Engineering clean water at industrial scale.
Modern water infrastructure demands engineering that is technically precise, environmentally responsible, and built for long-term operational resilience. At Barak and Brazos Engineering, we deliver integrated water treatment solutions across municipal, industrial, food & beverage, and pharmaceutical sectors — with a strong focus on process performance, regulatory compliance, and scalable system design. Every solution we engineer is developed to reduce project risk, ensure treatment reliability, and support efficient delivery from concept through commissioning.
— Data Centre Infrastructure · Power Distribution Equipment · Industrial Automation
P&ID DESIGN â—† PROCESS ENGINEERING â—† COOLING WATER TREATMENT â—† INSTRUMENTATION & CONTROLS â—†
Modular Skid Design & Fabrication Detailing
Complete engineering of modular water treatment skids from process definition through to fabrication-ready documentation — designed for standardised manufacturing, quality control, and rapid site deployment across treatment applications.
Balance of Plant (BOP) Piping and Civil Design
Integrated BOP engineering covering all interconnecting piping systems and civil infrastructure that support the primary treatment process — ensuring reliable utility supply, operational access, and overall plant coherence.
Civil and Structural Design of Plant Foundations
Detailed civil and structural engineering of equipment foundations for water treatment plants — designed to accommodate static and dynamic loading conditions, site soil characteristics, and long-term settlement requirements.
Pipe Rack Design – Piping/Civil
Engineering of pipe rack structures covering both the piping arrangement and the civil/structural support systems — designed for load capacity, thermal expansion, maintenance access, and future expansion.
Isometric Drawings
Generation of piping isometric drawings for fabrication and installation, coordinated with civil reference drawings — ensuring dimensional accuracy, material traceability, and clear construction communication.
Design of Pipe, Electrical Support & Auxiliary Structures
Structural design of supports and auxiliary structures for pipe, cable, and electrical systems — engineered to meet load, seismic, and operational requirements while integrating cleanly within the overall plant layout.
— WHAT WE DO
Engineering & Design Strengths
— ENGINEERING DISCIPLINES
All disciplines. One roof.
Most firms coordinate between specialists. We eliminate that coordination risk by housing every required discipline internally — all working to a single quality standard and delivery schedule.
01
Process
Flow design, equipment sizing, mass & energy balances, process simulation
02
Instrumentation
I/O lists, loop drawings, instrument specs, SCADA integration
03
Electrical
MCC design, single-lines, load schedules, motor controls and grounding
04
Piping
Piping layout, isometrics, stress analysis, pipe supports and specs
05
Civil & Structural
Foundations, tank structures, piperacks, civil grading to IBC & ASCE
01
Conceptual & FEED
Technology selection, process basis of design, preliminary equipment sizing and plot plan. High-level CAPEX estimates and site constraint assessments. We help you choose the right system before the budget is locked.
02
Detailed Process Engineering
Full P&ID development, equipment datasheets, hydraulic calculations, chemical dosing calculations, and utility balances. HAZOP participation and action closeout. All documentation formatted to your standards.
03
Multidisciplinary Detail Design
Civil, structural, piping, electrical and instrumentation packages developed concurrently — coordinated in-house, not handed off. BIM-enabled where required. One quality review cycle covers all disciplines.
04
Construction Support & RFI Management
Drawing revision management, RFI response, vendor data review and as-built redlining. We maintain a live engineering team through construction — not a one-off handover to a maintenance contractor.
— How We Engage
From concept to construction-ready.
We can enter at any phase and integrate directly with your programme. Most clients bring us in at FEED or detailed design — the earlier the better.
01
Data Centre Context, Built In
Water treatment for a data centre is not the same as for a municipal plant. Cooling tower chemistry, COC targets, and discharge limits all interact with the facility's uptime requirement. We understand that system-level context — and design for it.
02
Multidisciplinary Without the Coordination Tax
Process, civil, structural, piping, electrical and I&C — all in-house. No sub-consultant handoffs. No interface drawings that contradict each other. No three-week wait for a foundation spec to come back from a third party.
03
US Code Fluency Across Every Discipline
ANSI/ISA for instrumentation, ASME B31.3 for piping, NEC and IEEE for electrical, IBC and ASCE for civil and structural. Every engineer on your project works to the code your authority having jurisdiction expects.
04
AI-Augmented Quality, Not AI-Generated Drawings
Proprietary AI tools run automated checking against applied codes and flag inconsistencies across P&IDs, datasheets and drawings before they leave our QC layer. Your IP never leaves your infrastructure.
— Why Barak & Brazos
Not a generalist. Not a handoff risk.
We built our water treatment practice inside data centre infrastructure engineering. The constraints are different here — high uptime, aggressive schedules, and close regulatory coordination. We know them.