Congrats, El‑Sewedy: first EPDs go live
Power cables finally come with numbers. El‑Sewedy has published its first set of Environmental Product Declarations, which turns familiar MV and HV distribution cables into spec‑ready options when project teams ask for verified impacts. If cables are your business, this flips the conversation from brochure talk to quantified performance and helps avoid the generic penalties that creep into whole‑building models.


What El‑Sewedy just published
El‑Sewedy’s debut set includes three product‑specific EPDs for single‑core aluminum XLPE power distribution cables at 6/10(12) kV, 76/132 kV, and 87/150 kV. Scope reads like real‑world jobs rather than lab unicorns, and the coverage signals a focus on utility and large commercial networks. All three were released in July 2025, and the program operator listed is EPD Hub. We did not see a separate external LCA developer named on the public record for this wave.
Why this matters in bids and grid work
Specs increasingly expect product‑specific, third‑party verified data. Without it, many teams default to conservative generics that act like a weight vest in carbon accounting. Cables show up across power rooms, corridors, vaults, and trench runs, so having product‑level declarations removes friction for submittals and keeps pricing conversations where they belong.
Competitive check in the cable arena
Southwire appears with a broad portfolio of cable EPDs across building wire, PV, and specialty runs under UL’s program. Prysmian and NKT show consistent MV and LV coverage through European operators. Nexans publishes environmental declarations via the PEP route for electrical products. In short, El‑Sewedy has officially entered the transparency arena and closed a visible gap against established names. We read this as table‑stakes for major utility and infrastructure specfications.
Work for El-Sewedy or competing?
Follow us for a product-by-product analysis to see which cables get spec'd over competitors like Southwire or Prysmian.
Program operator at a glance
EPD Hub is a fast‑growing operator for EN 15804 Type III EPDs and was recognized by ECO Platform as an Established ECO EPD Programme Operator in December 2025, which improves acceptance across European markets (EPD Hub overview, 2026).
Quick company background
El‑Sewedy supplies wires, cables, and accessories to utility, industrial, and infrastructure customers across MENA and beyond. The first EPDs landing in medium and high voltage lines fit that footprint, especially for transmission and distribution upgrades where owners already ask for verified carbon data.
Can we find these EPDs on their website today
We looked for an EPD download page on the corporate sustainability pages and could not locate one at the time of writing. Visibility matters. A simple EPD hub on the site with filters by voltage class and conductor type helps specifiers and EPCs grab the right PDF in seconds. If it is not easy to find, busy estimators move on.
What to do next
Extend coverage to the most‑sold LV and MV families so common cross‑sections and sheath options are represented. Keep reference‑year data clean and consistent so renewals are painless. Consider a short comparison note inside each PDF that clarifies functional unit and installation assumptions, because that is where reviewers often get stuck.
The takeaway
El‑Sewedy’s first‑ever EPDs move cables from radio static to a clear signal. Competitors already on the board will notice, and projects modeling embodied carbon will, too. Publish them prominently, maintain the cadence, and make the next wave even broader. That is how transparency turns into real spec wins.
Frequently Asked Questions
Which month did El‑Sewedy publish its first EPDs for power cables?
July 2025.
Which EPD program operator is listed for El‑Sewedy’s new declarations?
EPD Hub, a digital‑native operator recognized by ECO Platform as an Established ECO EPD Programme Operator in December 2025 (EPD Hub overview, 2026).
What product types do these debut EPDs cover?
Single‑core aluminum XLPE distribution cables at 6/10(12) kV, 76/132 kV, and 87/150 kV.
Do the public records name an external LCA developer for this wave?
We did not see a separate external developer organization named on the public record for this wave.
