A Wild Pack Holdings companyIndustrial engineering • permitting • compliance

INDUSTRIAL + ENVIRONMENTAL ENGINEERING

Engineering clarity for complex industrial projects.

Vulpes Engineering turns operating problems, regulatory obligations, and field constraints into defined projects—complete with the technical basis, permits, design packages, procedures, and decision support required to move forward.

RoleOwner’s technical lead
Core outputBuildable + defensible scope
ReachConcept through operation

THE TECHNICAL LAYER

Close the gap between what a facility needs and what a project must prove.

Industrial projects sit at the intersection of process performance, environmental limits, site infrastructure, operator reality, capital decisions, and regulatory review. Treating those pieces separately creates scope gaps and expensive changes.

Vulpes develops the common technical basis. We define what must be achieved, how it will be demonstrated, what information each party needs, and how the finished system will be documented and operated.

SERVICE FAMILIES

Engineering support shaped around the full project lifecycle.

Vulpes can lead a complete technical scope, reinforce an owner’s internal team, or solve a defined permitting, process, compliance, or documentation problem.

01

Environmental permitting

Turn site conditions and operating intent into a practical permitting path.

Vulpes develops the technical basis behind environmental applications and coordinates the information needed to move a project through agency review.

  • NPDES and industrial wastewater permitting support
  • Pretreatment, discharge, reuse, and stormwater pathways
  • Air, waste, spill-prevention, and environmental permit coordination
  • Application narratives, calculations, exhibits, and response packages
  • Agency meeting preparation and technical follow-through
02

Compliance systems

Replace reactive compliance with an organized operating system.

We translate permit language, regulatory obligations, and site procedures into clear responsibilities, records, schedules, and corrective-action plans.

  • Compliance audits and gap assessments
  • Corrective-action plans and closure tracking
  • Compliance calendars, records, and responsibility matrices
  • Sampling, monitoring, reporting, and notification plans
  • Inspection readiness and regulator-response support
03

Process + facility engineering

Define the process before equipment, construction, and controls are released.

Vulpes converts flows, loads, constraints, risks, and performance targets into a coordinated basis of design for industrial and environmental projects.

  • Feasibility studies and alternatives analysis
  • Mass balances, hydraulic profiles, and design criteria
  • Process flow diagrams, P&IDs, layouts, and utility requirements
  • Equipment sizing, specifications, and technical evaluations
  • Brownfield integration, constructability, and operability reviews
04

Design + procurement packages

Issue clear information that vendors and contractors can actually build from.

We organize the technical package, interfaces, and acceptance requirements so scope can move from engineering into procurement and field execution with fewer gaps.

  • Design criteria and equipment data sheets
  • Technical specifications and bid packages
  • Vendor review, submittal coordination, and bid leveling
  • Scope matrices, battery limits, and interface registers
  • Technical change review and record-document coordination
05

SOPs + operating documentation

Make the finished system understandable, repeatable, and defensible.

Vulpes builds site-specific documentation around the actual equipment, process, responsibilities, risks, and operating conditions—not a generic binder.

  • Standard operating and maintenance procedures
  • Startup, shutdown, emergency, and abnormal-condition procedures
  • O&M manuals and preventive-maintenance frameworks
  • Training materials, operator qualification, and practical walkdowns
  • Document control, revision systems, and controlled templates
06

Owner’s engineering + advisory

Give the owner an independent technical position throughout the project.

We represent operating, compliance, cost, schedule, and lifecycle interests as projects move through definition, design, procurement, construction, and startup.

  • Project definition and technical due diligence
  • Design reviews, risk registers, and decision support
  • Budgetary scoping and technical schedule review
  • Construction-phase engineering and field issue resolution
  • Commissioning plans, performance criteria, and turnover review

Select any service family to expand its capabilities.

A CONTROLLED ENGINEERING PATH

Every deliverable traces back to a decision.

The path is structured enough to protect quality and flexible enough for brownfield work, uncertain data, phased capital, or urgent compliance needs.

01

Investigate

Existing conditions, process data, permits, constraints, risks, site objectives, and the decisions already made.

02

Define

Design basis, regulatory pathway, performance criteria, project boundaries, responsibilities, and release requirements.

03

Engineer

Calculations, process selection, drawings, specifications, interfaces, controls intent, and constructability.

04

Document

Applications, design packages, procedures, manuals, training, records, and controlled revisions.

05

Support

Agency review, procurement, field questions, commissioning, performance verification, and change management.

VE / DECISION TRACEPERMIT → OPERATION
INPUTLimits + obligations

What the site must meet

BASISCriteria + calculations

Why the solution should work

RELEASEDrawings + specifications

What gets purchased and built

CONTROLProcedures + monitoring

How performance is sustained

Requirement tracedDecision recordedChange controlledPerformance verified

DOCUMENTATION THAT WORKS

The deliverable is only useful if the next person can act on it.

Vulpes builds a connected record of assumptions, criteria, decisions, drawings, procedures, training, and revisions. That continuity supports permitting, procurement, construction, commissioning, and the operators who inherit the system.

  • Site-specific—not generic boilerplate
  • Clear ownership, status, and revision history
  • Consistent terminology across drawings and procedures
  • Structured for field use and future updates
DOC IDCONTROLLED RECORDSTATUS
BODBasis of designREV 03
PFDProcess flow diagramIFR
P&IDPiping + instrumentation60%
SOPStandard operating procedureCONTROLLED
O&MOperations + maintenance manualTURNOVER
CAPCorrective-action planACTIVE
REVISION GATE6 / 6 TRACEABLE

MARKETS

Industrial settings where technical decisions carry operating consequences.

Our strongest work combines environmental performance with real facility constraints—space, utilities, production schedules, operator capacity, maintenance access, and regulatory scrutiny.

01

Industrial wastewater

Pretreatment, discharge, reuse, residuals, source control, and facility expansion.

02

Manufacturing + metals

Steel, fabrication, finishing, chemical use, utilities, and complex brownfield interfaces.

03

Oil, gas + energy

Produced water, terminals, storage, utility systems, waste streams, and environmental infrastructure.

04

Waste + environmental

Landfills, leachate, transfer and processing facilities, remediation, and recovery operations.

05

Municipal + public utilities

Treatment improvements, industrial-user coordination, infrastructure studies, and procurement support.

06

Critical infrastructure

Data centers, ports, logistics hubs, and facilities where reliability and documentation carry equal weight.

BUILT TO STAND ALONE. BUILT TO CONNECT.

Vulpes owns the technical basis. The Pack can carry the project beyond it.

Vulpes can serve any industrial owner or project team independently. When a broader delivery model is valuable, the same technical basis can connect directly to Wild Pack equipment, construction, controls, chemistry, testing, operations, and logistics.

VULPESENGINEERING + COMPLIANCE

START WITH WHAT IS KNOWN

Bring us the problem, the permit, or the project.

Share the site, process, available data, operating objective, regulatory driver, schedule, and known constraints. Vulpes will organize the unknowns and define a practical technical path forward.

VE / PROJECT INTAKEUSEFUL STARTING POINTS
  1. 01Site + process description
  2. 02Flows, loads + operating data
  3. 03Permit or compliance driver
  4. 04Existing drawings + equipment
  5. 05Target performance
  6. 06Schedule + decision deadline
  7. 07Known risks + constraints
  8. 08Required deliverables

Project intake is coordinated through Wild Pack Holdings.

PROFESSIONAL PRACTICE

Engineering services are structured according to project location, discipline, and applicable licensing requirements. Sealed deliverables are issued under the responsible charge of appropriately licensed professionals where required.