Green Fracking Products FAQ – Frequent Asked Questions

Conventional hydraulic fracturing fluids rely heavily on synthetic and petroleum-derived chemical additives — friction reducers, biocides, gelling agents, corrosion inhibitors — many of which are classified as hazardous, toxic, or persistent in the environment. These chemicals are a primary driver of public opposition to fracking in many countries and create significant regulatory, liability, and ESG risk for operators.

After years of R&D, Aloetrade America LLC developed a complete line of plant-based, biodegradable alternatives that replicate the function of conventional fracking chemicals using natural active compounds derived from aloe vera, cactus mucilage, chitosan, yucca, and moringa extracts. The products are made from renewable resources, are non-toxic to humans and aquatic life, fully biodegradable, and have been validated for use in actual hydraulic fracturing field operations — delivering identical technical results with a fundamentally different environmental profile.

Aloetrade America’s green fracking additives are designed for the full spectrum of unconventional reservoir types: shale gas and shale oil formations requiring high-volume slickwater or gel frac treatments; tight sandstone reservoirs; oil sands operations requiring water treatment and soil bioremediation; and coalbed methane (CBM) formations where water management is critical.

The products are equally compatible with conventional hydraulic fracturing programs in standard reservoirs where operators want to reduce their chemical hazard footprint. They are suitable for onshore and offshore well completions, re-fracturing operations, and the multi-stage horizontal well completions that are the backbone of today’s unconventional production in basins such as the Permian, Eagle Ford, Marcellus, Bakken, Vaca Muerta and others.

Yes — and this is the central premise on which our entire product line is built. The key active mechanisms in frac fluid chemistry — friction reduction, scale inhibition, biocidal activity, gel viscosity, corrosion protection — depend on molecular properties such as chain length, charge density, surface activity, and reactivity, not on whether a molecule is synthetic or natural in origin.

The natural polysaccharides, anthraquinones, mucilages, and saponins in our formulations have well-documented molecular weights, viscosity profiles, and electrochemical behaviors that parallel their synthetic counterparts.

We provide technical data sheets and MSDS for independent review, and we actively support side-by-side comparative pilot testing against existing frac fluid chemical packages so that operators can validate results before full-scale deployment.

Nocorgreen Full™ is our plant-based corrosion inhibitor for fracking fluids, derived from natural biomolecules extracted from Aloe barbadensis miller and other plant extracts. It works by adsorbing onto metal surfaces to form a protective molecular barrier film that blocks the electrochemical reactions responsible for corrosion — without introducing toxic amine or imidazoline compounds into the formation or the produced water stream.

In hydraulic fracturing applications, the treatment fluid contacts steel casing, tubing, wellhead components, and surface pumping equipment under high pressure, elevated temperature, and potentially acidic or CO₂/H₂S-enriched conditions. Nocorgreen Full™ is particularly well suited for multi-stage horizontal well completions where large volumes of treatment fluid are pumped and prolonged contact with metal surfaces amplifies corrosion risk.

Stopscale™ is our green scale inhibitor for hydraulic fracturing, composed of natural chitosan, cactus mucilage, aloe barbadensis miller glycosides and polysaccharides. Scale deposition is a critical flow assurance challenge in fracking: when injected frac water mixes with formation brine, water chemistry incompatibility causes supersaturation and precipitation of mineral salts — calcium carbonate, calcium sulfate, barium sulfate, strontium sulfate — inside the fracture network, in the near-wellbore zone, and in the production tubular string.

Stopscale™ inhibits crystal nucleation and interrupts scale crystal growth at the molecular level, keeping scale-forming ions in solution and preventing deposition that would otherwise choke fracture conductivity and production tubing flow capacity. Its biodegradable, non-toxic formulation means that inhibitor returning to surface with frac flowback water does not add to the hazardous waste burden of flowback water disposal or reuse programs.

Aloecide™ and Aloecide Plus™ are our natural biocide supplements for fracking water, formulated from proprietary blends of Aloe barbadensis miller and Aloe chinensis glycosides and polysaccharides chosen for their inherent antimicrobial properties.

Bacterial contamination in frac water creates three serious operational problems. Sulfate-reducing bacteria (SRB) produce hydrogen sulfide that permanently sours the reservoir, degrading crude oil and gas quality. Acid-producing bacteria (APB) generate organic acids that accelerate corrosion of well tubulars and casing. General heterotrophic bacteria form biofilms that plug perforations and fractures, directly reducing well productivity.

Aloecide Plus™ is the higher-potency variant for elevated bacterial loads — such as recycled flowback water or surface storage ponds used for frac water sourcing. Both products are effective, biodegradable complements or replacements for conventional glutaraldehyde- and DBNPA-based biocides, which face growing disposal restrictions in many U.S. states and internationally.

