Vineyards can reduce water and fertilizer use with natural Persist™ biochar and PAF liquid plant enhancer.

How it works.

Ultra-Porous Soil Sponge. Persist™  premium biochar  has a massive "surface area-to-volume" ratio, enabling soil to hold water up to 6x longer compared to soil without biochar. One ounce of Persist™ has a surface area equal to 1-1/2 football fields.

The Coral Reef of the Soil. The microscopic pores of Persist™ biochar provide a home for an abundance of microorganisms in the soil, creating a strong rhizosphere with significant plant beneficial microbiome and enhanced nutrient binding.

Better Nutrient Utilization.
Persist™ PAF liquid plant enhancer improves the availability of minerals and nutrients to plant roots ... helping to reduce fertilization while also improving harvest yields (and benefiting the environment)!

Tougher Grapevines

PAF contains significant amounts of phenols and acetic acid, which have been shown to help plants respond to a variety of stresses including heavy metal contamination, microbial pathogens, drought impact, and insects.

Let's reverse climate change.

Persist™ biochar is the captured carbon from waste pistachio shells, which would otherwise decompose in a landfill and release carbon back into the atmosphere. When put in the ground, the carbon is sequestered for generations.

Biochar can help.  Vineyards can help

Climate experts estimate that biochar alone could address as much as 40% of the needed carbon removal, while simultaneously mitigating other environmental issues including the impact of drought, fertilizer run-off, and heavy metal contamination of soil.

How Persist™ benefits viticulture.

The growing need for improved water management is one of the prime benefits seen in vineyards. Most of the benefits of biochar are derived from its exceptional porosity and surface area, which include:

  • Increased water retention
  • Increased soil carbon
  • Nutrient release leveling
  • Soil structure management
  • Soil biota improvement
  • Soil contamination mitigation
  • Reduced soil compaction

The result is increased yields, with growers seeing a payback in only 2-3 harvest cycles.

From a four-year field study in Tuscany, Italy ...

 

“The effect of biochar application on vine yield and grape quality parameters is here investigated in a non-irrigated vineyard in Tuscany (central Italy). Results from four harvest-years showed a higher productivity, up to 66%, of treated plots with respect to their controls, while no significant differences were observed in grape quality parameters. The observed increase in productivity was inversely correlated with rainfall in the vegetative period, confirming the key role of biochar in regulating plant water availability. These findings support the feasibility of a biochar-based strategy as an effective adaptation measure to reduce the impact of water stress periods with no negative effects on grape quality.”

 

SOURCE: Biochar increases vineyard productivity without affecting grape quality: Results from a four years field experiment in Tuscany; L. Genesio, F.
Miglietta, S. Baronti, F. Vaccari; Agriculture, Ecosystems and Environment 201 (2015) 20–25; http://dx.doi.org/10.1016/j.agee.2014.11.021

Additional information can be found on the U.S. Biochar Initiative Website: Biochar Uses In Viticulture

Persist™ Biochar is a USDA Certified Biobased Product.

How Persist™ biochar is made.

This is VGrid's M100 Bioserver – A mobile, modular, and scalable biomass gasification system.

 

VGrid's proprietary technology uses an advanced high-temperature process to produce clean, renewable energy and premium biochar.

 

The waste biomass (pistachio shells) is combusted in a special chamber with very low oxygen and ultra-high temperatures (~1,100°C).

 

The activated carbon (biochar) is formed, while gases created in the process (Syngas) are cooled, cleaned, and then fed into an internal combustion engine to produce electricity.

 

The resulting biochar has remarkably high porosity and fixed carbon content (+90%), with very low ash (<4%) and VOCs.  These are the characteristics of high-quality biochar that should be verified with third-party lab analysis.

How to use Persist™ in your vineyard.

For new plantings, biochar can be used as a nursery or rootstock growing medium and/or as a bulk soil additive.

 

Persist™ biochar is best mixed with compost and planting soil prior to application, at a rate of 10 to 20% by volume.  Assuming 1000 vines per acre and a typical 10 liter hole for each vine, the amount of biochar required is about 4-5 tons per acre.

 

Biochar can be hand mixed at the bore hole, or bulk mixed off-site with compost and/or planting soil and brought to the site.

 

Persist™ PAF should be applied after planting and periodically throughout the life of a plant.  An initial soaking spray at a good volume of flow is the best way to start; this will help both young plants as well as germination of seeds. 

 

PAF is concentrated and must be diluted to around a 1:500 ratio before application by foliar or soaking spray. (a dilution rate of 1:500 means one-part PAF diluted with 500 parts of water).

A customary practice for many growers is to apply a top dressing and mulch covering along the rows of vines annually, which is typically done using a side delivery bulk feeder.

 

A typical mix is 50% compost, 10% biochar, and 40% mulch by volume.  8-10 tons of biochar are typically needed.

 

If interplanting cover crops as part of this process, the seeds can be premixed with the biochar/compost mix being broadcasted.

 

Persist™ PAF should be sprayed lightly every few weeks. Spray the leaves and the ground around the stem, giving the spray 30 minutes to 1 hour to act on the leaves, before rinsing off the plant with water. It is best to spray early in the day, rinsing the plant off before the strong sun.

 

PAF is concentrated and must be diluted to around a 1:500 ratio before application by foliar or soaking spray. (a dilution rate of 1:500 means one-part PAF diluted with 500 parts of water).

Persist™ Biochar Advantages

CAUTION: Not all biochars are the same. Biochar characteristics, including carbon and ash content, should be verified with a lab analysis.

  • Absorbs and holds water in soil 6x longer.
  • Produced from 100% California-grown pistachio shells – a waste product otherwise destined for the landfill.
  • Carbon content greater than 90%, which is significantly higher than most other brands of biochar.
  • Higher porosity and surface area ratio compared to other biochar on the market. (1 ounce = Area of 1.5 football fields)
  • Ultra-low ash and VOC content.
  • Consistent particle size distribution.
  • Available in a 3-quart bag, 1.5 cubic foot bag, and 2.0 cubic yard supersack.
  • Persist can be manufactured with alternate feedstocks, finer particle sizes, and other custom requirements.  Contact us for details.

Get to know Persist™ PAF liquid plant enhancer

Improve harvest yields and long-term soil health with a synergistic mix of beneficial organic compounds and natural acids.

  • Contains signaling compounds that kickstart germination.
  • Nurtures healthy microbes in soil and compost.
  • Boosts plants' ability to uptake nutrients, particularly iron.
  • Helps to create healthier leaves and especially fruit skins.
  • May reduce dependency on chemical fertilizers.
  • Lowers the alkalinity in soil.
  • Excellent source of beneficial phenols and acetic acid, which boost grapevines' natural defenses against biotic and abiotic stresses.

Persist™ all-natural biochar and PAF liquid plant enhancer are proudly manufactured by VGrid Energy Systems, a California-based clean energy producer.

Web: https://PersistNCP.com/

Email: support@PersistNCP.com

Call: +1 (805) 482-9040

Address: 513 Calle San Pablo, Camarillo, CA 93012

Web: https://vgridenergy.com/

Email: info@vgridenergy.com

Call: +1 (805) 482-9040

Address: 513 Calle San Pablo, Camarillo, CA 93012