View Future GrowthThis company has been acquiredThe company may no longer be operating, as it has been acquired. Find out why through their latest events.See Latest EventsA-Cap Energy 過去の業績過去 基準チェック /06A-Cap Energyは20.1%の年平均成長率で業績を伸ばしているが、Oil and Gas業界はgrowingで8.4%毎年増加している。売上は減少しており、年平均95.1%の割合である。主要情報20.12%収益成長率23.93%EPS成長率Oil and Gas 業界の成長33.67%収益成長率-95.07%株主資本利益率-6.06%ネット・マージンn/a前回の決算情報30 Jun 2023最近の業績更新更新なしすべての更新を表示Recent updatesお知らせ • Jan 31A-Cap Energy Limited Announces Wilconi Metallurgical Testwork ResultsAcap Energy Limited updated the market on results of recent metallurgical testwork conducted on ores from the company's Wilconi Nickel - Cobalt Project, in Western Australia. Samples of drill cores representative of differentore types (limonitic, saprolitic and saprock) were selected and provided to Simulus Laboratories (Perth) for testing. The samples were tested for their amenability to nickel and cobalt leaching using five different processing methods, including: Atmospheric Leach, High Pressure Acid Leach, Reductive Leach, Acid Bake and Water Leach and Salt Roast and Water Leach. Results show high metal recoveries for limonitic and saprolitic ores, withaverages between 73.6 - 93.1% Ni and 71.1 - 93.2% Co from HPAL, atmospheric leach and acid bake methods. Metal recoveries for Reductive Leach and Salt Leach tests on the same samples were lower Tests conducted on saprock ore showed good metal recoveries using the atmospheric leach method of 79% Ni and 72.8% Co but were much lower for other methods tested. HPAL returned the highest metal recoveries out of all the methods used, with >93% Ni and >91% Co leached from both the limonitic and saprolitic ores. The atmospheric leach and acid bake methods had similar high recoveries for the limonitic and saprolitic ore types however the acid bake method required much lower acid consumption. More metallurgical testwork is planned using samples from recently drilled diamond cores to continue to refine the preferred processing methods and fine tune the recoveries for thedifferent ore types.お知らせ • Jan 19A-Cap Energy Limited Announces Drilling Commences at Letlhakane Uranium ProjectA-Cap Energy Limited has started a 1,500m (PQ) diamond drill core program over 25 holes at its Letlhakane Project in Botswana, host to one of the world's top 10 undeveloped uranium resources. The program is expected to take up to six to eight weeks and will collect approximately 2 tonneof mineralised material for beneficiation, leaching, and metallurgical testwork already underway. In conjunction with a ramp up of activities on the ground at Letlhakane being led by new country manager, Mr. Peter Sheehan, metallurgical studies comprising mineralogy and ore characterisation will supplement the beneficiation program. To increase Letlhakane's profitability, A-Cap has engaged technical partners with world-leading expertise in uranium ore sorting and processing that specialise in increasing the ore feed grade to the mill as well as removing acid consuming gangue. Work has begun on preliminary beneficiation testwork based on historic composite ore samples recovered from storage at Australia's Nuclear Science and Technology Organisation, (ANSTO) which was excess to previous column leach tests conducted in 2014. 90kg of composite ore material from Gorgon South, Kraken and Serule West was supplied to mineral processing leaders Nagrom in Perth for sample preparation before being sent to magnetic separation company Steinert for sorting/beneficiation testwork utilising radiometric, XRT, and hyperspectral sensors as well as beneficiation techniques by gravity separation using spiral and dense media separation. Steinert have been highly successful upgrading uranium ore with sorting programs for other clients in recent years2, using radiometric information to pre-classify the ore into product and waste for their program development. Once they have a "pre-classified" ore and waste fraction, they process these fractions through a sorter with multiple sensors and record all the information from the sensors available on this sorter (colour, laser, induction and XRT). Subsequently they use proprietary software to detect variations in sensor data between the ore and waste fractions either in: density, colour or any of the other sensors in combination. There are over 200 parameters