01 | The Nitrogen Cycle
Improving the traditional nitrogen cycle through innovative biomass solutions
02 | Agronomy Basics & “Camps”
A brief overview of “SLAN” & “BCSR”
03 | NIST
Nutrient Infusion Soil Technology by OrganiLock
04 | The Hybrid Solution
Improving SLAN & BCSR through NIST
05 | Biochar
The role of biochar in feeding the world population in 2050
06 | Greenhouse / Garden Markets
Putting healthy food on the tables of those who need it
In the fall of 1898 the incoming president of the British Academy of Sciences, Sir William Crookes, proclaimed that:
“England and all civilized nations stand in peril.”
If nothing was done soon, he explained, great numbers of people, especially in the world’s most advanced nations, were soon going to starve to death.
Sir William Crookes was referring to the lack of high-quality nitrogen fertilizer.
Fast forward 120 years, thanks to Harber-Bosch technology and advances in soil sciences, and we have an obesity problem instead of starvation!
For perspective, the world population in 1900 was about 1 billion people. Today it is 7.6 billion and will likely reach 11 billion by 2050. Nitrogen from Haber-Bosch technology has fed us well for 120 years, albeit at an expense.
Haber-Bosch technology allows farming practices that ignore the need for replacing organic carbon/humus in the soil, until now.
Unfortunately, we are now faced with the dilemma of managing soils that will continue to degrade unless we find a way to add organic carbon and nutrients back to our soil in both an environmentally and economically viable way.
Because of declining health, tillable soils are becoming more difficult to farm due to lowering water tables, development of hardpans, and lower levels of carbon content in the soil.
This leads to serious soil health issues, loss of topsoil due to erosion, and water-related problems. The Chesapeake Bay watershed is a classic example of this problem.
Can we continue abusing our soil and feeding people at the rate our population is growing?
Arguably, the answer is ‘no.’
Has GMO science, synthesized fertilizers, and engineered weed killers reached their potential?
Many believe so.
Are there workable solutions to these issues forthcoming?
To that end,is introducing NIST
Nutrient Infusion Soil Technology.
We will explain NIST later in the presentation.
Who Is OrganiLock?
OrganiLock (from the founders of Wood-Mizer, Inc.) specializes in innovative biomass solutions using proprietary technology with an emphasis on recycling and adding value to ‘waste’ products.
120 years ago industrial fixation forever changed the natural nitrogen cycle.
At OrganiLock we believe that it is time to modify the nitrogen cycle once again. If we expect to feed our exploding population in years to come, it is imperative that we implement changes to reclaim soil health. Is a modification of the nitrogen cycle (as we know it) possible?
To answer this question we first need to cover some agronomy basics.
The two “CAMPS” of agricultural agronomy
Sufficiency Level of Available Nutrients
The Base-Cation Saturation Ratio Method
“Sufficiency Level of Available Nutrients”
The predominant practice in our area is to follow recommendations from our local extension office most commonly referred to as ‘sufficiency level.’ Recommendations tend to be based on known soil characteristics of the area rather than detailed studies of the soil needs of the specific farm. This basic N-P-K method of farming has fed us well to this point but at a cost to soil health. This method is also the simplest way for a farmer to do his job. The extension office or similar service simply tells them what to do and then hope for the best. There is no serious effort to increase soil health with this method.
“Base-Cation Saturation Ratio”
The other ‘camp’ of farmers apply the BCSR method. The Base-Cation Saturation Ratio requires a much closer study of the soil based on the saturation ratio of certain minerals/nutrients of the CEC (cation exchange capacity). This method tends to be favored by organic farmers and those concerned with overall soil health characteristics. This method requires more work and can cost more to have the analysis work done to make informed decisions on how to best amend the soil for best yield vs. cost. Many practitioners of BCSR believe that farming soil rather than crops will bring long-term benefits.
THE HYBRID SOLUTION
Powered by NIST
Ground “Mending” Technology
We believe a third technology must be introduced and combined with either SLAN or BCSR for a sustainable, soil mending, productive, and cost-effective solution to feed people in 2050. This technology is called “NIST”
Nutrient Infusion Soil Technology
Patent pending NIST efficiently sequesters carbon (biochar), while infusing non-humic organic carbon with non-composted animal-based fertilizers that are high in organic nitrogen. The combination can have a C:N (carbon to nitrogen) ratio in the range of 10:1 which solves the nitrogen immobilization challenge.
IT WILL TAKE TIME
We don’t believe the solution to achieve soil health is simple. It took decades to create our soil conditions. It will take time, money, and effort to mend them.
