Feasibility Studies and Audits

On this Page :

Feasibility Studies & Audits

The critical first lens on every new project—and the ongoing health-check of every running plant

Big ideas and busy plants share one truth: assumptions, if left untested, become expensive surprises. OSVARD’s Feasibility Studies and Audits service gives small- and mid-sized producers the same rigorous gatekeeping practised by global majors—before steel is bought and while valves keep turning.


1 | Feasibility Studies—asking the hard questions before the first bolt

1.1 Technical reality check

We map credible process routes, develop preliminary PFDs, and crunch mass-energy balances. Can raw materials be sourced locally? Does the chemistry scale without exotic metallurgy? Will utilities on site handle the peak load?

1.2 Numbers that talk sense

Our cost engineers layer CAPEX, OPEX, taxes, tariffs, and ramp-up curves into a cash-flow model that spits out NPV, ROI, and payback under multiple price scenarios. If the project can’t survive a 20 % feed hike or a 10 % market dip, you’ll know now—not after the ribbon-cutting.

1.3 Risk and regulatory clearance

Safety hazards, permitting timelines, waste-handling hurdles, feedstock volatility—all scored in a risk matrix with mitigation strategies and contingencies costed in.

1.4 Clear-eyed recommendation

Proceed, pivot, or park? Our independent report arms boards, banks, and partners with facts instead of wishful thinking—complete with sensitivity tornado charts and milestone roadmaps.


2 | Audits—turning the spotlight on existing assets

2.1 Process performance audits

OSVARD engineers walk the lines, pull historian data, and benchmark yields, cycle times, and energy intensity against best-in-class metrics. Hidden bottlenecks and “it’s always been that way” work-arounds get surfaced and priced.

2.2 Safety & compliance checks

We dig into PHAs, MOC files, and maintenance logs, then tour the plant to see if paper matches reality. Gaps come with practical fixes—whether a missing block-and-bleed, a fatigued relief stack, or outdated operating procedures.

2.3 Energy & environmental scans

Flue-gas O₂ too high? Uninsulated 180 °C condensate return? We quantify the losses, suggest low-CAPEX fixes, and model the carbon—and utility-bill—payback.

2.4 Asset-integrity investigations

Thickness checks, corrosion mapping, vibration snapshots, and weld record reviews rank equipment by risk so you spend maintenance dollars where failure really hurts.

Each audit closes with a prioritised action list tagged “quick win,” “budget item,” or “strategic upgrade,” complete with estimated cost, ROI, and recommended timeline.


3 | Why SMEs see outsized impact

  • Capital protected. A thorough feasibility study stops dead-end projects before they swallow funds better used elsewhere.

  • Margins widened. Process and energy audits typically uncover 5–15 % savings—achievable with tweaks rather than turbines.

  • Regulatory peace-of-mind. Pre-audit prep means fewer findings during official inspections and faster permitting for expansions.

  • Safer workplaces. Regular compliance audits catch lapses long before they become incidents.


4 | Illustration: real outcomes

  • A Thai specialty-resin start-up avoided a USD 4 M mis-step when OSVARD’s feasibility study showed the preferred solvent route would need a class-1 explosion-proof build, doubling capex. An alternate aqueous process met spec at half the cost.

  • Energy audit at a mid-sized agro-chem site cut steam use 11 % by fixing trap leaks, re-balancing condensate headers, and installing a small heat-recovery coil—payback under nine months.

  • Three-year OSHA PSM audit for a lubricant blender flagged missing MOC trails and overdue PHAs; OSVARD’s action plan cleared all findings ahead of the regulator’s return visit, avoiding fines and licence delays.


“Feasibility asks: ‘Should we?’ Audits ask: ‘Are we still?’ Together, they keep ambition honest and operations sharp.”

Whether you’re dreaming of a new product line or simply want proof your plant still performs like the day it started, OSVARD brings independent rigour, sector know-how, and clear, bank-ready reporting. Let’s turn risks into knowledge—and knowledge into confident decisions.

ภาพที่สร้างขึ้น

Connect with our
Competency
Connect
featured insights
Process Scale-Up
Article
Bridging the Gap – Understand a Key Differences Between a Small Beakers to Larger Sizes.
The journey from a laboratory experiment to a commercially viable process is challenging step i.....
OSVARD
Process Scale-Up
Article
Bridging the Gap – Understand a Key Differences Between a Small Beakers to Larger Sizes.
The journey from a laboratory experiment to a commercially viable process is challenging step i.....
OSVARD
Engineering Design
Article
Why is Ideal flow pattern crucial for upscaling Fixed-bed reactor ?
The challenge in fixed-bed reactor scale up is partial similarity of laboratory, pilot, and commerci
OSVARD
Process Scale-Up
Article
Transition from Lab Testing to Pilot Scale.
Historically, scaling up from the laboratory to a pilot stage has been a crucial step before progres
OSVARD

Warning: Attempt to read property "name" on bool in /home/oliveira/domains/osvard.com/public_html/wp-content/themes/osvard-rev3/template-parts/query/featured-insights-where-tag-eq-article-sorted-by-random.php on line 53
Article
How to Successfully Implement your Better Catalysts in Existing Processes
Replacing a novel catalyst into an existing industrial operation is not easy task, requiring compreh
OSVARD
Simulation and Digitalization
Article
Can We Believe the Simulation Results ?
"Can We Believe the Simulation Results?" is a question across various fields, especially in engi....
OSVARD
Chemical Technology Development
Article
Top 10 Mistakes Kill Timing in Your New Product Launch in the Chemical Industry.
Timing your product launch refers to the strategic planning and execution of introducing a new p....
OSVARD
High Performance Culture
Article
How to properly apply inert bed dilution for catalyst testing in fixed-bed reactor
Nowadays, computing systems with extremely high computational power, well-known as High performance
OSVARD
Process Scale-Up
Article
To Make it Perfect: Where Should You Set Up Your Pilot/Demonstration Plant?
In the development of chemical industry, "pilot plant" is frequently used of innovation and expe....
OSVARD
High Performance Culture
Article
How to Conquer the Loop of Death Valley
To ensure the success in catalyst development, the business direction and engineering design must be
OSVARD
Engineering Design
Article
Too Small to be Viable, Small Modular Nuclear Reactors (SMNRs)
the NuScale project faced a significant cost increase, with the target price for power generatio....
OSVARD
Chemical Technology Development
Article
H2 or kWh – Evaluating the Potential of Hydrogen and Electron Economies in Decarbonization
Hydrogen's potential for decarbonization lies in its versatility. It can be produced from water.....
OSVARD
Engineering Design
Article
Industrial Heat Pumps: Even It is Hard to Implement, But Non-Negotiable.
An industrial heat pump (IHP) is a large-scale device designed to capture and repurpose heat fro....