Aloefricred™ and Aloefricred Plus™ are our plant-based friction reducers — the green alternative to synthetic polyacrylamide (PAM), which is the highest-volume chemical additive in modern slickwater fracturing programs. They are formulated from natural cactus mucilage, yucca (cassava) extracts, and aloe vera compounds whose long-chain polymer-like molecular structures interact with turbulent flow in the same way synthetic PAM does.

In slickwater fracturing, enormous volumes of water are pumped at high rates to create complex fracture networks. Without a friction reducer, turbulent pressure losses in the wellbore would demand prohibitively high surface treating pressures. Aloefricred™ reduces frictional pressure by suppressing turbulence in the boundary layer at the pipe wall, enabling high-rate pumping at lower surface pressure — reducing pump wear, horsepower requirements, and fuel consumption on location.

Aloefricred Plus™ adds corrosion inhibition and biocide functions to the base friction reducer, creating a multifunctional green additive that simplifies the frac chemical package, reduces the number of chemical injection points, and shrinks the tank farm footprint on the well pad.

Aloegel™ is our sustainable gelling agent for hydraulic fracturing fluids, made from natural cactus mucilage, yucca extracts, xantam gum and aloe vera compounds. While slickwater designs dominate unconventional shale completions, formations with higher closure stress, tighter rock, or the need to transport heavier proppant loadings over long fracture half-lengths benefit from viscosified gel or hybrid frac fluid designs.

Aloegel™ thickens the treatment water to create a viscous, proppant-carrying frac fluid capable of transporting and placing coarser, heavier proppant deep into the fracture network — without the polymer residue that conventional hydroxypropyl guar (HPG) and carboxymethyl hydroxypropyl guar (CMHPG) gels leave behind and which reduces fracture conductivity post-treatment.

Being fully biodegradable, Aloegel™ breaks down naturally after the frac treatment, leaving minimal formation damage, producing a cleaner and higher-conductivity fracture, and generating a flowback stream that is far less chemically complex than conventional guar gel flowback — simplifying produced water treatment and disposal or reuse.

Aloecurefrac™ is a specialized green lost circulation material (LCM) for the prevention and remediation of fracture-related drilling and fracturing fluid losses into the formation. It is formulated from Aloe barbadensis miller compounds, specifically using aloe-based polysaccharides and aloe-based cellulose as the primary fluid-loss control agents.

Lost circulation — the uncontrolled loss of drilling or frac fluid into natural or induced fractures — results in costly fluid losses, wellbore instability, and in severe cases, loss of well control. Aloecurefrac™ plugs fracture apertures through bridging and filtration, sealing the loss zone and restoring fluid column integrity.

Unlike conventional LCM materials (calcium carbonate, synthetic polymers, resins) that can cause permanent formation damage, Aloecurefrac™ is fully biodegradable and designed to break down naturally under formation conditions — minimizing long-term permeability impairment in the near-wellbore zone and making it safe for use in environmentally sensitive formations.

Surfactaloe Frac™ is our aloe and plant-based biosurfactant specifically designed for use in hydraulic fracturing fluids in shale gas, shale oil, and oil sands reservoirs, derived from aloe polysaccharides and natural saponins.

In frac fluid design, surfactants serve multiple critical functions: they reduce surface tension and interfacial tension between the treatment fluid and formation fluids, which improves fluid cleanup — the recovery of frac fluid back to surface after the job — and prevents “water phase trapping” in the near-fracture zone. Water phase trapping is a phenomenon in water-sensitive tight formations where retained frac water causes relative permeability reduction, significantly impairing post-frac production rates.

Surfactaloe Frac™ achieves these results using natural, biodegradable saponin and polysaccharide chemistry, replacing conventional synthetic surfactants that are persistent in produced water and create challenges in flowback water treatment, reuse, and disposal. Better fluid recovery also means less water retained in fractures, translating to faster cleanup and earlier peak production.

Frac flowback and produced water from hydraulic fracturing operations contain suspended solids, residual chemical additives, emulsified hydrocarbons, dissolved metals, and high total dissolved solids (TDS) — making them one of the most challenging wastewater streams in the oilfield. Treatment for reuse or compliant disposal is a major cost and regulatory compliance issue for every unconventional operator.

Coagreen™ is our natural coagulant made from cactus mucilage and aloe vera compounds. In a rapid-mix stage, it destabilizes suspended colloids and emulsified oil droplets by neutralizing their surface charge, causing them to aggregate into larger particles.

