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Climate Tech Handbook

website·Indexed 32 days ago

https://www.climatetechhandbook.com/

A comprehensive resource covering climate technology solutions, industry topics, and sector-specific guidance. It includes detailed information on areas such as carbon capture and storage, batteries, bioplastics, and various drawdown solutions like tropical forest restoration and utility-scale energy storage, alongside links to relevant job opportunities in the climate sector.

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What's inside Climate Tech Handbook

  1. Overview of Utility-Scale Energy Storage technologies

    Utility-scale energy storage captures energy from renewable sources (solar and wind) to stabilize the grid and reduce fossil fuel reliance. The primary technology sectors include:

    • Battery Storage: Includes Lithium-Ion (high density/efficiency), Flow Batteries (long-duration/scalable), and Solid-State Batteries (emerging high safety/density).
    • Solar PV Storage: Includes Solar-Plus-Storage systems, Microgrids, and Virtual Power Plants.
    • Wind Energy Storage: Includes Compressed Air Energy Storage (CAES), Pumped Hydro Storage, and Flywheels.

  2. Overview of Distributed Solar Photovoltaics (DSPV)

    Distributed Solar Photovoltaics (DSPV), commonly known as rooftop solar, uses photovoltaic cells installed on surfaces like rooftops of homes, businesses, and community buildings to convert sunlight directly into electricity, reducing greenhouse gas emissions.

  3. Overview of the System of Rice Intensification (SRI)

    The System of Rice Intensification (SRI) is an agroecological methodology for increasing irrigated rice productivity by managing plants, soil, water, and nutrients. Developed in the 1980s by Henri de Laulanié, it aims to improve yields while reducing environmental impact and water use. Key benefits include yield increases of up to 50% or more, water use reduction of 20-40%, lower chemical requirements, and potential decreases in methane emissions.

  4. Overview of the Buildings sector environmental impact

    Buildings are a significant contributor to climate change, accounting for nearly 40% of global energy consumption and approximately one-third of global greenhouse gas emissions. This impact is primarily driven by the use of fossil fuels for electricity, heating, and cooling.

  5. Overview of Bioplastics technology and companies

    Bioplastics are sustainable alternatives to fossil fuel-based plastics, made from renewable sources like corn and sugar cane. They are designed to be recyclable and compostable to reduce landfill emissions. Key industry leaders include NatureWorks, BASF, and Dow Chemical. The Biodegradable Products Institute provides certification for compostable products.

  6. Overview of Engineered Carbon Sinks

    Engineered sinks are non-nature-based solutions designed to capture carbon. While many startups are developing these technologies, Project Drawdown specifically identifies biochar as a solution that is currently ready and feasible to scale. These engineered solutions are distinct from land sinks and coastal/ocean sinks.

  7. Overview of Recycled Metals climate solutions

    Recycling metals reduces greenhouse gas emissions and conserves natural resources by reprocessing scrap into new products, replacing the need for virgin materials. Key technical approaches include:

    • Industrial Recycling: Reprocessing aluminum, steel, and copper scrap.
    • Technological Innovations: Using AI/robotics for sorting, electrochemical recycling for e-waste, and closed-loop systems to prevent quality loss.
    • Sustainable Manufacturing: Integrating recycled metals into new alloys and composites to enhance performance.

  8. Overview of New York City's Climate Adaptation and Resilience Strategy

    New York City faces significant climate risks, including sea-level rise, flooding, and heatwaves. Following the impact of Hurricane Sandy in 2012, the city released the New York Adaptation Plan in 2013 to build urban resilience and strengthen infrastructure against extreme weather events.

  9. Overview of Building Retrofitting for Climate Mitigation

    Building retrofitting is the process of enhancing existing buildings to increase energy efficiency and reduce carbon impact. This is typically achieved through insulation, installing energy-efficient windows, and upgrading heating and cooling systems. Recent progress has been driven by technological advances such as aerogel insulation and high-efficiency windows.

  10. Overview of Hybrid Car Technology

    Hybrid cars combine internal combustion engines with electric motors to reduce fuel consumption and greenhouse gas emissions. They serve as a transitional bridge between conventional gasoline-powered vehicles and fully electric cars. Hybrid Electric Vehicles (HEVs) can reduce emissions by up to 30% compared to conventional gasoline cars through the use of improved batteries, regenerative braking systems, and efficient electric motors.

  11. Overview of Building Automation Systems (BAS)

    Building Automation Systems (BAS) optimize energy use and reduce emissions by integrating heating, ventilation, air conditioning (HVAC), lighting, and security systems. They utilize sensors, controllers, and software to monitor and manage building environments to enhance energy efficiency and occupant comfort.

  12. Overview of Food, Agriculture, and Land Use Climate Solutions

    The food, agriculture, and land use sector is responsible for at least 25% of global greenhouse gas emissions. Addressing this sector provides co-benefits including reduced food waste to combat hunger, biodiversity restoration, and improved public health.