Every capability below sits at the same table from scope through construction support — so your project carries one accountable stamp, not five finger-pointing vendors.
Process calculations and debottlenecking done by engineers who have run plant shutdowns, not just issued drawings.
Heat & mass balance, hydraulics, steam/water network modelling and equipment sizing for recovery islands, bleach plants, scrubbers and utility systems.
Air-pollution-abatement engineering — scrubber and abatement equipment designed into live plants around real operating constraints.
13+ years of pulp & paper field engineering (including major mill engineering teams) on staff — operators' language, not just theory.
Analysis and design of the systems that keep heavy industry running, to the latest ASME codes.
Advanced thermal and stress analysis of power/steam and process piping to ASME B31.1 and B31.3. New networks routed inside your existing congestion — not around it on paper only — verified against 3D scans of as-built conditions.
Analysis and design of pressure vessels, pressure piping and power boilers in accordance with ASME BPVC — new builds, uprates, and fitness-for-service evaluations.
Analysis and design of lifting devices, spreader beams and shipping cradels for temporary construction needs per ASME BTH-1 and B30.2 — plus pump sizing, rotating-equipment installs, FEA and CFD for equipment development.
Expert analysis and design across commercial, industrial and institutional structures.
Foundations, pipe support systems, pipe bridges, trusses, lifting equipment, monorails and gantries — temporary and permanent — to ACI, AISC, IBC, IEBC, OBC, CISC and CSA.
Seismic design, facility expansions, and code-compliance upgrades for existing industrial facilities under current IBC/OBC requirements.
When something fails, we find the root cause — field investigation, load rating, and remediation design that fixes it permanently and prevents the next one.
Electrical scopes planned around your production calendar, by people who have worked shutdowns.
Design of power distribution and plant wiring systems for industrial retrofits and new installations.
Integration of PLC, HMI, servo and drive platforms — Allen-Bradley, ABB, Mitsubishi, Omron — with 35+ years of licensed electrician and shutdown-coordination experience on staff.
Electrical work sequenced to fit real outage windows — decades of shutdown experience for major pulp & paper, chemical and manufacturing clients.
Civil work designed together with your structural and mechanical scope — one interface owner, not five.
Site grading, drainage, paving and foundation-adjacent civil works for industrial expansions and new builds.
Concrete and pile-cap foundations tied into structural design under one stamp — equipment pads, supports and retaining structures.
Drawing packages coordinated with structural and mechanical deliverables to move permitting along without rework.
Reality capture, modelling and drafting in-house — so new equipment clears existing steel before a single weld is made.
Advanced LiDAR scanning and drone-based photogrammetry capture precise, reliable site data — essential for retrofitting brownfield facilities where legacy documentation ran out decades ago. Thermal imaging surveys add hotspot detection and temperature mapping to the toolkit.
Full 3D models integrated with point-cloud data for unmatched accuracy — clash detection, interference checking between all disciplines, and construction sequencing visualization for outage planning. Exports in IFC, NWD and other industry-standard formats.
All drafting handled in-house: construction-grade drawings issued for construction, as-built documentation updates reflecting field changes — clear, concise, and readily understood by engineers and contractors alike.
Comprehensive on-site support during construction and commissioning keeps the designer and the builder in the same conversation.
On-site coordination during mill outages and turnarounds, with RFI responses and technical clarifications inside 24–48 hours.
Verification of existing conditions against design assumptions, quality-assurance inspections and field walkdowns.
Commissioning support, startup assistance and handover — with as-built documentation updated to reflect real field changes.
Runner replacements, Water-To-Wire packages and general turbine troubleshooting from experienced mechanical engineers.
Commissioning plans, turbine checkouts and construction sequencing plans written by the designers who know the equipment.
Powerhouse repowering studies and refurbishment options developed as part of a full engineering team.
If it's heavy, industrial, and not behaving — we probably solve it.