<a href="http://www.halliburtonlabs.com" rel="nofollow noopener" <a href="https://bitcomme.com/target-sales-reveal-growth-boosted-by-tariff-refunds/” title=”Target sales reveal growth boosted by tariff refunds”>target=”_blank”>Halliburton Labs has added Electroflow, Osmoses and SiTration to its portfolio, bringing three early-stage hard-tech companies focused on battery materials, industrial gas separation and critical mineral recovery into its energy technology development ecosystem.
The additions expand Halliburton Labs’ work with companies addressing industrial bottlenecks tied to energy infrastructure and materials supply. The ventures will gain access to industry expertise, facilities and a global network of industrial and investment relationships intended to help move their technologies toward larger-scale commercial deployment.
“Affordable and reliable molecules are essential building blocks of the energy future,” said Andres Cabada, managing director of Halliburton Labs. “Each company brings a bold, technical solution to a complex industrial challenge.”
Electroflow is developing technology aimed at strengthening domestic battery supply chains by producing lithium iron phosphate, or LFP, cathode material directly from lithium brines. LFP is used in electric vehicle batteries, grid-scale energy storage and industrial electrification applications.
The company’s proprietary platform combines lithium extraction and cathode material production into a three-step process. Electroflow says the approach can make use of low-concentration lithium brines while supporting scalable manufacturing in North America.
Bringing extraction and cathode production closer together could address multiple points in the battery materials supply chain. Rather than focusing solely on lithium recovery, Electroflow is targeting the production of a higher-value material that can move further downstream toward battery manufacturing.
Osmoses is addressing a different industrial challenge: the energy and cost associated with separating gases. Gas separation is widely used in fuels, chemicals and other industrial processes and represents a significant
The company has developed a membrane platform intended to reduce energy requirements, operating costs and emissions associated with gas separation. Its technology targets applications including renewable natural gas, hydrogen and helium, as well as other industrial gases.
SiTration, meanwhile, is focused on extracting additional value from existing mining waste. The company uses patented electro-extraction and filtration technologies to recover critical metals directly from mining waste streams, including the production of market-grade copper through a single-step process powered by electricity.
The opportunity is substantial if the technology can be deployed economically at commercial scale. An estimated $500 billion worth of copper is contained in mining waste globally, according to the company. Recovering metals from existing waste streams could provide an alternativebringing new mines into production
SiTration’s platform is not limited to copper. The technology can also recover precious metals and produce rare earth concentrates from different mining streams. The company has already demonstrated its approach through pilot projects with Tier 1 mining companies across multiple continents.
Together, the three companies reflect a focus on technologies that could increase the productivity of existing resources and industrial processes. Electroflow is seeking to turn lithium brines into battery-ready cathode material, Osmoses is targeting more efficient processing of industrial gases, and SiTration is pursuing additional metals production from material that has already been mined.
For Halliburton Labs, the portfolio additions extend its strategy of using established industrial capabilities to help hard-tech businesses bridge the gap between technology development and commercial deployment. That transition can be particularly demanding for energy and industrial startups, which often require physical infrastructure, specialized technical expertise and relationships with large industrial customers in addition to conventional growth capital.
Halliburton Labs provides participating ventures with access to facilities, technical expertise, business networks and longer-term development support. Its model is designed to help entrepreneurs validate, scale and deploy technologies aimed at energy and industrial markets.
The three additions also broaden the range of resource and process technologies represented within the Halliburton Labs ecosystem, spanning battery supply chains, gas processing and mining. Each addresses a different constraint facing industrial growth: access to critical materials, energy-intensive processing and the need to extract more value from existing resources.
Halliburton Labs is a wholly owned subsidiary of Halliburton Company (NYSE: HAL).
