How to Fix Editorial Manager & ScholarOne PDF Conversion Errors in Word (2026)

1. Floating vs Inline Drawing Anchors: The Primary Distiller Crash

Across major publisher portals powered by Aries Systems Editorial Manager (Elsevier, Springer Nature, Wolters Kluwer) and Clarivate ScholarOne Manuscripts (Wiley, Taylor & Francis, IEEE), over 60% of automated PDF conversion timeouts stem from floating graphic objects.

In Microsoft Word, an image or shape can be inserted in one of two fundamental OpenXML container models:

• Inline with Text (<wp:inline>): The image is treated as a single, discrete glyph within a standard paragraph run (<w:r>). It flows deterministically with line breaks and margins. A headless Linux PDF converter processes inline images with zero spatial ambiguity.
• Floating Objects (<wp:anchor>): The graphic is decoupled from line flow. Word assigns relative offset coordinates (<wp:simplePos> or <wp:positionH> and <wp:positionV>) relative to the margin, page edge, or paragraph anchor. Text wrapping options like Square, Tight, Through, Top and Bottom, Behind Text, and In Front of Text all generate floating anchor structures.

When the portal's automated distiller engine recompiles a document containing multiple floating anchors—particularly when figures are accompanied by separate floating text boxes for figure captions—the mathematical layout solver attempts to resolve multi-body collision geometries. If an anchor falls near a page break, section break, or multi-column boundary, the server layout engine can enter an infinite coordinate oscillation loop. After 180 to 300 seconds, the portal watchdog script terminates the job and returns a generic failure notification: "PDF Generation Failed. Please contact the journal office."

Zoom

1Select Picture Format tab

2Click Wrap Text dropdown

3Select In Line with Text (gold highlight)

Figure 1: Microsoft Word Picture Format ribbon showing Wrap Text dropdown menu with In Line with Text highlighted in Academic GoldClose

Figure 1: In Microsoft Word, select the target figure, navigate to the Picture Format tab, open the Wrap Text dropdown, and verify that In Line with Text is selected. This eliminates floating wp:anchor containers that trigger portal conversion crashes.

1Select Picture Format tab

2Click Wrap Text dropdown

3Select In Line with Text (gold highlight)

Step-by-Step Figure Sanitization in Word

1. Click on each embedded figure, graph, or diagram in your manuscript.
2. Observe the contextual tab on the Word ribbon: click Picture Format (or Shape Format for drawn figures).
3. In the Arrange group, click the Wrap Text dropdown button.
4. Click In Line with Text. The dashed selection border will shift from floating anchor nodes to a discrete inline box.
5. Ensure the figure caption is placed in a separate, standard paragraph immediately below the image, never inside a floating text box.

For high-resolution image preservation best practices, consult our companion manual on preventing Word from downsampling images below 300 DPI.

2. TrueType Font Embedding & Glyph Integrity (The "Tofu" Trap)

When a PDF proof builds successfully but displays blank boxes ("tofu" rectangles like □), corrupted greek characters (e.g., α, β, μ becoming Roman letters or question marks), or mangled statistical symbols (±, ≤, ≥, ≈), the failure is caused by missing font definitions on the portal server.

While your local desktop operating system (macOS or Windows 11) has hundreds of academic typefaces and math font packages pre-installed, journal submission clusters run stripped-down Linux enterprise operating systems (CentOS, Debian, or Alpine Linux). These servers maintain only basic open-source base fonts (such as Liberation Sans, DejaVu, or GNU FreeFont).

Zoom

1Navigate to Font Embedding section

2Check 'Embed fonts in the file'

Figure 2: Microsoft Word Preferences Save dialog showing Font Embedding settings with Embed fonts in the file checked and highlighted in Academic GoldClose

Figure 2: Navigate to Word Preferences (macOS) or File > Options (Windows), select Save, and enable 'Embed fonts in the file'. This bundles TrueType font glyph subsets directly into the .docx package for server-side Linux rendering.

1Navigate to Font Embedding section

2Check 'Embed fonts in the file'

Configuring Word Font Embedding Across Platforms

• Windows (Word 365, Word 2021, Word 2019):
  Navigate to File > Options > Save. Scroll to the bottom section labeled Preserve fidelity when sharing this document. Select your active manuscript file from the dropdown. Check Embed fonts in the file. Check Embed only the characters used in the document (best for reducing file size), and uncheck Do not embed common system fonts.
• macOS (Word for Mac v16.x+):
  Navigate to Word > Preferences > Save (or ⌘ + ,). Under Font Embedding, verify your document is selected in the dropdown and check Embed fonts in the file.

