Distillate Oil Testing Service Market

Safe and Accurate Analysis of Distillate Oils

Distillate oil testing methods, including thermogravimetric analysis (TGA), require a smaller sample size - about 10 mg, as compared to legacy method requiring sample of 2-3 g. TGA recognizes the displacement sequence of the constituents of distillate oil during spontaneous saturation procedure. The data collected regarding ash content exhibits greater accuracy of about 1 × 10.5 mg.

To determine ash content in oil, distillate oil testing methods, such as microwave ashing, utilizesilicon carbidefor swift heating due to high absorption of microwave energy. The air valve allows passage of fresh air into the heating room, eliminating fumes and odors in sync delivering theoxygenrequired for fast oxidation.

Inclusion of rapid heating/cooling crucibles in microwave ashing method enhances safety, and efficacy. Further, microwave ashing technique exhibits the ability to ash larger samples for more exact outcomes.

Determining ‘Flash Point’ and ‘Pour Point’ to Enhance Transfer & Storage

Flash point is one of the paramount aspects for the determination of hazardous waste characteristic of ignitability for liquids, where distillate oils with flash point above 60 degrees Celsius (~140 degrees Fahrenheit) are considered safe as per the ASTM standards. In addition, distillate oils having high flash point correspond to higher temperature required for the fuel to flash, as such, the fuel does not undergo instant ignition, ensuring safety.

Distillate oil testing methods such as, ASTM D93 (Pensky - Martines Closed Tester), determine the amount of light materials present in the distillate oil - crucial to ensure safe handling of petroleum products (transfer and storage) and smooth ignition of fuel.

Determination of pour point is important following the fact that the conditions for pumping, storage and transfer of oil inpipe lines and tanks are specified as per the pour point and the viscosity. Industrial applications majorly rely on distillate oils for lighting purposes on grounds of lower paraffinicity equating to decreased risk of inflammation.

Distillate oil testing methods complying with ASTM D97-96a (petroleum products) ASTM D5853-95 (for crude oil) standards are performed to ascertain relative paraffinicity and aromacity of distillate oils.

Developed and Developing Countries - Government Standards Underpinning the Growth

Distillate oils including, fuel oil, lube oil, bunker oil, and residual oil find purposes in diverse applications as per the oil grade. As such, analysis of distillate oil according to government norms in the US, and the UK – ASTM (America Society for testing Material), and IP (Institute of Petroleum) standards respectively – becomes paramount.

The unprecedented growth of the USA as a major oil exporter is expected to overhaul Russia, and approach Saudi Arab, setting high hopes for market players. Furthermore, in Asia, India is estimated to equal China in terms of oil demand in the upcoming years following latter’s sluggish demand growth.

Satiating Customers’ Requisites and Testing Standards - Key Tenets to Define Stakeholders’ Tactics

Major players - Thermo Fisher Scientific Inc. and SGS SA – account for ~37% of the total revenue of global distillate oil testing market. Time, and efficiency are always recognized as vital factors in industrial operations. Market players, including SGS, are offering mobile field laboratory services to support oil and gas producers by onsite testing and reporting.

Distillate oil testing service providers are seeking government approvals across various countries. For instance, Intertek Group Plc has been granted approval to perform legal audits on occupational risk prevention systems by the Basque Government in Spain.

Furthermore, market forces are targeting countries, including Mexico, and Saudi Arab, citing upgradation and construction of oil refineries. The Mexican government launched a scheme - the National Refining Plan - in a bid to energy self-relaint by 2022, which includes development and redesigning at Pemex’s six refineries, as well as building in Dos Bocas of a seventh refinery.

How Growth Will Unfold

Escalating demand for transportation fuels across the globe echoes increasing production capacity of oil manufacturers for domestic and international trade – a trailblazer for distillate oil testing service providers. Administration bodies across various countries are issuing strong appeals to incline towards alternative transportation fuels to counter net carbon footprint, and enhance energy security. As a consequence, distillate oil testing providers are offering analyzing services for biofuels derived from renewable sources of energy.

Key Segment

By Test Type:

• Ash Content
• Pour Point
• Flashpoint
• Oxidation Stability
• Others

By Service Type:

• Off-Site
• On-Site

By Sample Type:

• Fuel Oil
• Lube Oil
• Vacuum Gas Oil
• Residual Fuel
• Others

By End Use:

• Refineries
• Chemical
• Research & Academic
• Others

By Region:

• North America
• Latin America
• Europe
• South Asia
• East Asia
• Oceania
• Middle East and Africa

Frequently Asked Questions

What is the Growth Outlook for the Distillate Oil Testing Service Market?

The distillate oil testing service market is likely to secure a CAGR of 5.4% through 2032.

By 2032, How Much can the Distillate Oil Testing Service Market Grow?

The distillate oil testing service market size is estimated to cross USD 2 Billion by 2032.

What is the Current Valuation of the Distillate Oil Testing Service Market?

The distillate oil testing service market is likely to record a value of USD 1.13 Billion in 2022.

Which Country is likely to Lead the Distillate Oil Testing Service Market?

The USA is likely to lead the distillate oil testing service market.