BIOPLASMA para Agricultura. GIANNI. Can Subtitle all Language.

Plasma Bio Compost Presentation

In this presentation, the speaker introduces the concept of Plasma Bio Compost and its application in agriculture. The discussion covers the process of creating compost using plasma technology and its benefits for plant growth.

Introduction to Plasma Bio Compost

• The speaker discusses the use of plasma technology for composting and mentions the importance of maturation to obtain a test.

• Four base gases are utilized in creating the plasma, with experiments conducted in agriculture over several years.

• The recipe for Plasma Bio Compost involves four main gases and their application in nurturing seeds in gardens and farms.

Components of Plasma Bio Compost

• Four containers with different plasmas are showcased, including zinc oxide, CO2, CH3, and copper oxide gases.

• Each container contains a specific gas that aids plant growth when applied appropriately.

Utilizing Natural Ingredients

• The effectiveness of using minimal plant materials like leaves or ashes from various sources is highlighted for successful composting.

• Different types of ashes, such as plant ash and wood ash, are discussed for their role in enhancing compost quality.

Harvesting Plant Materials

• The process of harvesting herbs from mountainsides is explained, emphasizing the collection of flowers and seeds at specific times for optimal results.

• Plants are harvested twice a year to gather essential components beneficial for compost preparation.

Preparation Process for Plasma Bio Compost

This section delves into the detailed steps involved in preparing Plasma Bio Compost using natural ingredients and plasma technology.

Preparation Steps

• Emphasizes collecting greenery from gardens and surrounding areas along with roots to create a nutrient-rich mixture.

• Demonstrates cutting plants within a dome structure using ceramic knives to ensure safety during processing.

• Details the preparation method involving cutting nettles finely before adding them to water to create a 20-liter plasma solution.

• Recommends using non-metallic tools like knives for better quality outcomes during preparation processes.

Plasma Applications and Preparation

In this section, the speaker discusses the preparation and applications of plasma, emphasizing the importance of certain materials and processes.

Plasma Preparation Process

• Plasma is created without water contact, using only fields like CO2 for better results.

• Larger containers are recommended for plasma production to avoid filling up too quickly.

• The plasma is similar to ortiga's cousin but distinct due to its utilization process involving a 7-day waiting period before filtering.

• Glass containers are preferred for filtered solutions, although plastic can also be used if uncovered.

Utilization of Gases in Plasma Production

This part delves into the gases utilized in plasma production and their significance in the process.

Gas Utilization Insights

• Various gases like copper gas, zinc oxide, CO2, CH3, and 73 are employed in creating plasma.

• Thousands of liters of plasma have been produced from four reactors over the years for agricultural experiments.

• Amino acids play a crucial role not only in plasma but also in other applications.

Advanced Plasma Preparation Techniques

Here, advanced techniques involving star formation and specific materials are discussed for enhanced plasma creation.

Advanced Techniques Discussed

• Star formation method with reactors containing magnesium salt on one side and potassium salt on the other enhances plasma quality.

• Various salts from different sources can be used; star formation isn't mandatory as a single CO2 reactor suffices.

Practical Application of Plasma

Practical aspects of utilizing prepared plasma are explored here, focusing on application methods and considerations.

Practical Application Insights

• Utilizing GANS in large containers simplifies the collection process for further distribution or usage.

Plant Pathology and Natural Remedies

In this section, the speaker discusses plant pathology and natural remedies for plant diseases using organic solutions.

Organic Solutions for Plant Pathology

• The speaker mentions a dilution that can be used for spraying in extreme cases to combat plant pathologies effectively.

• Nettle is utilized for composting, while another substance (unspecified) is used for burning due to its effectiveness.

• Emphasizes the importance of using leaves collected from gardens and surrounding areas as they represent the essence of plants, highlighting their significance in remedies.

• Contrasts the strength of infusions made solely from plants with those prepared using plasma, noting the clarity and purity achieved through plasma utilization.

• Discusses the simplicity of utilizing plasma as a remedy, emphasizing understanding its function to achieve successful outcomes in various locations globally.

Organic Pest Control Methods

This segment delves into organic pest control methods and strategies to address severe infestations without resorting to chemical interventions.