Flocgreen™ is our complementary natural flocculant made from cactus mucilage, moringa extract, and aloe vera compounds. In a subsequent gentle-mix stage, it bridges the aggregated particles into large, rapidly-settling flocs that separate cleanly by gravity or dissolved air flotation (DAF). Used together as a green coagulation-flocculation train, they produce treated effluent suitable for recycling as frac water in the next well — reducing freshwater demand — or for compliant injection disposal. Both products are fully biodegradable, eliminating the secondary contamination introduced by conventional aluminum sulfate, polyaluminum chloride, or synthetic polyacrylamide flocculants.

Remedialoe Green™ is a green bioremediation and drilling mud treatment product combining aloe polysaccharides, enzymes, amino acids, and targeted microbial strains with plant extracts. It addresses two distinct environmental challenges common to hydraulic fracturing well sites:

Drilling mud cuttings treatment: Cuttings generated during the drilling of unconventional wells are contaminated with oil-based or synthetic drilling mud and must be treated before disposal. Remedialoe Green™ accelerates the biodegradation of residual hydrocarbons in the cuttings, reducing their total petroleum hydrocarbon (TPH) content to levels meeting disposal or land-farming standards — without further hazardous chemical additions.

Soil bioremediation: Spills, leaks, and hydrocarbon discharges at well sites and tank farm areas require remediation to meet regulatory closure. Remedialoe Green™ functions as a biostimulation and bioaugmentation agent that accelerates in-situ microbial breakdown of petroleum hydrocarbons in the soil matrix, restoring sites to closure standards more rapidly than natural attenuation alone.

FracFocus — the U.S. hydraulic fracturing chemical registry — requires operators to publicly disclose chemicals used in each fracking job, including hazard classification, CAS numbers, and concentration ranges. High-hazard chemicals on the disclosure list attract media, regulatory, and community attention that creates reputational and license-to-operate risk.

Replacing conventional synthetic chemicals with Aloetrade America’s plant-based alternatives dramatically simplifies and improves the operator’s FracFocus disclosure profile: natural plant extracts, polysaccharides, and saponins carry far lower hazard classifications than synthetic polyacrylamide, glutaraldehyde, quaternary ammonium biocides, or phosphonate scale inhibitors.

For broader ESG reporting, measurable reductions in hazardous chemical inventory per well, reduced produced water disposal hazard, and documented use of biodegradable, renewable-resource chemicals contribute directly to GRI 306 (waste), GRI 303 (water), and SASB Oil & Gas environmental footprint standards — metrics increasingly scrutinized by institutional investors and lenders in ESG-linked financing arrangements. We can provide the environmental and safety documentation needed to support these reporting frameworks.

Both approaches are viable, and the right path depends on the operator’s risk tolerance, well program scale, and ESG commitments.

Partial substitution: Operators can introduce our green products as supplements or partial replacements within an existing frac chemical package — for example, replacing only the biocide component with Aloecide™ while keeping the existing friction reducer, or swapping only the scale inhibitor to StopScale™. This hybrid approach allows performance validation with minimal operational risk and is a logical starting point for operators new to green fracking chemistry.

Full green fluid system: Operators committed to a fully sustainable frac program can build a complete treatment system from our portfolio — Nocorgreen Full + Stopscale + Aloecide + Aloefricred + Aloegel (where gel design is needed) + Surfactaloe Frac — covering all major chemical functions of a standard frac fluid. Our technical team provides full design and optimization support for the complete green fluid system tailored to specific formation characteristics and operational parameters.

We follow a structured, low-friction evaluation process designed for oilfield engineering and procurement teams:

Step 1 – Technical Inquiry: Contact us at info (at) aloetradeamerica.com or via the website contact form describing your current frac fluid program, the chemical functions you want to replace or supplement, formation type, and any applicable environmental or regulatory constraints.

Step 2 – Documentation Review: We provide Technical Data Sheets (TDS), Safety Data Sheets (SDS), composition summaries, and available field performance data for all relevant products — reviewed by your engineering, HSE, and procurement teams.

Step 3 – Sample & Laboratory Testing: Product samples are made available for laboratory evaluation using your actual field water chemistry and standard oilfield test protocols — wheel tests, rotating cage tests, jar tests, viscosity rheology measurements, and others as applicable.

Step 4 – Monitored Field Pilot: We support a field trial on one or more wells with agreed KPIs and pre/post performance comparison data.

Step 5 — Commercial Aspects: Commercial supply terms, packaging formats (IBC totes, drums, bulk), delivery schedule, and technical support structure are established for full-scale deployment.

Contact us at info (at) aloetradeamerica.com to start today.