Industrial safety professionals play an ongoing role in developing an appropriate chemical spill response procedure. The particulars vary depending on the type and quantity of substances handled, where and how an organization uses them, and the number of people with authorized access.

Because natural and human-driven events can cause these issues, a practical approach to working with chemicals safely requires understanding the biggest risk factors and planning accordingly. Fires, hurricanes and earthquakes may trigger chemical spills, as can unsafe handling, improper storage or container failures.

Numerous digital solutions can shape and improve a chemical spill response, reducing the associated health hazards and property or environmental damage at the site. Which options should you consider and why? 

1. webPOISONCONTROL

Experts from several poison control centers developed this app to mimic the experience of someone who contacts one of those facilities after exposure to toxic products. The creators did not intend to replace fellow professionals, but augment their services and cater to users who may not place phone calls. 

This free tool — available as a smartphone application or web version — assists people affected by spills, splashes and stings. Users begin building a case by answering numerous on-screen prompts, such as the age and gender of the impacted party and the name and format of the substance. It also asks about the severity of the exposure and whether the individual began experiencing symptoms.

The interface then provides a recommendation and specifies the determining aspects considered. Because it gives a poison control center phone number referral for potentially dangerous cases, you can get immediate, 24/7 help for the next steps. 

2. Algorithm Suggesting Proportionate Incident Response Engagement (ASPIRE)

The United States Department of Health and Human Services developed this web tool to correspond with its Primary Response Incident Scene Management (PRISM) guidance. That information recommends a rapid and effective chemical spill response for first responders requiring decontamination. 

ASPIRE is a prototype decision-support tool created by experts to determine if parties exposed to chemical agents should follow wet decontamination protocols. That approach uses water or other liquids to remove hazardous substances. Conversely, dry methods rely on adsorbent materials, powders or reactive compounds for removal or neutralization. 

Users go through an interactive interface to indicate how long ago the exposure occurred, whether they can identify the chemical and if they can estimate its volatility. Besides generating a recommendation, this resource links to an accompanying flow chart, showing the correct order of the required steps. The footer also contains a link to complete PRISM guidance, offering a valuable addition for people unfamiliar with the information or who need reminders due to feeling flustered under pressure. 

Executives at facilities such as chemical plants deploy tailored technologies to reduce environmental pollution. Strategies that include filters and scrubbers remain important. These leaders must also train themselves and others to respond quickly and appropriately to suspected or known chemical exposure that may require decontamination techniques. This tool makes the details readily available. 

3. The Naval Medical Research Unit San Antonio’s Chemical Safety Software

A decision-maker may encourage developing or improving a chemical spill response procedure after encountering a substantial challenge. That was the case for the safety officer at San Antonio’s Naval Medical Research Unit. Scientists at this location use technology to address matters affecting military personnel’s survival, health, safety and recovery.  

Federal regulations mandate that the location maintain readily accessible safety data sheets (SDS) for all hazardous chemicals used there. They contain essential reference information to inform a chemical spill response. The collection encompasses more than 1,500 documents, updated annually. Representatives also kept them in binders, which took up excessive shelf space. Keeping the content current required approximately one to two uninterrupted workweeks and two cases of paper. 

Leaders addressed these issues by procuring chemical safety software to replace all SDS content and binders. Users accessing the digital system retrieve information in seconds on tablets by scanning product barcodes or typing names into the search bar. 

Authorities expect the digitalization effort to make information more accessible during chemical spill emergencies and increase operational efficiency. Those working on this transition accomplished the highest-priority tasks first to maximize value. 

This case study may inspire people who handle hazardous chemicals for other reasons. Those shipping them bear full responsibility for preparing the goods and associated documentation. An SDS informs the initial responses to chemical spills occurring in transit, including when containers leak or vehicles tip over. Digital tools that give quick, reliable information save time and enable confident actions during emergencies. 

4. The Computer-Aided Management of Emergency Operations Suite (CAMEO)

The Computer-Aided Management of Emergency Operations Suite comprises five tools from the U.S. Environmental Protection Agency and the National Oceanic and Atmospheric Administration. It assists emergency response personnel and safety managers with chemical and all-hazards planning. Users can access this digital solution via an app or on Mac or Windows computers, with offline access available.

Some components are especially pertinent to those needing support in working with chemicals safely. The Areal Locations of Hazardous Atmospheres tool evaluates the release of hazardous chemical vapors by allowing users to estimate their downwind dispersal patterns based on the substance type, atmospheric conditions and other factors. People can also access an extensive database containing information about thousands of chemicals, with recommendations about spill responses and first aid. 

5. ChemFORWARD Cleaners & Degreasers

Some employees face ongoing occupational risks because their jobs require using toxic chemicals. The electronics industry relies on cleaners and degreasers during various assembly steps. Working with chemicals safely means following best practices while continually searching for ways to reduce the risks. That was the goal behind this app, released by the members of a science-based, nonprofit data trust. 

This ingredient optimization tool allows people to search for safer alternatives by function or retrieve verified hazard data. They can also check for compatibility with industry-leading frameworks. Although the developers primarily built this resource to encourage electronics producers to switch to other formulations, it also supports chemical spill response procedure mechanisms. The available information includes hazard bands and regulatory red flags, alerting people to the most pressing dangers, including substances’ physical and toxicological properties.

Technology for Working with Chemicals Safely

High-tech solutions do not replace training, drills and certifications, but they can simplify your work duties by providing dedicated, trustworthy information during emergencies and for industrial compliance. Because many organizations offer these tools for free, you can try them without financial commitments.