Solutions for your geochemical CDR project
Enhanced Weathering Consulting offers expert consulting services to help businesses and organizations navigate the complexities of climate change and implement sustainable practices.
About Me
I am Lukas Rieder, a PhD student in earth system science. With extensive research experience, I aim to assist geochemical CDR startups in visualizing, analyzing, and interpreting their data, focusing on CO2 drawdown and weathering products dissolved in water. My primary interest lies in Enhanced Rock Weathering (ERW), a highly complex process where quantifying CO2 removal can be challenging.
As a PhD student in earth system sciences from a leading university, I have published research papers in peer-reviewed journals. I am passionate about helping clients make sense of the data generated in ERW trials, ensuring they can effectively utilize their findings to advance their projects.
Current Position
PhD Candidate in Earth System Sciences
Duration: 2023 - ongoing
- BAM! Project: Involved in the BAM project, contributing to its research and development.
- Carbdown Project: Assisted in the Carbdown project, providing valuable support and expertise.
Education
MSc in Integrated Climate System Sciences
Duration: 2020 - 2023
Master Thesis Topic: “Electrical Conductivity as a Proxy for Enhanced Weathering”
Description: Utilized EC sensors to measure the soil response to an alkaline solution, studying the interpretability of soil EC as a weathering proxy.
Erasmus+ Semester Abroad
Duration: 2020
Courses Completed: Physical Meteorology, Glaciology, and Petroleum Geoscience
Bachelor of Science in Geophysics
Duration: 2016 - 2020
Bachelor Thesis Title: “Near-surface Geophysical Investigation of Earthquake-induced Subsurface Structures in the Northeast of Hamburg”
Description: Conducted a field campaign using ground penetrating radar (GPR), geophysical resistivity measurement with Wenner array, and multi-depth electromagnetic conductivity methods.
Publications
Organic carbon source controlled microbial olivine dissolution in small-scale flow-through bioreactors, for CO2 removal
Journal: npj Materials Degradation
Publication Date: 2024-04-02
DOI: 10.1038/s41529-024-00454-w
ISSN: 2397-2106
Contributors: Thomas Corbett, Marcus Westholm, Anna Rosling, Tullia Calogiuri, Reinaldy Poetra, Harun Niron, Mathilde Hagens, Alix Vidal, Jan Willem Van Groenigen, Jens Hartmann, Ivan A. Janssens, Lukas Rieder, Eric Struyf, Michiel Van Tendeloo, Siegfried E. Vlaeminck, Sara Vicca, Anna Neubeck
Soil electrical conductivity as a proxy for enhanced weathering in soils
Journal: Frontiers in Climate
Publication Date: 2024-01-11
DOI: 10.3389/fclim.2023.1283107
ISSN: 2624-9553
Contributors: Lukas Rieder, Thorben Amann, Jens Hartmann
Design and Construction of an Experimental Setup to Enhance Mineral Weathering through the Activity of Soil Organisms
Journal: Journal of Visualized Experiments
Publication Date: 2023-11-10
DOI: 10.3791/65563
ISSN: 1940-087X
Contributors: Tullia Calogiuri, Mathilde Hagens, Jan Willem Van Groenigen, Thomas Corbett, Jens Hartmann, Rick Hendriksen, Iris Janssens, Ivan A. Janssens, Guillermo Ledesma Dominguez, Grant Loescher, Steven Mortier, Anna Neubeck, Harun Niron, Reinaldy P. Poetra, Lukas Rieder, Eric Struyf, Michiel Van Tendeloo, Tom De Schepper, Tim Verdonck, Siegfried E. Vlaeminck, Sara Vicca, Alix Vidal
Services Offered
Enhanced Weathering Consulting provides a range of consulting services to help businesses and organizations achieve their sustainability goals.
Quantifying CO2 Uptake
In the rapidly evolving field of climate mitigation, quantifying the CO2 uptake of your terrestrial enhanced weathering project is crucial for assessing its impact and effectiveness. We offer data visualization and interpretation services to help you measure and interpret the CO2 sequestration achieved through your project. Using geochemical modeling software and the latest scientific research, we can provide you with more precise estimates of CO2 uptake. This enables you to optimize your project's design and implementation, ensuring maximum efficiency in combating climate change. Together, we can work towards a more sustainable future by harnessing the potential of enhanced weathering.
Do You Measure the Titrated Alkalinity and Need Help Interpreting the Results?
Titrated alkalinity measurements are essential for understanding the overall acid-neutralizing capacity of your water samples. If you have data on titrated alkalinity but are unsure how to interpret it, we can assist you in making sense of these results. By applying our expertise in geochemistry and environmental science, we can help you overcome the complexities of your data, providing insights into the chemical processes occurring within your system. This interpretation can inform your decision-making and guide future research or project adjustments, ensuring you make the most informed choices possible.
Do You Measure the Dissolved Inorganic Carbon and Dissolved Organic Carbon and Need Help Interpreting the Results?
Understanding the concentrations and roles of dissolved inorganic carbon (DIC) and dissolved organic carbon (DOC) in your samples is vital for many environmental and geochemical studies. The relationship between DIC and titrated alkalinity can help you to understand the main part of the water sample composition. If you have measured DIC and DOC but need assistance with data interpretation, we are here to help. By elucidating the sources, sinks, and carbon transformations in your system, we can provide you with a clearer picture of the biogeochemical dynamics at play, aiding in developing more effective strategies and solutions.