Time for CHANGE
The time has come for us, the agriculturalists, to stand together to find a new solution for the coming generations.
COMPLEMENTS OTHER TECHNOLOGIES
NIST is not a total solution. Our goal is to bring organic nitrogen, carbon, and life back to the soil while continuing to use fewer synthetic fertilizers. OrganiLock has developed an economically viable and scalable process to accomplish this.
Defining The Challenges:
- Low carbon/humus content
- Nitrogen immobilization
- Low Organic N
- ‘Use it or lose it’ N
- Unavailable nutrients
- Nutrients that kill microbes
- Low microbe and bacteria activity
- Low CEC
- Hardpan / aeration
- Water/nutrient runoff issues
- Lack of viable solutions to the challenges
Challenges Addressed by NIST
Low Carbon / Humus Content:
- NIST products are rich in non-composted organic carbon that is infused with organic N and a host of other macro and micronutrients.
- NIST products have a low C:N ratio. Microbes are free to ‘feast’ on organic C and N while simultaneously mineralizing excess N into plant available forms.
- Organic N is released over long periods of time (multiple seasons) while bacteria and microbes break organic carbon down
- Annual applications will guarantee ‘perpetual’ sources of C and N
- High levels of organic carbon that convert to humus over time improve soil characteristics in multiple ways
- Solved by the low C:N of NIST
Low Organic Nitrogen:
- NIST uses non-composted carbon as a holder for organic N and a host of other nutrients
“Use It Or Lose It” Nitrogen:
- NIST ‘OrganiLocks’ organic N into our long-lasting organic carbon (biochar). We also use small amounts of, organic, readily available N in our process. With these factors in mind we feel that synthetics will still be required to complete the needs of individual farmers’ crop. However, healthier soils will result in needing less synthetics over time.
- Living soils created by NIST will make specific nutrients available that may be locked up when using the SLAN method of farming.
Nutrients That Kill Microbes:
- NIST reduces the need for harsh nitrogen applications that kill microbes.
Low Microbe and Bacteria Activity:
- NIST specializes in supporting robust bacteria and microbial life in the soil.
- Organic matter introduced by NIST may be the most effective way to optimize the CEC (cation exchange capacity) of the soil. High CEC helps make nutrients available to the plant.
Hardpan / Aeration:
- Long-term use of NIST will add significant amounts of carbon/humus that will lower hardpan and aerate the soil. The biochar in NIST ‘permanently’ aerates the soil, helps the soil hold water and provides a prime habitat for bacteria and microbes.
- NIST softens and aerates soil which reduces erosion.
Water / Nutrient Runoff:
- NIST softens and aerates the soil. Water and nutrients will soak into the soil and carbon thereby reducing water/nutrient runoff.
Lack of Viable Solution to the Challenges:
- We believe NIST represents a significant and viable companion to existing farming methods. The technology is scalable and sustainable.
The Role of Biochar in NIST
Our Business Model
Our business model is designed around the manufacture and use of biochar in our varied NIST solutions. We are building a network of production facilities in strategic locations where raw materials and large population density are present. We have a special emphasis on reducing shipping costs.
The advantages of this approach are:
- No need to find customers for our biochar – we ARE the customer with global sales potential.
- The selling price of the char is tied to the garden/soil/fertilizer markets which means the margins are high and consistent.
- Tying the need for heat to manufacturing char is significant because we get double duty from our processing equipment.
OrganiLock biochar technology is unique. Our high-quality char is made in a non-catalytic combustion chamber with excess air and high temperature. Independent tests show the char to be in the 85% total carbon range and up to 90% effective as compared to industrial activated charcoal.
OrganiLock manufactures the equipment to pre-size biochar feedstock.
Our process is continuous and automatic. The chip is small, dust free, and partially activated.
OrganiLock manufactures three sizes of biochar production appliances. These units produce 6,10, and 20 gallons per hour.
Greenhouse & Garden Solutions
Putting Healthy Food on the Tables of Those Who Need It
- OrganiLock was initially conceived and developed for the greenhouse and garden markets.
- NIST has created a paradigm shift in the greenhouse and gardening market because we can make soils from living non-composted materials instead of ‘zombie soil‘ media such as peat, coir, compost, pearlite and vermiculite.
- Visit www.zombiesoil.com for more information.
We at OrganiLock believe there will be an increased need for indoor and above ground farming in the years to come.
Our goal is to impact all sectors of agriculture with world-changing NIST and to play our part in feeding the world’s population as we approach 2050.