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JOB OPPORTUNITIES“Ucaneo develop the world’s first biomimetic Direct Air Capture technology leveraging a biocatalytic membrane to capture CO2 from the air.”
“The Department of Marine Science Te Tari Pūtaiao Taimoana at the University of Otago, New Zealand, and the National Institute for Water and Atmospheric Research (NIWA, NZ) seek applications for a Researcher/Senior Lecturer position in marine biogeochemistry, with experience/expertise in carbonate chemistry (a confirmation-path [tenure track], permanent position).This is a joint appointment across two institutions that have maintained a long-term productive partnership in marine research. Consequently, the position will have two independent employers (NIWA and Otago), each with respective performance expectations and employment conditions (as outlined in the Information for Candidates).”
“Aim of this research project is to determine the benthic impacts and effectiveness of ocean alkalinity enhancement as a carbon dioxide removal tool ”
“The Fachverband Pflanzenkohle eV (FVPK) was founded in 2017 with the aim of supporting the use of biochar and making a contribution to environmental and climate protection by removing and binding carbon from the atmosphere. With our more than 200 members, we advocate the sustainable production and material use of biochar through biomass pyrolysis. We see ourselves as a partner for science, industry and producers as well as political decision-makers. As a network of pioneers, we are driving forward an innovative key technology that will play a decisive role in meeting global climate targets.”
“The Climate team’s mission is to dramatically accelerate the world’s transition to a net zero economy. In 2021, Stripe launched Stripe<br>Climate enabling merchants to direct a fraction of their revenue to help scale emerging carbon removal technologies in just a few clicks. In 2022, they launched Frontier in collaboration with Alphabet, Shopify, Meta, and McKinsey Sustainability. Frontier is an advance market commitment to buy $925M+ of permanent carbon removal by 2030. For their
next act, they want to help everyone easily purchase permanent carbon removal from the most innovative suppliers in Frontier’s portfolio.”
PODCASTSDirect Air Capture | Environmental and Energy Study Institute (EESI) | Direct Air Capture Environmental and Energy Study Institute (EESI) 1:36:21 |
“During the briefing on direct air capture, panelists explained what Congress needs to know about direct air capture, including the considerations, challenges, and opportunities involved in responsibly scaling it up.”
“In this episode, Ross and Siobhan are joined by Ongeleigh Underwood and Nikki Batchelor to delve into the newly released report from the Circular Carbon Network, an initiative of XPRIZE. The report provides valuable insights into the state of the Circular Carbon Market, addressing crucial questions such as who is building Carbon Dioxide Removal (CDR) projects and who is funding them.The conversation explores the role of XPRIZE in fostering market growth and collaboration, and examines how companies have evolved since the last carbon-focused XPRIZE, which is when the report started gathering data. Ongeleigh and Nikki shed light on the partnerships formed by companies to complete the carbon removal process and discuss whether Direct Air Capture (DAC) is having a moment.”
“Brad Hartwig is CEO and founder of Arbor, and today’s topic is BiCRS. No, not the people in black leather jackets cruising down the highway, but rather the acronym for the process of biomass carbon removal and storage, BiCRS. Arbor is developing a process that transforms organic waste from forest thinning to prevent wildfires. The company’s process converts the carbon in the waste into stored CO2, while also producing clean energy and freshwater as byproducts. Specifically, Arbor's process runs wood waste through a light thermal treatment known as torrefaction, which is somewhat akin to roasting coffee beans. They take this torrefied biomass and gasify it into syngas and then combust it with pure oxygen to produce clean water and high purity CO2, which they then run through a highly dense turbine to create carbon negative electricity while injecting the CO2 into permanent sequestration.”“The plants that they will build to operate this process end to end will be significantly smaller than existing biomass energy facilities. And Arbor has an audacious vision to own and operate these carbon capture plants in a distributed nature near carbon injection wells and sequestration facilities, selling the excess power that they generate back to the grid or to the facilities themselves.”
 | Reviewer 2 does geoengineering Reviewer 2 148 episodes |
YOUTUBE VIDEOSThis Is CDR Ep. 68: ecoLocked - Biochar x Concrete with Dr. Mario Schmitt | OpenAir “On this episode of This Is CDR, OpenAir are pleased to welcome ecoLocked Co-Founder and CEO Dr. Mario Schmitt who will present and discuss the company's innovative solution for climate positive concrete via the incorporation of biochar.”
Methods of Methane Removal | AirMiners Exploring Avenues of Carbon Dioxide Removal | Donald Addu, US Sales Manager of Climeworks | F4CR “In this video, Donald Addu explores the avenues through which Climeworks removes excess carbon dioxide from the atmosphere.”
Carbon Mineralization | Dr. Greg Dipple, Professor at University of British Columbia | F4CR “In this video, Dr. Greg Dipple discusses the process of carbon mineralization as an avenue for carbon dioxide capture.”
The Prospects for CDR in West Virginia | Institute for Carbon Removal Law and Policy “West Virginia's unique geology, abundant forests, and energy-centric economy provide a propitious environment for the development of a carbon dioxide removal (CDR) sector. West Virginia University’s (WVU) new policymaker guide, entitled "Carbon Dioxide Removal and West Virginia: A Science and Technology Perspective," analyzes CDR opportunities in the state including the potential for scaling up natural and technical CO2 removal and storage approaches, as well as the economic implications of CDR investments. Based on that analysis, the guide incorporates both WVU faculty knowledge as well as stakeholder priorities to recommend specific actions policymakers can take. The guide was developed under the auspices of WVU’s Bridge Initiative for Science and Technology Policy.”
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