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Strong race made by Rio Tinto with his Venture Nuton and its bio-heap leaching technology with targets of 85% of recovery for primary sulphide ores. With these recovery rates you will simply erase of the map stages like smelting and refining, considering the straight competition with concentrator plants (holistically speaking, of course). Interesting to see what is next!

Responsibly sourced seawater is a thing. Looking forward to reading the life cycle assessment (LCA) for responsibly sourced Magnesium made using responsibly sourced seawater to ensure minimum environmental impact on responsibly sourced wild caught fish and other seafood. Wondering if life cycle assessments are just for carbon dioxide emissions intensity or whether they measure impact on biological ecosystems as well - on which food chains depend. But that’s another kettle of fish. Most LCAs for mining would appear to focus on greenhouse gas emissions intensity; global warming emissions intensity; climate change emissions intensity; climate change and variability emissions intensity; carbon dioxide emissions intensity; CO2 emissions intensity; Net Zero greenhouse gas emissions intensity; Net Zero global warming emissions intensity; Net Zero climate change emissions intensity; Net Zero climate change and variability emissions intensity; Net Zero carbon dioxide emissions intensity; Net Zero CO2 emissions intensity; Net Zero emissions intensity … … … What’s the biological impact?

🔬 Introduction to Petrochemical Raffinate: A Vital Component in Modern Industry "Petrochemical Raffinate, often a byproduct overlooked in the shadow of its more prominent counterparts in the petrochemical industry, holds a pivotal role that's both fascinating and crucial. As we peel back the layers of this complex substance, we find a world rich in versatility and significance, particularly in modern chemical processes..." 👁🗨 Intrigued? Dive deeper into the world of Petrochemical Raffinate with our latest article. We explore its production, transformative applications across industries, and the forward-thinking environmental practices shaping its future. 🌐 Continue reading here: [https://lnkd.in/dTeGMnkA] #Petrochemicals #Innovation #IndustryInsights #Sustainability #Raffinate

The Asia Petrochemical Industry Conference #APIC is rapidly apporahcing in Seoul at the end of May, and this year the key theme is regarding #Sustainability and the evolution of #Petrochemical Value Chains. Wood Mackenzie works at the forefront of this market, helping our Customers to navigate Prices, Supply, Demand and Production changes which are disrupting the #Chemical #Oil and #Refining markets. This year we are fortunate to have many brilliant analysts attend the event in Seoul, and so if you would like to meet with us please reach out. #APIC #Chemical #Oils #Refining #Feedstocks #NetZero #Sustainability #CircularEconomy #Polyolefins #Styrenics #Supply #Demand #Producer #Capacities #Forecasts #Prices #Margins

adopting the manganese element in LIB... higher density than LFP....

Reward Minerals Limited (ASX:RWD) has received validation of its #PotassiumSulphate processing technology after the International Preliminary Examining Authority (IPEA) found that RWD’s claim 1-17 met the requirements for novelty under the Patent Cooperation Treaty (PCT) Article 33(2), inventive step under PCT Article 33(3) and industrial applicability under Article 33(4). The IPEA is an international body that provides a preliminary and non-binding opinion as to the suitability of a technology to be patented. The next step for Reward will be to file the regional and national applications by February next year, in the countries the company wishes to seek patent protection. “This is another key step toward transforming the Sulphate of Potash (SOP) industry via commercialisation of Reward’s processing technology,” Reward Minerals CEO Lorry Hughes said. More at #Proactive #ProactiveInvestors #Fertiliser #SulphateofPotash #SOP http://ow.ly/sLmu105xQWy

#Phosphate_Conversion_Coatings Market Report: Detailed Demand Analysis, Statistics, Industry Trends And Investment Opportunities To 2032 >> https://lnkd.in/dkTVz72y #Phosphate conversion coatings are #surface treatments applied to metals to enhance #corrosion resistance, improve #paint adhesion, and reduce friction. This #chemical process involves the reaction of a #metal surface with a phosphate #solution to form a layer of insoluble #crystalline phosphate. Commonly used on #steel and aluminum, these #coatings provide a #protective barrier that prolongs the lifespan of metal #components. Carbon Recycling International Chemrec Inc. Mitsubishi Corporation PETRONAS Statoil Enerkem Blue Fuel Energy Corp. BASF Methanex Corporation #innovationmanagement #technologies #communications #marketgrowth #paints #coating #adhesion #corrosion #phosphate 

Recycling Industries Scandinavia AB (“RISAB”) has executed a project agreement with EIT RawMaterials to support the development of the Vanadium Recovery Project (VRP). Critical Metals Ltd holds an 11.8% equity interest in RISAB. www.criticalmetals.eu EIT RawMaterials is co-funded by the European Union (“EU”) and will provide €0.5M in grant funding and become a minority shareholder in RISAB at a pre-money valuation of €50M (“Pre-Money Valuation”). Funding is to be applied towards progressing project financing, with improved economics arising from an additional €15M conditional investment grant (“the Conditional Grant”) provided by the EU-backed Finnish Government NextGeneration fund and a potential new 20% investment tax credit. EIT RawMaterials also has the option to subscribe for up to a further €10M in additional RISAB equity at the Pre-Money Valuation. #vanadium #criticalminerals #europeanunion #ssab #seb #glencore #vrfb

Production Problems -Asphaltene Asphaltene in production wells can result from the precipitation of heavy organic compounds present in crude oil. This precipitation can be influenced by factors like pressure, temperature, and fluid composition. #Mitigation strategies include adjusting operating conditions, using chemical additives, and employing effective wellbore and surface facilities management to prevent asphaltene deposition. Consultation with petroleum engineers and specialists is crucial for a tailored approach to address asphaltene-related issues in production wells. Kredit : Bahman Tohidi