Stable paper transportation
An adsorption conveyor helps reduce paper displacement and handling risks during transportation.
Application Case · Dubai, UAE
Automated Paper Deacidification Solution for Religious and Rare Book Preservation in Dubai, UAE
A preservation solution designed for ageing paper collections, religious books and valuable documentary materials.
Introduction
Protecting valuable paper collections beyond storage
Historic books, religious texts and archival documents carry significant cultural and historical value. As paper ages, however, acidity within the material can gradually affect its physical stability and preservation condition.
For institutions responsible for valuable paper collections, preservation is not only about maintaining suitable storage conditions. It can also require treatment of deterioration risks within the paper itself.
For this project in Dubai, UAE, the customer required a dedicated deacidification solution for religious books and other valuable paper-based materials. Sinoalta provided an automated system designed to support a more efficient and consistent treatment workflow for acidic paper collections.
Project background
Supporting religious and historical paper materials
The customer was seeking a professional solution for ageing paper materials, including religious books and other valuable documentary collections.
Manual deacidification can require considerable operator involvement, particularly when an institution needs to process larger quantities of documents. The project therefore called for an automated system capable of supporting continuous paper treatment while maintaining controlled operation.
Based on these application requirements, Sinoalta configured an automated spray deacidification system for paper conservation workflows.
The challenge
Creating a more efficient and controlled deacidification workflow
Uniform treatment
Fine spray control supports a more consistent application process than manual spraying.
Processing efficiency
The automated workflow allows one operator to manage the system during operation.
Controlled treatment environment
Negative-pressure extraction and three-stage filtration help manage volatilized treatment liquid.
Sinoalta solution
Automated paper deacidification as one integrated treatment system
The continuous workflow combines paper transportation, spray application, negative-pressure extraction and filtration in one platform for archives, ancient books, paper artworks, books and newspapers.
System configuration
Integrated functions for paper conservation applications
The supplied configuration brings the principal stages of an automated paper treatment workflow into one system. The final operating method and project requirements remain subject to technical confirmation for the intended materials.
- Treatment process
- Continuous spray deacidification
- Paper transport
- Adsorption conveyor system
- Application control
- Intelligent fine spray control
- Air management
- Negative-pressure extraction
- Filtration
- Three-stage filtration design
- Applicable materials
- Archives, ancient books, paper artworks, books and newspapers
Processing capability
Up to 600 A4 sheets per hour with one operator per machine
This reference capacity is intended for preliminary workflow comparison. Actual throughput depends on paper condition, size, treatment method, process settings and project acceptance requirements.
Project delivery
Prepared for an international paper conservation application in Dubai
Following confirmation of the required configuration, the system entered manufacturing and assembly at Sinoalta. The completed equipment integrated the conveying, spray treatment, negative-pressure extraction and filtration functions required for the application.
The equipment was then prepared for international delivery for the preservation treatment of religious books and other valuable paper collections in Dubai, UAE.
Project result
A more systematic workflow for acidic paper treatment
The project provided a dedicated automated solution for paper deacidification by integrating transportation, spray treatment, extraction and filtration in one platform.
It also demonstrates an important distinction in preservation planning: environmental control manages external risks, while deacidification addresses acidity-related deterioration within paper materials. Different preservation risks require different treatment and protection strategies.
What this project shows
Begin with the material risk, then configure the treatment workflow.
Paper size, condition, treatment volume, handling requirements and the institution's operating process all affect equipment selection. A deacidification solution should therefore be reviewed around the actual collection and conservation workflow.
Protect the collection by addressing both its environment and the risks within the material itself.
Project fit & related systems
Related equipment
automated paper deacidification system book deacidification machine archive paper deacidification equipment
Selection context
automatic spray deacidification for rare books continuous-feed paper deacidification deacidification for religious-book preservation
Relevant applications
religious book preservation rare book conservation acidic archive treatment paper collection stabilization
Institutional users
archives libraries museums religious institutions conservation laboratories cultural heritage authorities