chemicals

$1.7M annual savings using process mining to optimize Procure-to-Pay (P2P) processes for a chemical Fortune Global 500

10+
Years of delivery excellence
10+
Years of delivery excellence
10+
Years of delivery excellence
INDUSTRY
chemicals
INDUSTRY
Retail
INDUSTRY
Retail

Key Outcomes

$1.7M in Annual Savings
Achieved significant yearly savings through P2P optimization.
43% Faster Purchase Order Processing
Streamlined purchase order operations.
30% Less Rework
Minimized corrections, enhancing process efficiency.
10% Quicker Cancellation Profiling
Reduced delays in cancellation processing.
40% Faster Invoice Processing
Accelerated invoice handling with optimized workflows.

Overview

A global chemical company faced inefficiencies in its Procure-to-Pay (P2P) process due to manual interventions, multiple touch points, and a lack of automation. Aligned Automation leveraged process mining, data analytics, and intelligent workflows to optimize the P2P process, resulting in $1.7M in annual savings, a 43% efficiency gain in purchase order processing, and a 40% improvement in invoice processing time, while significantly reducing rework and profiling delays.

This global company is one of the largest in the plastics, chemicals, and refining industries. It is publicly traded and features on the Fortune Global 500 list. The company has a presence in over 100 countries and multiple manufacturing sites across continents.

CHALLENGE

A leading global manufacturer faced significant inefficiencies across its procure-to-pay (P2P) operations.

Manual processes, high volumes of purchase orders, and multiple handoffs between departments created delays, inconsistencies, and frequent invoice changes. The lack of workflow automation made it difficult to scale operations efficiently or maintain control across the process.

  • High manual intervention across P2P workflows
  • Frequent invoice changes and processing inefficiencies
  • Lack of automation across approvals and execution
  • High volume of daily purchase orders creating operational strain
  • Multiple cross-functional touchpoints causing delays and errors

SOLUTIONS

Aligned Automation implemented a data-driven P2P transformation, combining process discovery, analytics, and intelligent workflow automation to streamline operations end-to-end.

The team reengineered core processes to eliminate inefficiencies, reduce manual effort, and improve coordination across departments. Intelligent workflows were introduced to automate high-volume tasks, while a proactive measurement framework provided real-time visibility into performance.

Key capabilities included:

  • Process discovery and analytics to identify inefficiencies and bottlenecks
  • Reengineered workflows to simplify and standardize execution
  • Intelligent automation to reduce manual intervention across P2P
  • Streamlined coordination across departments to minimize delays
  • Real-time performance tracking for continuous optimization

What Changed

P2P operations evolved from manual and fragmented to streamlined and data-driven.

The organization reduced inefficiencies, improved process consistency, and gained real-time visibility into performance, enabling faster execution and more scalable procurement operations.

“Lorem ipsum dolor sit amet, consectetur adipiscing elit. Sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat.”
Linzy Sherin
Linzy Sherin
Founder Aligned Automation
10+
Years of delivery excellence
10+
Years of delivery excellence
10+
Years of delivery excellence

Capabilities

Process Mining

Intelligent Process

Automation Analytics

CAse studies

Checkout Case Studies

View All
From Blind Spots to Breakthrough: How SLM-Driven VoC Analytics Cut Churn by 4% for a Fortune 50 Tech Giant
Uncovered Customer Journey Blind-Spots
Faster Data Retrieval
Learn More
Technology
Natural Language Processing Transforms Procurement Intelligence to Enable 3x Faster Data Retrieval
3x Faster Data Retrieval
Faster Data Retrieval
Learn More

Key Outcomes

This is some text inside of a div block.
This is some text inside of a div block.