Albrecht Schmidt Consulting

About Albrecht Schmidt

Albrecht Schmidt is a leading consulting business specializing in state-of-the-art 3-D global atmospheric chemistry models. Founded by Dr. Schmidt, who holds a Ph.D. in chemistry, our firm offers unparalleled expertise in model simulation and analysis, with a strong focus on the GEOS-Chem model.

Our Services

Model Simulation and Analysis: Expertise in running and analyzing atmospheric chemistry models.
Life-Cycle Assessment Analysis: Comprehensive assessment of industrial emissions.
Atmospheric Chemistry Degradation Pathways: Detailed analysis of new chemicals and their chemistry.
Fate Prediction of Emitted Chemicals: Impact assessment on climate, deposition, and ozone depletion potential.

Our Experience

Dr. Schmidt, the founder, has an extensive background in atmospheric chemistry modeling, and has previously worked as a postdoctoral researcher in Atmospherice Chemistry Modeling Group at Harvard University's School of Engineering and Applied Sciences. Our clientele includes leading academic institutions and chemical conglomerates.

What is a Global Atmospheric Chemistry Model?

A Global Atmospheric Chemistry Model is a sophisticated computational tool used to simulate the chemical composition of the Earth's atmosphere. These models integrate various data sources, such as meteorological data, emission inventories, and chemical reaction mechanisms, to predict the distribution and transformation of chemical species in the atmosphere.

These models are crucial for understanding the impact of human activities on air quality and climate. They help in assessing the life-cycle of pollutants, predicting the fate of new chemicals, understanding chemical degradation pathways, and evaluating the potential impacts on ozone depletion and climate change.

Applications of these models include:

Air Quality Management: Predicting and managing pollution levels in urban and rural areas.
Climate Change Research: Studying the effects of greenhouse gases and aerosols on global climate systems.
Policy Making: Providing scientific data to inform environmental regulations and policies.
Industrial Impact Assessment: Analyzing the environmental impact of industrial emissions and new chemicals.

Global Atmospheric Chemistry Model Image

Example of Our Work

Case Study: Atmospheric Degradation of New Chemical Compounds

Our work involves sophisticated simulations and analyses using 3-D global atmospheric chemistry models. One significant study we conducted focused on the atmospheric degradation of a new hydrofluorocarbon replacement compound, HCFO-1233zd(E). This study utilized the GEOS-Chem model to understand the compound's behavior and impact on the atmosphere.

Project Highlights:

Objective: Investigate the atmospheric degradation pathways and environmental impact of HCFO-1233zd(E).
Methods: Using the GEOS-Chem model, we simulated the compound's reaction with atmospheric OH radicals and traced the formation of oxidation products.
Findings: The study revealed key insights into the chemical pathways, potential by-products, and their environmental implications, such as impacts on ozone formation and degradation.

Applications:

Regulatory Support: Providing data to regulatory agencies to assess the environmental safety of new chemical compounds.
Industrial Collaboration: Assisting chemical companies in understanding the life-cycle emissions of their products and developing more sustainable alternatives.
Scientific Advancements: Contributing to the broader scientific understanding of atmospheric chemistry and pollutant behavior.

Contact Us

For inquiries and more information about our services, please reach out:

Email: johanalbrechtschmidt (at) gmail.com