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Pavilion Renewables
We turn industrial waste into a resource.
Recovering oil. Reclaiming water.
Creating new possibilities for industry.
Messla project · Cumulative performance
Latest production report
Recovered oil delivered to AGOCO storage, as reported by HWP.
Liquids lifted and received for treatment, on HWP’s reporting basis.
Source: HWP Messla Daily Production Report, 20 October 2026, received 21 October 2026. Figures are the project’s total-to-date values, not monthly or annual totals.
The latest cumulative oil total increased by 362.53 barrels, compared with a daily delivery of 362.50 barrels in the production table and email summary, a difference of 0.03 barrels. This difference and discrepancies noted in earlier reports remain unresolved. The counter uses the production table’s reported cumulative total.
Oil recovery is measured here as oil delivered to AGOCO storage. It excludes oil still in treatment and does not indicate an international export or sale.
The liquids counter follows HWP’s weekly “Total Liquid Volume Treated” reporting convention, which uses the daily report’s “Total Liquids Lifted (Messla)” cumulative total. This is an operational input-volume measure, not a separate meter reading of completed treatment or water reuse.
Production totals reflect the dated report. They do not increase between verified updates.
A different perspective
Pavilion Renewables develops practical solutions for the resources left behind by industry.
From oil-bearing waste and produced water to saline streams, we bring together process technology, project development and on-site operations to recover usable resources and address legacy waste.
How we workOur solutions
Each waste stream is different.
Our approach starts with understanding yours.
Recovering hydrocarbons from oil-bearing ponds, sludge and emulsions through a tailored separation process.
Treatment pathways for challenging industrial water, with recovery designed around the intended use.
Developing recovery opportunities for saline streams, with product quality and local markets in view.
Evaluating ways to put otherwise wasted gas to productive use through site-specific energy projects.
From concept to operations
Applying resource recovery at Messla.
Our work at the Messla oilfield in Libya brings oil recovery technology into a demanding operating environment, processing oil-bearing material from existing ponds.
The process combines skimming, heating and staged separation, with sampling and measurement to guide treatment and recovered oil quality.
Environmental impact · Libya
At Messla, Pavilion’s recovery work targets oil-bearing waste in existing disposal ponds. Removing recoverable oil is a practical first step towards reducing the pollution burden and rehabilitating affected sites.
Residual oil can remain on pond surfaces and in the material below. AGOCO’s July 2026 site report describes surface-oil removal from targeted pits and a reduction in spill and pollution risks. Recovery removes part of that pollution source and returns usable hydrocarbons to controlled storage.
AGOCO’s Messla report · 28 July 2026NOC’s 2019 Wahat study identified soil pollution around evaporation ponds associated with past produced-water disposal. Oil-bearing sand and sediment also form part of AGOCO’s stated rehabilitation objectives at Messla. Addressing this material requires recovery, residual-waste management and testing before land can be declared restored.
NOC’s regional environmental studyRemoving visible oil does not make the remaining water suitable for release or reuse. Water treatment and salinity reduction are further project objectives. Successful reuse could reduce demand for other water supplies, but depends on measured water quality, the intended application and safe management of concentrated residues.
The production counters above track reported oil delivered and liquids handled. They do not measure hectares restored, clean water produced or ecological recovery. Demonstrating reversal of environmental damage requires before-and-after soil and water sampling, residual-oil and salinity testing, and documented acceptance of each remediated area.
View the dated recovery figuresOur current evidenced contribution is oil recovery and the reduction of an existing pollution source. Wider water reuse and land rehabilitation remain objectives until demonstrated by site measurements. Regional studies provide context, not proof of groundwater contamination at Messla: NOC’s Wahat study reported no groundwater impact from the injection methods it assessed. No quantified carbon-saving or health-recovery claim is made.
Explore the environmental reportingOur approach
Technology is one part of the answer.
Successful recovery connects the process,
the operation and the market.
Characterise the waste stream, review site conditions and define the recovery opportunity.
Match the process to the feed, product requirements, infrastructure and project economics.
Bring equipment and people together for installation, commissioning and site operations.
Use operating data to refine performance and plan the next stage of recovery.
Flexible project structures, including build–operate–transfer, align delivery with the needs of operators and asset owners.
Let’s put resources back to work
Talk to us about your site, your waste streams
and the resources you want to recover.