Do You Measure the Electrical Conductivity (EC) and Want to Interpret the Results?
Electrical conductivity (EC) is a widely used parameter due to its cost-effectiveness and reliability in assessing the ionic content and overall quality of water and soil samples. If you measure EC and seek a deeper understanding of what your results indicate, we offer expert interpretation services. By analyzing your EC data, we can help you identify trends and correlations with other variables. This interpretation can be invaluable for environmental monitoring, agricultural practices, and research projects, enabling you to make data-driven decisions with confidence.
Do you Have Organic-Rich Soil and Water Samples that Are Very Dark and Are Interested in the Potential Consequences?
Doing Enhanced Rock Weathering in organic-rich soils can result in water samples that are dark and complex due to high levels of organic matter. If you are concerned about the implications of these characteristics, we can help you understand the impacts on organic alkalinity. By examining the composition and interactions of organic constituents in your soil and water, we can help you understand the potential consequences for nutrient cycling, microbial activity, and overall soil health.
Are You Curious How Much Might Be the Contribution of Organic Alkalinity?
Organic alkalinity can affect the titrated alkalinity and overall chemical stability in natural waters. If you are curious about the contribution of organic alkalinity in your system, we can assist in quantifying and interpreting this component. By conducting detailed chemical analyses and integrating your data with existing knowledge, we can provide insights into the sources and effects of organic alkalinity. This understanding can help you choose a good soil for Enhanced Rock Weathering.
Do You Want to Select Suitable Soil Variables to Measure Before Applying Rock Powder to the Field?
Most crucial for the whole CDR assessment is selecting the right soil variables to measure before applying the rock powder and during the weathering process. If you need guidance on which parameters to focus on, we offer consultancy services to help you identify the most relevant soil variables. By considering factors such as soil texture, mineralogy, pH, and nutrient content, we can recommend a set of measurements that will provide the necessary baseline data. This approach ensures that you can monitor the impact of rock powder applications effectively and make informed adjustments to your soil management practices.
Do You Want to Know How the Soil Cation Exchange Capacity (CEC) Will Interact with Your Applied Rock Powder?
Soil cation exchange capacity (CEC) is a vital property influencing nutrient availability and soil fertility. If you want to understand how applying rock powder will interact with your soil's CEC, we can provide expert analysis and interpretation. By evaluating the potential changes in CEC and the implications for nutrient dynamics, we can help you anticipate the effects of your soil amendments. This information is essential for optimizing fertilization strategies and improving soil health over the long term.
Everything is Ongoing Research, and We Can't Give You Perfect Answers, but We Can Tell You What to Avoid and to Take into Account.
The CDR and soil science research constantly evolve, and discoveries are made regularly. While we may not have perfect answers to all your questions, we can offer valuable guidance based on the latest research and best practices. Our goal is to help you navigate the complexities of your projects, avoiding common pitfalls and considering crucial factors. By staying informed and adaptable, we can work together to achieve the best possible outcomes for your environmental and agricultural endeavors.
CO2 Uptake
Titrated Alkalinity
DIC and DOC
Electrical Conductivity
Organic-Rich Samples
Organic Alkalinity
Soil Variables
Soil CEC
Ongoing Research
Quantifying CO2 Uptake
In the rapidly evolving field of climate mitigation, quantifying the CO2 uptake of your terrestrial enhanced weathering project is crucial for assessing its impact and effectiveness. We offer data visualization and interpretation services to help you measure and interpret the CO2 sequestration achieved through your project. Using geochemical modeling software and the latest scientific research, we can provide you with more precise estimates of CO2 uptake. This enables you to optimize your project's design and implementation, ensuring maximum efficiency in combating climate change. Together, we can work towards a more sustainable future by harnessing the potential of enhanced weathering.
Credentials and Qualifications
Enhanced Weathering Consulting is led by a highly experienced climate science expert with a proven track record of delivering successful sustainability projects.
Research Experience
Extensive research experience including roles as a scientific employee and research assistant in various projects such as BAM! and GLOWACHEM, specializing in data collection, homogenization, and analysis using Python.
Industry and Field Work
Practical field experience through internships and temporary work in engineering companies, involving tasks such as ground investigation, site remediation, and the use of geophysical and geotechnical tools.
Published Research
Authored numerous research papers in peer-reviewed journals, contributing to advancements in climate science and sustainability.
Organizational Skills
Developed strong organizational skills through leadership roles in student councils and coordination of business trips and sampling rounds for the BAM! project.
Technical Proficiency
Proficient in MATLAB, Python, FORTRAN, LaTeX, GIS software (ArcGIS, QGIS), Linux shell, Microsoft Office, and PhreeqC. Experienced in deploying applications using Heroku.
Additional Skills
- Holder of a driver's license (class B, L, AM).
- Conducted field work on a research cruise in the Baltic Sea.
- Skilled in using GPR, geoelectric sounding, magnetics, and geodetic instruments.
- Experience in geoelectrics and soil electrical conductivity measurement.
Get in Touch
Ready to take the next step in your sustainability journey? Contact me today to schedule a consultation.