BAAR Techologies

BIOLOGICAL COMPONENTS

The BAAR Technologies approach

Our development philosophy focuses on sustainable ingredient technologies designed to support advanced biological formulations. These efforts are centered around biodegradable esters, sustainable emulsifier bases and Rice-Based Technology (RBT). Together, these technologies offer new opportunities to improve formulation performance while supporting the long-term preservation of biological activity.

Antifoams:

Baartech A-949

Specialty silicone-based antifoam technology developed for demanding industrial and biological fermentation processes.

Key Features:

  • Rapid foam knockdown;
  • Effective at low dosage levels;
  • Excellent performance under elevated temperatures;
  • Long-lasting foam control;
  • Suitable for fermentation vessels and process tanks.

Applications:

  • Industrial fermentation;
  • Microbial production systems;
  • Sugar and ethanol fermentation;
  • Bioprocessing operations;
  • Biological manufacturing processes.

Baartech A-975

BAARTECH A-975 is a high-performance sustainable antifoam specifically developed for modern agricultural formulations requiring efficient foam control together with excellent formulation compatibility.

Designed for demanding liquid formulations, BAARTECH A-975 combines rapid foam elimination with prolonged foam suppression, providing reliable performance throughout manufacturing, packaging, storage and field application.

Its balanced technology offers excellent efficiency at low use levels while maintaining outstanding stability across a broad range of formulation systems.

Technical Features

  • Rapid initial foam knockdown;
  • Excellent long-lasting foam suppression;
  • High efficiency at low dosage levels;
  • Excellent compatibility with a wide variety of formulation systems;
  • Outstanding dispersion throughout the formulation;
  • Minimal impact on formulation viscosity;
  • Good resistance to mechanical shear during manufacturing;
  • Excellent storage stability;
  • Easy incorporation into finished formulations;
  • Suitable for both concentrate and diluted systems;
  • Renewable-resource-based technology supporting more sustainable formulations.

Technical Benefits

  • Controls foam during manufacturing and high-speed mixing operations;
  • Reduces filling problems caused by persistent foam;
  • Improves production efficiency;
  • Minimizes product losses associated with excessive foaming;
  • Maintains effective foam control during dilution and field application;
  • Helps preserve formulation appearance and stability;
  • Provides reliable performance over a wide range of processing conditions;
  • Supports the development of formulations with increased renewable content without compromising foam control.

Recommended Applications

  • Suspension Concentrates (SC);
  • Oil Dispersions (OD);
  • Emulsion Concentrates (EC);
  • Suspoemulsions (SE);
  • Soluble Concentrates (SL);
  • Biological crop protection formulations;
  • Fertilizer formulations;
  • Seed treatment formulations;
  • Tank-mix additives;
  • Other water-based agricultural formulations where efficient and persistent foam control is required.

Baartech EHP-9721

High-performance antifoam technology designed for biological and fermentation environments where persistent foam generation can affect productivity and process efficiency.

Key Features:

  • High temperature stability;
  • Extended foam suppression;
  • Excellent process compatibility;
  • Efficient performance in continuous operations;
  • Easy incorporation into fermentation systems.

Applications:

  • Fermentation processes;
  • Enzyme production;
  • Biological manufacturing;
  • Industrial biotechnology;
  • Agricultural biological production.

Emulsifiers:

Baartech BS-730

Natural rice-derived lecithin technology designed for biological formulations, botanical concentrates and specialty emulsification systems.

Key Features:

  • Naturally derived emulsifier;
  • Excellent compatibility with biological actives;
  • Sustainable raw material origin;
  • Supports emulsion stability;
  • Suitable for botanical formulations.

Applications:

  • Biological pesticides;
  • Botanical extracts;
  • Bio-based adjuvants;
  • Emulsifiable concentrates;
  • Sustainable crop protection formulations.

Baartech BIO-8005 M

Advanced sustainable emulsifier technology based on BIO55 platform chemistry.

