Lithium-ion Energy Storage DeviceSep 3, 2026 · Application 19654967Pending
Electrodes For Energy Storage DevicesJul 28, 2026 · US 12,695,094Granted
Electrodes For Energy Storage DevicesJul 9, 2026 · Application 19121942Pending
Electrodes For Energy Storage Device Comprising Copolymeric BinderMay 28, 2026 · Application 19121917Pending
Advanced Lithium-ion Energy Storage DeviceMay 26, 2026 · US 12,640,315Granted
Advanced Lithium-ion Energy Storage DeviceMay 19, 2026 · US 12,633,468Granted
Electrodes for Energy Storage Device Comprising Binders having Hydrophilic FunctionalityJan 29, 2026 · Application 19121910Pending
Composite ElectrodeDec 11, 2025 · Application 19300317Pending
Energy Storage DeviceJun 12, 2025 · Application 18843523Pending
Electrodes For Energy Storage DevicesApr 11, 2024 · Application 18481651Pending
Energy Storage DevicesNov 23, 2023 · Application 18029199Pending
Electrodes For Energy Storage DevicesNov 2, 2023 · Application 18220067Pending
Electrodes For Energy Storage DevicesNov 2, 2023 · Application 18220050Pending
Manufacture Of Electrodes For Energy Storage DevicesOct 26, 2023 · Application 18247849Pending
Manufacture Of Electrodes For Energy Storage DevicesJul 27, 2023 · Application 17941424Pending
Si-containing Composite Anode For Energy Storage DevicesJul 6, 2023 · Application 17927034Pending
Electrodes For Energy Storage DevicesJun 8, 2023 · Application 18062214Pending
Energy Storage DevicesMay 18, 2023 · Application 17986077Pending
Manufacture Of Silicon-carbon Electrodes For Energy Storage DevicesJul 28, 2022 · Application 17583422Pending
Electrodes For Energy Storage Device Comprising Binders Having Hydrophilic FunctionalityApplication PCTUS2023077156Pending
Electrodes For Energy Storage Device Comprising Copolymeric BinderApplication PCTUS2023077152Pending
Electrodes For Energy Storage DevicesApplication PCTUS2023077150Pending
Electrodes For BatteriesApplication PCTUS2024018761Pending
Electrodes For Energy Storage DeviceApplication PCTUS2024020042Pending
Energy Storage DevicesApplication PCTUS2024021620Pending
Semi-dry Preparation Of Electrodes, Fluorine Free Electrodes And Energy Storage Devices Produced TherebyApplication PCTUS2024037027Pending
Electrodes For Energy Storage DevicesApplication PCTUS2024037152Pending
Solvent Free Preparation Of Electrodes, Fluorine Free Electrodes And Energy Storage Devices Produced TherebyApplication PCTUS2024042291Pending
Electrodes For Energy Storage DevicesApplication PCTUS2024054954Pending
Electrodes For Energy Storage DevicesApplication 19585309Pending
Fluorine Free Electrodes And Energy Storage Devices Produced TherefromApplication PCTUS2025013565Pending
Electrodes For Energy Storage Device Comprising Novel BindersApplication 19122034Pending
Energy Storage Devices With Swellable ElectrodesApplication 19165904Pending
Electrodes For Energy Storage DeviceApplication 19165908Pending
Solvent Free Preparation Of Electrodes, Fluorine Free Electrodes And Energy Storage Devices Produced TherebyApplication 19511324Pending
Fluorine Free Electrodes And Energy Storage Devices Produced TherefromApplication 19609651Pending
Energy Storage DevicesApplication 19469486Pending
Electrodes For BatteriesApplication 19163769Pending
Electrodes For Energy Storage Device Comprising Novel BindersApplication PCTUS2023077153Pending

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Regulatory activity · Energy

Sector-level, not company-level

09 Jul 2026Air Plan Approval; Michigan; Redesignation and Maintenance Plan for the Partial St. Clair 2010 1-Hour Sulfur Dioxide (SO2) NAAQS Nonattainment AreaEnvironmental Protection Agency
02 Jul 2026Air Plan Approval; Delaware; 2006 24-Hour Fine Particulate Matter Limited Maintenance Plan for the Philadelphia Nonattainment AreaEnvironmental Protection Agency
02 Jul 2026Air Plan Approval; Oklahoma; Updates to the State Implementation Plan for New Source Review Permitting and General SIP ProvisionsEnvironmental Protection Agency
01 Jul 2026List of Approved Spent Fuel Storage Casks: NAC International, Inc., MAGNASTOR® Storage System, Certificate of Compliance No. 1031, Amendment Nos. 16 and 17 and Revisions to Amendment Nos. 0 Through 16Nuclear Regulatory Commission
30 Jun 2026Epyrifenacil; Pesticide TolerancesEnvironmental Protection Agency
30 Jun 2026Fluoxapiprolin; Pesticide TolerancesEnvironmental Protection Agency

Rules are matched to sector, not to company. Recent activity in a sector is context rather than a signal about this business — until rules are matched to what a company actually builds, the section is shown as context and nothing more.

Sources

Federal grants from SBIR/STTR, NIH, NSF and DoD records. Federal contracts from USAspending.gov. Private capital from SEC Form D. Patents from USPTO. Publications from OpenAlex. Regulatory activity from the Federal Register. Press matched on company name.

How to read this page

Figures show associations in public records, not causes or predictions. Nothing here is investment advice. An em-dash means no record was found under this company's name, not that none exists.

Data freshness

SEC Form D filings through Oct 23, 2026. SBIR and STTR awards through Oct 21, 2026.