Haskell Lumina Case Study

Founded in 1965, Haskell is a global, integrated design, engineering, construction, and consulting firm that delivers high-performing solutions across a wide range of industries. From manufacturing facilities and distribution centers to healthcare and consumer packaged goods, Haskell’s multidisciplinary teams turn complex visions into reality with precision, innovation, and integrity. While its name is well known within industrial and architectural circles, many may not realize the full impact of Haskell’s work—shaping the infrastructure that powers modern life and commerce. In short, Haskell designs and builds environments where people create, heal, produce, and thrive.

As Haskell ramped up its sustainability strategy and responded to increasing client demands for carbon disclosures, the company encountered several challenges in streamlining carbon data collection and reporting. Initially, Haskell worked with external partners to gather carbon emissions data and establish its baseline year. While this approach provided a valuable starting point, the company identified opportunities to improve data completeness, refine Scope 3 methodologies, and enhance consistency across its reporting. To support long-term goals and ensure greater alignment with internal systems and processes, Haskell made the strategic decision to bring data management in-house.

A priority for Haskell was establishing a solid foundation in carbon management, with the flexibility to scale into broader sustainability topics like water, waste, and governance over time. However, tracking Scope 1, 2, and 3 emissions proved especially difficult due to fragmented data sources, the inability to capture jobsite data, and the lack of automated integration across systems. The company also encountered limitations with software vendors that offered carbon tools as standalone modules, often with hidden costs for essential features like reporting against SASB and GRI frameworks.

These early-stage challenges highlighted the need for a flexible, enterprise-ready solution—one capable of supporting Haskell’s carbon reporting priorities today while scaling seamlessly into broader sustainability initiatives tomorrow.

To shift from fragmented data gathering and costly third-party consulting to a streamlined, internally managed carbon program, Haskell partnered with IsoMetrix to implement its Lumina platform. The objective was to simplify data collection, increase accuracy across Scope 1, 2, and 3 reporting, and lay the groundwork for a scalable, enterprise-wide sustainability framework.

With IsoMetrix, Haskell was able to centralize and automate carbon data collection. Using flexible import tools and configurable forms. Lumina’s robust emissions engine automatically applied verified emissions factors to calculate Scope 1, 2, and 3 outputs, eliminating manual errors and ensuring Haskell’s new emissions baseline was both complete and audit-ready. The platform’s flexibility also allowed the team to start with carbon and gradually expand into other domains without incurring additional module-based fees.

Beyond carbon accounting, IsoMetrix enabled Haskell to align its reporting with frameworks like SASB, CDP, and EcoVadis—requirements that had previously overwhelmed internal teams due to unclear methodologies and data gaps. With built-in disclosure templates and dynamic dashboards, Haskell could now monitor progress against GHG goals and present real-time insights to executives through role-based access.

Most importantly, the transition to Lumina empowered Haskell to gain control of its carbon strategy — establishing a transparent, cost-effective system that scales with the organization’s sustainability ambitions.

Since implementing IsoMetrix, Haskell has improved the accuracy, consistency, and efficiency of its carbon data management. Manual spreadsheets have been replaced by automated workflows and a centralized platform that ensures audit-ready carbon reporting. With accurate tracking of Scope 1, 2, and 3 emissions—including questionable categories that previously lacked clarity—Haskell is now able to meet regulatory and client-driven disclosure requirements with greater confidence and credibility.

The shift to internal ownership of carbon management has also enabled Haskell to reduce consulting costs, understand job-site usage, and better align GHG data. This integration has not only streamlined operations but also allowed the team to focus on building a long-term, scalable sustainability program.

Looking ahead, Haskell plans to continue building on this foundation by expanding its reporting capabilities, aligning with different frameworks, and setting clear sustainability targets. With IsoMetrix as a long-term partner, Haskell is equipped to drive meaningful change—strengthening both its environmental impact and industry leadership in the years to come.

IsoMetrix provides an integrated suite of enterprise cloud solutions and expert guidance for customers to proactively manage EHS risks, ensure compliance, and drive ESG and climate initiatives. With over 25 years of experience helping clients in the most complex, dangerous, and regulated industries, IsoMetrix has earned the trust of businesses across the globe for its dedication to customer success and developing products to address and standardize solutions to unique challenges.

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