Biodiesel Production

Springboard Biodiesel
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    • Biodiesel Basics >
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      • How the BP380 Works
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      • Biodiesel Processor Basic Ingredients
      • Biodiesel Safety Information
      • Facts and Myths on Making Biodiesel
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      • Benefits of BioPro Biodiesel Processors
      • Springboard Biodiesel Go/No-Go Kit
      • Biodiesel Frequently Asked Questions
    • Biodiesel Questions >
      • SVO vs Biodiesel
      • Biodiesel and Engine Life
      • Testing Small-Scale Biodiesel Quality
      • Preparing Feedstock for Biodiesel Production
      • Beef Tallow and Hydrogenated Oils
      • Methanol Vapors in BioPro Biodiesel Processors
      • Glycerin Layer in Biodiesel Production
      • Storing Biodiesel
      • Cold Weather Biodiesel Washing
      • Winter Storage and Retrieval
      • Storage for BioPro Processors
      • SpringPro T76 FAQ
    • More Information on BioPro Processors >
      • Acid-Catalyzed Esterification
      • Titration Batch Processing
      • Titration Methodologies
      • Reducing the CO2 Footprint
      • Biodiesel Mandates and Initiatives
      • ASTM
      • Reducing Carbon Footprint with Biodiesel
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    • Biodiesel for the Military
    • Other Markets
    • Testimonials from BioPro Owners
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    • About Springboard Biodiesel
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Biodiesel Production – Why Biodiesel is (part of) the Answer

We believe that the burning of fossil fuels is a problem because fossil fuels are finite, they add significantly to pollution, and they generally come from locations outside US borders, presenting us with a ever increasing "access" and "cost" problem. Switching to biodiesel will solve and/or reduce many of those problems.
If you don't know much about biodiesel production and why it's so much better than normal diesel, let us help you out.​

The Diesel Engine Problem

More than 60 billion gallons of diesel were consumed in the US last year
  • Economic cost = approximately $180 billion
  • Environmental impact = 660 million tons of CO2
  • Substantially negative health impact of diesel emissions – 10x higher cancer risk than all other hazardous air pollutants combined
  • The rest of the world is far more diesel centric – especially emerging economies R.O.W. consumed over 160 billion gallons worth almost $500 billion and responsible for over 1.76 billion tons of CO2
  • By 2020 it is projected that more than 1 billion cars will be on the road
​This is a global issue that creates a global opportunity.

How Beneficial is Biodiesel?

Average biodiesel emissions compared to conventional diesel*

Emission Type B-100 B-20
Regulated
    Total unburned hydrocarbons -67% -20
    Carbon monoxide -48% -12%
    Particulate matter (pm) -47% -12%
    NOx 10% -2%
Non-Regulated
    Sulfates -100% -20%
    Polycyclic aromatic hydrocarbons -80% -13%
    Nitrated PAHs -90% -50%
    Ozone potential -50% -10%
    CO2 emissions -78% -15%
    CARB -90% (from RVO)
Garbage truck equivalent metrics:
Average garbage truck travels 25K miles/yr and gets 3mpg
  • 92.5 tons of CO2/truck/yr
  • Cost to switch to biodiesel = $0.00
  • Every 100 trucks converted to B-100 reduces CO2 by 14.4MM pounds
* Source: EPA, NREL
Chart showing CO2 produced from various fuel sources
To learn about how you or your business can start biodiesel production with a fully automated biodiesel processor check out the BioPro line of biodiesel processors.

Learn More About Biodiesel

  • Glossary of biodiesel terms
  • Biodiesel library
  • BioPro videos​
  • Customer Testimonials

About Springboard Biodiesel

  • Who are we?
  • The Springboard Biodiesel Network
  • Call us at +1.530.894.1793
  • Home
  • Products
    • BioPro 190 Biodiesel Processors
    • BioPro 380 Biodiesel Processors
    • Glycerin and Biodiesel Demethylation
    • CLL Biodiesel Production System
    • SpringPro T76
    • INCOSEP Accelerator
    • BioPro Processor Accessories >
      • Biodiesel Fueling Station
      • SpringFlow 250 Heat Exchanger
      • BioPro Pressurized Water Kit
      • Oxidative Stabilizer
      • WVO Transfer Pump
      • BD ZorbX Drywash Media
      • Methanol Pump
      • Oil Collection Systems
      • Fuel Nozzles
      • Screw Plug Immersion Heaters
      • DW-R10 Ion Exchange Resin
    • Return on Investment Calculator
    • Financing
    • BioPro Processor Gallery
  • Store
  • Library
    • Why a BioPro
    • Biodiesel Basics >
      • What Is Biodiesel
      • How the BP190 Works
      • Biodiesel Production
      • Technical Specs BioPro 190
      • Technical Specs for the BioPro 380
      • How the BP380 Works
      • Safety Features of BioPro Processors
      • Biodiesel Processor Basic Ingredients
      • Biodiesel Safety Information
      • Facts and Myths on Making Biodiesel
      • Biodiesel Quality
      • Benefits of BioPro Biodiesel Processors
      • Springboard Biodiesel Go/No-Go Kit
      • Biodiesel Frequently Asked Questions
    • Biodiesel Questions >
      • SVO vs Biodiesel
      • Biodiesel and Engine Life
      • Testing Small-Scale Biodiesel Quality
      • Preparing Feedstock for Biodiesel Production
      • Beef Tallow and Hydrogenated Oils
      • Methanol Vapors in BioPro Biodiesel Processors
      • Glycerin Layer in Biodiesel Production
      • Storing Biodiesel
      • Cold Weather Biodiesel Washing
      • Winter Storage and Retrieval
      • Storage for BioPro Processors
      • SpringPro T76 FAQ
    • More Information on BioPro Processors >
      • Acid-Catalyzed Esterification
      • Titration Batch Processing
      • Titration Methodologies
      • Reducing the CO2 Footprint
      • Biodiesel Mandates and Initiatives
      • ASTM
      • Reducing Carbon Footprint with Biodiesel
    • BioPro Videos
  • Markets
    • Biodiesel for Farmers
    • Biodiesel for Casinos
    • Biodiesel for Municipalities
    • Biodiesel for Schools >
      • Schools using BioPro Technology
    • Biodiesel for Restaurants
    • Biodiesel for the Military
    • Other Markets
    • Testimonials from BioPro Owners
  • About Us
    • About Springboard Biodiesel
    • Contact Springboard Biodiesel