Auctus Advisors

Jan 23, 2025 | smartkarma.com | David Blennerhassett |Auctus Advisors

In today’s briefing:Insignia Financial (IFL AU): Bain Matches CC Capital’s Terms. And Also Afforded DDAre Paladin investors celebrating too early? ADX Energy (ASX: ADX): Permit award in Italy opens a new growth areaAre Paladin investors celebrating too early?

Dec 7, 2024 | smartkarma.com | Auctus Advisors

In today’s briefing:Serica Energy Plc (AIM: SQZ): Compressor at Triton Down for 2-4 WeeksSerica Energy Plc (AIM: SQZ): Compressor at Triton Down for 2-4 WeeksAfter resumption of production at the Triton FPSO last week, an issue with one of the compressor seals has been discovered which has resulted in production being suspended. These repairs are expected to take 2-4 weeks. We are now cautiously assuming that Triton will be offline until YE24.

Dec 6, 2024 | smartkarma.com | David Blennerhassett |Auctus Advisors

In today’s briefing:Cromwell Prop (CMW AU): ESR Exit Post-Privatization?

Nov 27, 2024 | smartkarma.com | Auctus Advisors

In today’s briefing:Valeura Energy (TSX: VLE): Higher flow rates than expected and potential reserves upside at JasmineValeura Energy (TSX: VLE): Higher flow rates than expected and potential reserves upside at Jasmine• Production at Jasmine has increased to 9,8mbbl/d over the last seven days following the drilling of five new infill wells. This is higher than we expected and represents an increase of >2 mbbl/d. • Corporate production in September and October was already at ~26.4 mbbl/d.

Nov 27, 2024 | smartkarma.com | Auctus Advisors

In today’s briefing:ADX Energy (ASX: ADX): Water Inflow from a Small Interval in Welchau Deeper Formation. ReadCloud RaaS Interview Transcript 28 November 2024ADX Energy (ASX: ADX): Water Inflow from a Small Interval in Welchau Deeper Formation. Two intervals in the Steinalm formation (1452.5 m-1463.5 m and 1474.5 m-1480 m MD) were tested at a stable rate (natural flow) of 240-290 bbl/d of drilling mud, likely contaminated formation water and some oil traces. Gas was initially observed at surface.