In the underlying OpenXML architecture (word/settings.xml), this action injects the formal ECMA-376 schema tag:

<w:settings xmlns:w="http://schemas.openxmlformats.org/wordprocessingml/2006/main">
  <w:embedTrueTypeFonts/>
  <w:saveSubsetFonts/>
</w:settings>

This ensures that even proprietary math glyphs and Greek characters are physically packed into word/fonts/ within the zip archive, guaranteeing identical rendering on the journal's Linux distiller.

3. Table Geometry, Negative Indents & Cell Margin Overflows

Tables are another common catalyst for portal PDF conversion crashes. Authors frequently copy statistical tables directly from RStudio, SPSS, GraphPad Prism, or Microsoft Excel. When pasted into Word, these tables carry complex hidden formatting properties:

• Negative Left Indents (<w:tblInd w:w="-280" w:type="dxa"/>): Word allows tables to have negative margins that push columns into the left page margin gutter. While Word's desktop layout engine displays this without issue, headless PDF distillers often interpret negative coordinates as a buffer boundary violation, resulting in a fatal page rendering exception.
• Total Width Exceeding Printable Body Boundaries: On a standard Letter page (8.5 × 11 in) with 1.0-inch margins, the printable width is exactly 6.5 inches (16.51 cm / 9,360 dxa). On an ISO A4 page (21.0 × 29.7 cm) with 2.5 cm margins, printable width is 16.0 cm (9,071 dxa). If a table has fixed column widths totaling 7.2 inches, the portal distiller will either hard-clip the rightmost columns or fail during PDF/A validation.
• Row Split Across Page Break Collisions (<w:cantSplit/>): Tables containing 50+ rows where individual rows contain large paragraphs can lock the pagination engine if <w:cantSplit/> is applied indiscriminately across rows that are taller than the remaining printable page height.

Zoom

1Select Centre Alignment

2Set Indent from left to 0 cm

3Verify Text Wrapping is None

Figure 3: Microsoft Word Table Properties dialog showing Table alignment set to Centre, Indent from left set to 0 cm, and Text Wrapping set to None in Dark ThemeClose

Figure 3: In the Table Properties dialog, set Table Alignment to Centre (or Left with Indent from left set strictly to 0 cm) and verify Text Wrapping is set to None. This prevents negative margin clipping during server-side PDF proof generation.

1Select Centre Alignment

2Set Indent from left to 0 cm

3Verify Text Wrapping is None

Configuring Resilient Table Properties

1. Click anywhere inside the problematic table and click the table selector handle (four-way arrow icon at top-left).
2. Right-click and select Table Properties... (or access Table > Table Properties).
3. On the Table tab:
   • Set Alignment to Centre (or Left with Indent from left strictly set to 0 cm / 0 in).
   • Under Text wrapping, click None (never select Around, which creates another floating anchor).
4. On the Row tab, check Repeat as header row at the top of each page (<w:tblHeader/>) to satisfy academic journal standards, and ensure Allow row to break across pages is checked for body content rows.
5. Verify all tables adhere to the standard academic 3-line format. For complete border rules, review our tutorial on formatting 3-line academic tables in Word.

4. Dynamic Field Codes & Legacy OLE Objects (EndNote & MathType)

Dynamic reference managers (such as EndNote, Zotero, Mendeley, and Papers) insert citations using dynamic Word field codes:

{ ADDIN EN.CITE <EndNote><Cite><Author>Vance</Author><Year>2026</Year><RecID>148</RecID></Cite></EndNote> }

Under normal local operation, the EndNote or Zotero desktop add-in intercepts these fields and renders formatted text (e.g., [1] or (Vance, 2026)). However, when the raw .docx file is ingested by Editorial Manager or ScholarOne, the server does not have your EndNote software license or database.

If the server converter initiates a standard UpdateFields operation upon opening the file, it queries the COM automation interface for the unregistered ADDIN EN.CITE provider. Depending on the server configuration, this either corrupts the citation text into raw XML strings or causes the background Word instance to hang indefinitely waiting for an authorization handshake.

The Field Unlinking Solution (Submission Copy Only)

To eliminate citation engine hangs without losing your dynamic references in your master working draft:

1. Save a duplicate copy of your manuscript: Manuscript_For_Submission.docx.
2. In the duplicate copy, select all document text by pressing Ctrl + A (Windows) or ⌘ + A (Mac).
3. Press the unlinking shortcut:
   Windows: Ctrl + Shift + F9
   macOS: Cmd + Shift + F9 (or Fn + ⌘ + Shift + F9 on compact keyboards).
4. This permanently converts dynamic field codes into flat, static Unicode text. The journal server receives pure text with zero dependency on external software add-ins.