recorded and they use multiple sensor combinations to find the best potential sorting algorithm to sort the specific ore. These results will be used to optimise design of the sorting/beneficiation testwork for the PQ core samples. Acid consumption is a major operating cost in the proposed process route set out inLetlhakane's 2016 Feasibility Study. Metallurgical consultants MinAssist found that the ANSTO samples from previous Acid Soluble Uranium (ASU) properties test work were ideal for mineralogical classification by Quantitative XRD analysis to provide the following insights: Identify the acid consuming minerals in ASU head samples; Determine the mineral dissolution rate of each acid consuming mineral by analysis of head and residue samples, to provide estimates of acid consumption by mineral (this extends on total acid consumption value from ASU test); and Infer mineralogy and acid consumption for the entire body using machine learning by linking geochemistry, lithologies, and location to mineralogy characterisation. This information can then be used to better inform the geological block model with acid consumption parameters and in generating orebody geometallurgical domains, which can be used to optimise the resource to minimise acid consumption and drive down costs. 48 samples were sent to Bureau Veritas (ADE).収支内訳A-Cap Energy の稼ぎ方とお金の使い方。LTMベースの直近の報告された収益に基づく。収益と収入の歴史OTCPK:APCD.F 収益、費用、利益 ( )AUD Millions日付収益収益G+A経費研究開発費30 Jun 230-33031 Mar 230-44031 Dec 220-66030 Sep 220-55030 Jun 220-55031 Mar 220-43031 Dec 210-21030 Sep 210-11030 Jun 210-11031 Mar 210-11031 Dec 200-21030 Sep 200-151030 Jun 200-291031 Mar 200-311031 Dec 190-342030 Sep 190-212030 Jun 190-93031 Mar 190-63031 Dec 180-33030 Sep 180-22030 Jun 180-12031 Mar 180-22031 Dec 170-22030 Sep 170-22030 Jun 170-33031 Mar 170-23031 Dec 160-23030 Sep 160-22030 Jun 160-12031 Mar 160-22031 Dec 150-22030 Sep 150-22030 Jun 150-32031 Mar 150-32031 Dec 140-32030 Sep 140-22030 Jun 140-22031 Mar 140-32031 Dec 130-32030 Sep 130-33030 Jun 130-23031 Mar 130-23031 Dec 120-230質の高い収益: APCD.Fは現在利益が出ていません。利益率の向上: APCD.Fは現在利益が出ていません。フリー・キャッシュフローと収益の比較過去の収益成長分析収益動向: APCD.Fは利益を出していないが、過去 5 年間で年間20.1%の割合で損失を削減してきた。成長の加速: APCD.Fの過去 1 年間の収益成長を 5 年間の平均と比較することはできません。現在は利益が出ていないためです。収益対業界: APCD.Fは利益が出ていないため、過去 1 年間の収益成長をOil and Gas業界 ( 6% ) と比較することは困難です。株主資本利益率高いROE: APCD.Fは現在利益が出ていないため、自己資本利益率 ( -6.06% ) はマイナスです。総資産利益率使用総資本利益率過去の好業績企業の発掘7D1Y7D1Y7D1YEnergy 、過去の業績が好調な企業。View Financial Health企業分析と財務データの現状データ最終更新日（UTC時間）企業分析2023/11/10 07:51終値2023/10/11 00:00収益2023/06/30年間収益2023/06/30データソース企業分析に使用したデータはS&P Global Market Intelligence LLC のものです。本レポートを作成するための分析モデルでは、以下のデータを使用しています。データは正規化されているため、ソースが利用可能になるまでに時間がかかる場合があります。パッケージデータタイムフレーム米国ソース例会社財務10年損益計算書キャッシュ・フロー計算書貸借対照表SECフォーム10-KSECフォーム10-Qアナリストのコンセンサス予想+プラス3年予想財務アナリストの目標株価アナリストリサーチレポートBlue Matrix市場価格30年株価配当、分割、措置ICEマーケットデータSECフォームS-1所有権10年トップ株主インサイダー取引SECフォーム4SECフォーム13Dマネジメント10年リーダーシップ・チーム取締役会SECフォーム10-KSECフォームDEF 14A主な進展10年会社からのお知らせSECフォーム8-K* 米国証券を対象とした例であり、非米国証券については、同等の規制書式および情報源を使用。特に断りのない限り、すべての財務データは1年ごとの期間に基づいていますが、四半期ごとに更新されます。これは、TTM（Trailing Twelve Month）またはLTM（Last Twelve Month）データとして知られています。詳細はこちら。分析モデルとスノーフレーク本レポートを生成するために使用した分析モデルの詳細は当社のGithubページでご覧いただけます。また、レポートの使用方法に関するガイドやYoutubeのチュートリアルも掲載しています。シンプリー・ウォールストリート分析モデルを設計・構築した世界トップクラスのチームについてご紹介します。業界およびセクターの指標私たちの業界とセクションの指標は、Simply Wall Stによって6時間ごとに計算されます。アナリスト筋A-Cap Energy Limited これらのアナリストのうち、弊社レポートのインプットとして使用した売上高または利益の予想を提出したのは、 。アナリストの投稿は一日中更新されます。0
お知らせ • Jan 31A-Cap Energy Limited Announces Wilconi Metallurgical Testwork ResultsAcap Energy Limited updated the market on results of recent metallurgical testwork conducted on ores from the company's Wilconi Nickel - Cobalt Project, in Western Australia. Samples of drill cores representative of differentore types (limonitic, saprolitic and saprock) were selected and provided to Simulus Laboratories (Perth) for testing. The samples were tested for their amenability to nickel and cobalt leaching using five different processing methods, including: Atmospheric Leach, High Pressure Acid Leach, Reductive Leach, Acid Bake and Water Leach and Salt Roast and Water Leach. Results show high metal recoveries for limonitic and saprolitic ores, withaverages between 73.6 - 93.1% Ni and 71.1 - 93.2% Co from HPAL, atmospheric leach and acid bake methods. Metal recoveries for Reductive Leach and Salt