Chemical plants can be hazardous facilities full of potentially toxic and highly inflammable raw materials. Proper maintenance, and the ability to access maintenance data in real-time, is critical to prevent costly and dangerous safety incidents.
Like other industrial sectors, chemical producers are dealing with changing demands post the pandemic. Chemical companies are placing more emphasis on being flexible and adapting to new markets.
The industry faces some unique challenges that has made digital transformation imperative. Utilizing critical, maintenance-intensive assets in hazardous conditions, wide array of environmental, health and safety regulations, demographic changes in the workforce, conflict between safety and productivity, etc.
Plants are asking more every day from their equipment. This places more strain on them, raising an important question. Are these machines getting proper and timely maintenance?
The shifting priorities and increasing equipment stress in the industry are demanding more efficient maintenance process. Orthodox processes can lead to wastage of time and money besides running the plant into the risk of unplanned downtime.
Maintenance Process and Problems With Manual Work Order Management
More than two out of every three industrial plants recently surveyed revealed they had no idea when their equipment was due for routine maintenance or important upgrades. It’s no surprise then that 82% of all plants have suffered at least one unplanned shutdown in the last three years.
Successful chemical plant maintenance, whether preventive, predictive or reactive, largely depends on efficient coordination between teams. Conventional, paper-based practices delay the creation of work orders and make it harder for asset managers to track their progress in real-time.
No maintenance repairs occur without a work order in a well-run chemical plant. However, a manager or supervisor issuing a work order can't always ensure a smooth work order process.
Many chemical plants still use a paper-based work order system. Paper work orders make the maintenance process harder rather than easier. They:
- Slow down actual work
- Keep decision-makers in the dark once issued
- Add more non-value-added tasks
When equipment goes offline, maintenance managers jump into action to get it repaired and restore production. No matter how competent the manager or staff, a paper-based work order process hinders their efficiency and productivity. A manager or supervisor:
- Has no way to track work progress in real-time
- Can’t accurately gauge wrench time or productivity
- Has greater difficulty allocating labor and materials
For frontline workers, a paper-based process means they must constantly carry a bulky binder or clipboard with them wherever they go. They also must manually enter work order data into the back-office ERP once work is completed.
Both the manager and the technician have to contend with unstructured data and the confusion it causes. This confusion adds needless complexity to the process and slows down repairs.
Ultimately, paper-based work order processes lead to less effective reactive maintenance programs instead of preventative or predictive ones. Reactive or run-to fail maintenance practices result in:
- Greater risks for equipment failure
- More safety incidents
- Additional revenue-draining downtime
- Worse customer service
In a chemical plant, asset managers need to get a 360-degree view of work order execution to ensure the integrity of their production lines. This requires integration of work order management tools with the ERP. Real-time communication between digital operator rounds and work order management help asset managers stay on top of rounds data. Advanced work order management tools offer risk assessment metrics to prioritize work orders. Digitalization of work order process also offers a better way of identifying equipment problems, issuing of work orders, resource allocation and progress tracking.
Ready To Confront Operational and Maintenance Challenges With Mobile Work Order Management?
Innovapptive, a connected worker solution pioneer, specializes in SAP and IBM Maximo compatible mobile plant maintenance systems that improve technician productivity, transform reactive processes and cut downtime costs. Schedule a free demo of mWorkOrder today, and then call us at 888-464-6668. Our chemical industry experts can show you how replacing a cumbersome paper-based process with a mobile work order solution can dramatically reduce costs and improve efficiencies.
FAQs
1. What are the common maintenance challenges faced by the chemical industry?
The chemical industry encounters challenges such as equipment degradation due to corrosive materials, strict regulatory compliance requirements, and the need for real-time data access to prevent safety incidents. T
2. How does digitizing maintenance work orders benefit chemical plants?
Digitizing maintenance work orders helps in identifying equipment problems, issuing work orders, allocating resources, and tracking progress. This integration provides asset managers with a comprehensive view of work order execution, ensuring production line integrity.
3. What role does real-time communication play in maintenance management?
Real-time communication serves as the backbone of effective maintenance management by : Enabling instant data sharing between field operators and managers, facilitating immediate response to critical alerts, supporting data-driven decision-making, coordinating maintenance activities across shifts and providing continuous visibility into equipment status.
4. How can advanced work order management tools improve maintenance prioritization?
Advanced work order management tools enhance maintenance prioritization through AI-driven risk assessment algorithms, real-time equipment health monitoring, automated criticality scoring systems, dynamic resource allocation based on priority and predictive maintenance scheduling.These capabilities enable maintenance teams to reduce critical equipment downtime by up to 35% while optimizing resource utilization.
5. Why is integrating work order management tools with ERP systems important?
Integration with ERP systems provides a 360-degree view of work order execution, enhancing resource allocation, progress tracking, and overall maintenance efficiency.
6. How does Innovapptive's Connected Worker Platform assist chemical industry leaders?
Innovapptive's platform empowers leaders by improving operational agility and decision-making through customizable solutions tailored to the chemical industry's unique needs.
7. What are the benefits of mobile workforce management solutions in chemical plants?
Mobile workforce management solutions, such as connected worker platforms, can address major maintenance challenges by enhancing communication, streamlining processes, and providing real-time data access.
8. How can chemical plants reduce unplanned downtime?
Implementing proactive maintenance strategies, leveraging digital tools for real-time monitoring, and utilizing predictive analytics can help in anticipating issues before they lead to unplanned downtime.
9. What is the significance of condition-based maintenance in the chemical industry?
Condition-based maintenance uses real-time data and monitoring tools to assess asset conditions, ensuring maintenance occurs only when necessary, leading to better asset performance and cost savings.
10. How can chemical plants enhance safety through mobile operator rounds?
By adopting mobile operator rounds, plants can overcome challenges like lack of real-time data visibility, ensuring timely inspections, and immediate reporting of issues, thereby enhancing safety and equipment reliability.
