Waste management remains a developing area within corporate environmental reporting, with many organisations able to quantify total waste generation but lacking detailed accountability for specific waste streams. Collaborative Excellence Sdn Bhd (Collexe), a Malaysian environmental and enterprise intelligence firm, highlights the challenges companies face in linking waste data across multiple departments and processes to form a clear picture of waste origin, handling, and improvement opportunities.

Chong Li Ken, managing partner of Collexe, explained that while operational procedures and records are typically maintained, the information is often fragmented across spreadsheets, paper forms, contractors, and different internal systems. This fragmentation hinders the ability to identify precisely where waste originates, how it is managed after collection, and where management intervention may be necessary.

The complexity of waste accountability is particularly evident in healthcare settings. Hospitals generate diverse waste types—including clinical, scheduled, food, packaging, and electronic waste—under stringent safety and regulatory requirements. Simple recycling solutions are insufficient, as different waste streams demand specific treatment or disposal methods. To effectively distinguish between waste types and identify potential reductions, detailed and accurate operational data is essential.

Collexe developed the Next Generation Environmental Cloud Solution (NECS) to capture waste data near its point of generation rather than relying solely on end-of-cycle consolidation. Using QR code-enabled transactions, NECS links each waste record to its originating department and tracks it through storage, collection, and final treatment or disposal.

Since implementing NECS in a Malaysian hospital in February 2025, the time spent on waste data recording and reporting dropped significantly—from about 900 hours annually to roughly 120. Beyond administrative efficiency, this system allows hospital management to identify departments contributing most to waste generation, monitor trends over time, and target waste minimisation efforts more strategically.

Collexe emphasizes the commercial impact of waste management, as various material streams incur differing costs across handling, storage, and processing. By reducing avoidable waste and providing reliable departmental data, organisations can measure the effectiveness of waste reduction initiatives and optimise procurement and segregation practices.

However, technology alone does not resolve issues related to segregation or staff behaviour, Chong noted. Instead, it transforms fragmented data into actionable clarity, enabling management to intervene effectively. Collexe is further enhancing NECS to reconcile internal waste records with data from appointed vendors, helping organisations verify the accuracy of reported waste flows. Such discrepancies commonly arise due to timing differences or incomplete records rather than misconduct.

In addition to disposal, NECS tracks alternative material pathways such as returns, resale, recycling, and resource recovery. This capability supports organisations moving toward circularity and preparing for emerging Extended Producer Responsibility regulations by differentiating discarded waste from materials retaining value.

Chong described circularity primarily as a data challenge: organisations must understand material types, origins, and destinations before deciding appropriate waste reduction or recovery actions. As environmental data volume increases, NECS applies artificial intelligence to detect anomalies and flag areas requiring management attention while leaving final decisions to environmental professionals.

For companies still compiling environmental information from disparate sources, Collexe advises establishing clear visibility into what waste is generated, where it comes from, and how it is managed. This foundation ensures compliance and accountability, while integrated intelligence tools facilitate informed decision-making to advance sustainable waste management.