Key Features:

  • Sustainable formulation platform;
  • Excellent emulsification efficiency;
  • Broad formulation compatibility;
  • Supports bio-based ingredients;
  • Reduced environmental footprint.

Applications:

  • Fermentation processes;
  • Biological formulations;
  • Botanical concentrates;
  • Sustainable emulsifiable systems;
  • Specialty agricultural formulations;
  • Green chemistry applications.

Additives:

Baartech BS-MP 700

Specialty additive designed to support microbial stability and enhance formulation robustness in biological products.

Key Features:

  • Supports microbial protection;
  • Enhances formulation stability;
  • Improves storage robustness;
  • Compatible with biological systems;
  • Designed for sensitive biological formulations.

Applications:

  • Microbial inoculants;
  • Biological pesticides;
  • Biological fertilizers;
  • Fermentation-derived products;
  • Specialty biological formulations.

Rice Intermediates:

Baartech BS-700

Highly refined rice bran oil serving as a sustainable carrier and formulation component.

Key Features:

  • Renewable raw material;
  • Excellent carrier properties;
  • Sustainable sourcing;
  • Broad formulation compatibility;
  • High purity profile.

Applications:

  • Biological formulations;
  • Botanical concentrates;
  • Carrier systems;
  • Seed treatment technologies;
  • Sustainable agricultural products.

Baartech BS-710

Rice-derived oleic acid technology serving as a renewable building block for specialty formulation applications.

Key Features:

  • Renewable feedstock;
  • High purity fatty acid source;
  • Sustainable origin;
  • Excellent formulation versatility;
  • Green chemistry platform.

Applications:

  • Specialty esters;
  • Biological formulations;
  • Sustainable surfactants;
  • Agricultural intermediates;
  • Green chemistry technologies;

Baartech BS-720

Rice-derived fermentation support ingredient designed to provide nutritional value and process consistency in biological production systems.

Key Features:

  • Supports fermentation efficiency;
  • Sustainable origin;
  • Consistent quality;
  • Easy handling;
  • Broad application versatility.

Applications:

  • Fermentation processes;
  • Biological production;
  • Microbial technologies;
  • Sustainable agriculture;

Baartech BS-730

Refined rice oil technology designed for use as a carrier and formulation component in biological and agricultural systems.

Key Features:

  • Renewable source;
  • Excellent compatibility;
  • Supports formulation flexibility;
  • Sustainable alternative;
  • Consistent quality.

Applications:

  • Biological formulations;
  • Oil-based technologies;
  • Sustainable formulation development;
  • Agricultural inputs.

Baartech BS-740

Rice-derived fatty acid technology providing a renewable source of nutritional and energy components for biological applications.

Key Features:

  • Renewable raw material;
  • Nutritional support;
  • Sustainable source;
  • Versatile functionality;
  • Consistent performance.

Applications:

  • Biological systems;
  • Fermentation processes;
  • Sustainable agricultural technologies;
  • Formulation development.

Baartech BS-750

Natural rice-derived emulsification technology designed to improve compatibility and stability in biological and agricultural formulations.

Key Features:

  • Natural emulsification properties;
  • Improves formulation stability;
  • Renewable source;
  • Excellent compatibility;
  • Easy incorporation.

Applications:

  • Biological formulations;
  • Emulsion systems;
  • Sustainable formulation technologies;
  • Agricultural products.

Baartech BS-760

Specialty rice-based derivative technology developed to provide sustainable formulation functionality.

Key Features:

  • Rice-derived technology platform;
  • Sustainable formulation component;
  • Excellent compatibility profile;
  • Renewable raw material source;
  • Multifunctional performance.

Applications:

  • Biological formulations;
  • Specialty agricultural systems;
  • Sustainable adjuvants;
  • Crop protection formulations;
  • Green technology platforms.

Institutional

Talk to us

baartechamericas@baartech.com
+1 407 318-4280

Components

Sustainable systems

Sustainable ingredients