If field code corruptions persist, refer to our diagnostic steps in fixing EndNote and Zotero corruption in Word.

5. Color Profiles, EPS Traps & File Size Caps

Modern scientific manuscripts routinely include high-resolution multi-panel microscopy, spectrometer outputs, and anatomical photography. However, certain graphic formats trigger silent conversion failures:

• CMYK Color Profile Traps: Digital photography and graphic software often export in CMYK (Cyan, Magenta, Yellow, Key/Black) for commercial offset printing. However, server-side PDF proof generators in Editorial Manager are optimized exclusively for RGB. When a CMYK image is embedded directly in Word, the portal distiller can invert color channels (turning green fluorescence microscopy into bright magenta) or crash with a PostScript color space exception. Always convert images to sRGB prior to inserting into Word.
• Encapsulated PostScript (.eps) Header Incompatibilities: Microsoft Word deprecated native EPS support due to security vulnerabilities (CVE-2017-0261). When an EPS file without a high-resolution TIFF preview header is embedded, Word renders a placeholder icon. The portal distiller fails to parse the PostScript binary, resulting in an empty white rectangle. Replace EPS graphics with vector SVG (Scalable Vector Graphics) or 300+ DPI PNGs.
• The 50 MB - 100 MB Submission Payload Cap: While ScholarOne and Editorial Manager allow individual file uploads up to 100 MB or 250 MB, the server-side PDF distiller allocates a strict RAM execution ceiling (typically 1 GB to 2 GB per conversion worker). A 60 MB Word document containing forty uncompressed 16-bit TIFF files expands to over 4 GB of uncompressed raster data in server memory during PDF compilation, triggering an Out-of-Memory (OOM) killer event.

6. Remote Template Locks & Normal.dotm Network Hangs

A subtle, rarely diagnosed root cause of portal conversion timeouts is the attached document template path.

When a manuscript is created within an institutional network (e.g., a hospital workstation, university lab server, or corporate laptop), Microsoft Word records the absolute path to the base template in word/_rels/settings.xml.rels:

<Relationship Id="rId1" 
  Type="http://schemas.openxmlformats.org/officeDocument/2006/relationships/attachedTemplate" 
  Target="file:////LAB-STORAGE-01/Templates/Clinical_Research_Normal.dotm" 
  TargetMode="External"/>

If the document setting Automatically update document styles is enabled, the headless Word conversion server attempts to resolve the external UNC target path (//LAB-STORAGE-01/...). Because the private enterprise server is unreachable over the public internet, the server hangs waiting for the SMB network timeout (frequently 60 to 120 seconds per check), exhausting the portal's build threshold.

Detaching the Remote Template

1. In Word, enable the Developer tab via Word > Preferences > Ribbon & Toolbar > Check Developer (or File > Options > Customize Ribbon).
2. On the Developer tab, click Document Template.
3. In the Document template field, clear any network server path and ensure it references only Normal.dotm (or leave it blank).
4. Uncheck Automatically update document styles and click OK.

7. The 15-Minute Pre-Upload Sanitization Protocol

Before uploading any manuscript to Editorial Manager, ScholarOne, or other submission systems, execute this authoritative 5-point verification checklist:

For line numbering configuration across title pages, see our guide on inserting continuous line numbers in Word. If your journal requires double-blind peer review, you must also scrub author identities from metadata using our double-blind manuscript anonymization guide.

8. Portal Error Code & Root Cause Matrix

Use this comprehensive diagnostics matrix to match the exact error notification returned by Editorial Manager or ScholarOne to the required Microsoft Word remediation:

Automate Submission Compliance with ScholarSpec

Manually hunting through a 40-page manuscript to verify every figure anchor, audit 15 statistical tables, inspect font embedding XML tags, and verify continuous line numbering takes hours of meticulous troubleshooting.

ScholarSpec provides an automated, deterministic OpenXML compliance engine engineered specifically for Microsoft Word manuscripts:

• 1-Click Anchor Conversion: Scans all <wp:anchor> elements and normalizes them into compliant <wp:inline> structures with caption proximity locks.
• Table Geometry Sanitization: Normalizes table widths to printable margins, eliminates negative indents, and enforces academic 3-line borders.
• Font Embedding & Geometry Verification: Injects compliant <w:embedTrueTypeFonts/> parameters and ensures single-column or two-column compliance across publisher profiles (Elsevier, Springer Nature, Wiley, IEEE, and Taylor & Francis).