Strategies for Organic Pest Control

• Addresses severe infestations by pulverizing a specific solution around trees or affected areas, highlighting the avoidance of direct spraying on plants due to potential negative reactions.

• Mentions various pests affecting plants such as scale insects, mites, fungi, and aphids, suggesting targeted application methods based on severity levels.

Optimal Spraying Techniques

The discussion shifts towards optimal spraying techniques to ensure effective distribution of remedies without causing harm to plants.

Effective Spraying Practices

• Advises against direct spraying on plants but recommends a gentle mist-like application around roots using fine sprays for optimal absorption.

• Emphasizes precision when applying solutions near plant roots to maximize efficacy while minimizing potential damage.

Enhancing Soil Health Naturally

Focuses on enhancing soil health naturally through strategic applications and considerations.

Soil Health Enhancement

• Compares spraying techniques to natural breezes for better comprehension, advocating similar gentle approaches for soil regeneration post-heavy chemical use.

Utilizing Herbal Remedies

Explores the utilization of herbal remedies like nettle and horsetail alongside holistic approaches for sustainable agriculture practices.

Herbal Remedies Integration

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Utilization of Plasma Technology in Dental Procedures

In this section, the discussion revolves around the application of plasma technology in dental procedures, specifically focusing on a case study involving a 42-year-old female patient undergoing various dental treatments.

• Testimonials highlight the use of plasma technology in preparing, fixing, and recovering from extensive dental procedures involving 10 dental implants, bone lifting surgeries, and extractions.

• The initial state of the 42-year-old female patient is described with total dental prostheses in both upper and lower jaws, along with temporary dental plates and multiple infections.

• Treatment steps are outlined starting from the day of surgery (day x), including the preparation of dental surgery according to a specific program.

• Detailed dosages for plasma treatment post-surgery are provided, emphasizing specific compositions for each dose containing plasma liquid and amino acids from different reactors.

• Post-intervention effects are discussed, noting significant inflammation in the face and eyes along with blisters due to major surgery.

Progressive Plasma Treatment Regimen

This segment delves into the progressive plasma treatment regimen followed post-surgery to aid recovery and healing processes effectively.

• The treatment plan involves using a plasma patch made from CO2 gans and zinc gas in varying proportions over seven days post-surgery.

• Daily intake of liquid plasma combined with CO2 and zinc components is detailed for ten days following surgery to support healing.

Treatment Process Overview

The speaker discusses the allopathic treatment process post-surgery, detailing the medications and procedures followed for recovery.

Treatment Regimen

• Allopathic treatment regimen for four days post-surgery:

• Antibiotic every 12 hours

• Probiotic daily

• Anti-inflammatory as needed, administered orally

Post-Surgery Progress

Progress updates on the patient's recovery journey after surgery are provided through visual observations.

Day 1 to Day 2 Progress

• Day 1: Facial swelling evident, lips slightly inflamed

• Day 2: Reduced facial swelling, lips still slightly inflamed

Day 3 to Day 5 Progress

• Day 3: Significant reduction in facial and lip inflammation

• Day 4: Noticeable improvement, ability to smile almost normally

• Day 5: Slight increase in lip inflammation observed

Recovery and Reflection

Reflecting on the challenging surgery and remarkable recovery process experienced by the patient.

Recovery Journey Insights

• Surgery duration extended beyond initial estimate of 3 to 5 hours

• Rapid post-operative recovery surprising medical professionals

• Utilization of plasma liquid combination aiding pain relief during recovery period

Utilizing Plasma for Dental Prosthetics

Exploring the use of plasma in dental procedures for pain management and enhanced healing.

Plasma Application Process

• Preparation with plasma liquid containing calcium + zinc for dental intervention

• Mouth rinsing with plasma liquid during and after procedure for pain relief

• Attempted mental connection with plasma reactor for pain reduction during procedure

Testimonial and Gratitude

Expressing gratitude for successful surgery outcome and sharing a testimonial on utilizing plasma technology in healthcare.

Testimonial Appreciation

• Acknowledgment of successful operation post-plasma intake

• Recognition of extraordinary surgical feat using plasma technology

Plasma Applications and Benefits

Discussing diverse applications of plasma technology in healthcare procedures and its positive impact on patients' well-being.

Diverse Plasma Applications

• Utilization of plasma in various medical interventions with positive outcomes