Leach tests on the same samples were lower Tests conducted on saprock ore showed good metal recoveries using the atmospheric leach method of 79% Ni and 72.8% Co but were much lower for other methods tested. HPAL returned the highest metal recoveries out of all the methods used, with >93% Ni and >91% Co leached from both the limonitic and saprolitic ores. The atmospheric leach and acid bake methods had similar high recoveries for the limonitic and saprolitic ore types however the acid bake method required much lower acid consumption. More metallurgical testwork is planned using samples from recently drilled diamond cores to continue to refine the preferred processing methods and fine tune the recoveries for thedifferent ore types.
お知らせ • Jan 19A-Cap Energy Limited Announces Drilling Commences at Letlhakane Uranium ProjectA-Cap Energy Limited has started a 1,500m (PQ) diamond drill core program over 25 holes at its Letlhakane Project in Botswana, host to one of the world's top 10 undeveloped uranium resources. The program is expected to take up to six to eight weeks and will collect approximately 2 tonneof mineralised material for beneficiation, leaching, and metallurgical testwork already underway. In conjunction with a ramp up of activities on the ground at Letlhakane being led by new country manager, Mr. Peter Sheehan, metallurgical studies comprising mineralogy and ore characterisation will supplement the beneficiation program. To increase Letlhakane's profitability, A-Cap has engaged technical partners with world-leading expertise in uranium ore sorting and processing that specialise in increasing the ore feed grade to the mill as well as removing acid consuming gangue. Work has begun on preliminary beneficiation testwork based on historic composite ore samples recovered from storage at Australia's Nuclear Science and Technology Organisation, (ANSTO) which was excess to previous column leach tests conducted in 2014. 90kg of composite ore material from Gorgon South, Kraken and Serule West was supplied to mineral processing leaders Nagrom in Perth for sample preparation before being sent to magnetic separation company Steinert for sorting/beneficiation testwork utilising radiometric, XRT, and hyperspectral sensors as well as beneficiation techniques by gravity separation using spiral and dense media separation. Steinert have been highly successful upgrading uranium ore with sorting programs for other clients in recent years2, using radiometric information to pre-classify the ore into product and waste for their program development. Once they have a "pre-classified" ore and waste fraction, they process these fractions through a sorter with multiple sensors and record all the information from the sensors available on this sorter (colour, laser, induction and XRT). Subsequently they use proprietary software to detect variations in sensor data between the ore and waste fractions either in: density, colour or any of the other sensors in combination. There are over 200 parameters recorded and they use multiple sensor combinations to find the best potential sorting algorithm to sort the specific ore. These results will be used to optimise design of the sorting/beneficiation testwork for the PQ core samples. Acid consumption is a major operating cost in the proposed process route set out inLetlhakane's 2016 Feasibility Study. Metallurgical consultants MinAssist found that the ANSTO samples from previous Acid Soluble Uranium (ASU) properties test work were ideal for mineralogical classification by Quantitative XRD analysis to provide the following insights: Identify the acid consuming minerals in ASU head samples; Determine the mineral dissolution rate of each acid consuming mineral by analysis of head and residue samples, to provide estimates of acid consumption by mineral (this extends on total acid consumption value from ASU test); and Infer mineralogy and acid consumption for the entire body using machine learning by linking geochemistry, lithologies, and location to mineralogy characterisation. This information can then be used to better inform the geological block model with acid consumption parameters and in generating orebody geometallurgical domains, which can be used to optimise the resource to minimise acid consumption and drive down costs. 48 samples were sent to Bureau Veritas (ADE).