Sustainability

Sustainable materials promise lower emissions and improved environmental performance, but poorly developed green specifications can expose capital projects to significant risks. From supply chain constraints and certification gaps to technical approvals, warranties, and long-term asset reliability, this article examines how project teams can balance sustainability ambitions with engineering discipline, commercial realities, and reliable project delivery.

Equipment obsolescence creates environmental and commercial costs that conventional ESG reporting often overlooks. Explore how proprietary spare parts, supplier dependency, poor maintainability, and premature equipment replacement increase waste, embodied carbon, and operational risk—and why sustainable asset management must begin during engineering and procurement.

Can one industrial facility's waste become another's valuable resource? Explore how industrial symbiosis creates opportunities to reuse waste heat, treated wastewater, industrial by-products, and shared infrastructure—and why engineering, commercial agreements, regulatory approvals, and operational reliability determine whether these opportunities deliver lasting value.

Project completion does not mean environmental liabilities disappear. Contaminated land, groundwater pollution, waste disposal, and long-term remediation obligations can persist for decades. Explore how these hidden risks affect project costs, contracts, financial provisions, ESG governance, and asset handover.

Forever chemicals are becoming a significant environmental and commercial risk for major industrial projects. PFAS contamination can affect firefighting systems, wastewater treatment, soil management, procurement, construction schedules, and long-term asset value. Explore why emerging PFAS regulations and remediation challenges demand greater attention throughout the project lifecycle.

What lies beneath a project site can fundamentally change its commercial viability. Historical industrial activity, contaminated soil, polluted groundwater, and buried waste can create unexpected engineering challenges, construction delays, and long-term environmental liabilities. Explore how contaminated land affects project development, site selection, due diligence, EPC contracts, financial provisions, and asset handover.

A value engineering workshop can save millions on paper and quietly remove the design features that made the asset efficient, resilient, and easier to operate. That is the ESG consequence of value engineering.

Regenerative project management asks a harder question than traditional sustainability: can a major project leave the ecological, social and economic systems around it stronger than before? This article explores where regenerative approaches can create measurable long-term value, where they remain difficult to prove, and how project leaders can distinguish genuine outcomes from sustainability rhetoric.

A late design change rarely arrives alone. It brings new drawings, revised material takeoffs, purchase order amendments, fabrication changes, site queries, workface disruption, logistics workarounds, and sometimes a quiet pile of redundant materials behind the fence.

Avoided emissions can make a weak project look strategic, a good project look transformational, and a marginal claim look like decarbonization. That is why the metric deserves scrutiny.

A project can look low-carbon on paper and still carry a material emissions risk. The problem often starts early, when a planning team accepts a clean assumption and no one owns the job of proving it later.

Desalination is one of the Gulf’s most important climate adaptation assets. It is also one of its harder sustainability challenges.

Social license to operate is not permanent. Community acceptance can weaken as projects move from approval into construction, operations, expansion, and decommissioning. This article explores how unmet commitments, disruption, contractor behavior, weak grievance handling, and changing stakeholder expectations can erode trust and create real project risk.

Local-content percentages can show where money was spent and who participated, but they do not necessarily prove lasting economic value. This article explores how major projects can move beyond procurement statistics to build stronger suppliers, transferable workforce skills, technical capability, resilient supply chains, and a meaningful economic legacy.

Desalination is one of the GCC’s most important climate adaptation assets. It is also an energy-intensive industrial process with real environmental impacts.

Project success should not end at handover. This article examines how long-term sustainability performance can be tested through community outcomes, workforce and supplier capability, environmental restoration, biodiversity, asset efficiency, and residual liabilities years after the project team has left.

Sustainability reporting is no longer a niche practice adopted by a select few forward-thinking companies. It has become a mainstream expectation, driven by heightened stakeholder demand for transparency and accountability.

Sustainability Due Diligence is no longer just a corporate buzzword; it is an essential framework for businesses striving to align their operations with global standards of responsibility and accountability. Rooted in the principles developed by the late Prof.