Ingredient List Breakdown
Our Ingredients: Powerful, Simple, and Planet‑Kind
At The G Spot Detergent, we believe clean should never come at the planet’s expense. Our multi‑use detergent works for laundry, dishwashers, upholstery, and everyday cleaning — all powered by just four ingredients that are safe for your home, gentle on your skin, and kind to the earth.
No fillers. No synthetics. No greenwashing — just honest, effective cleaning.
Sodium Carbonate (Na₂CO₃)
Common name: Washing soda or soda ash
Purpose: Breaks down grease, softens water, and boosts overall cleaning performance.
How it’s naturally obtained:
Sodium carbonate occurs naturally in mineral deposits such as trona ore. Our version is derived through a low‑impact filtration and heating process that avoids the harsh chemical reactions of traditional industrial production (the Solvay process). This method produces fewer emissions, minimal waste, and avoids calcium‑chloride by‑products common in synthetic soda‑ash manufacturing.
Why this method matters:
Natural soda‑ash production from trona can reduce carbon emissions by 30–50 percent compared to synthetic methods while eliminating ammonia recovery loops and brine waste.
Environmental impact:
Once dissolved, sodium carbonate simply returns to naturally occurring carbonate ions that help buffer pH levels in water systems — making it non‑toxic to aquatic life and fully biodegradable in wastewater streams.
Sodium Bicarbonate (NaHCO₃)
Common name: Baking soda
Purpose: Neutralizes odors, provides gentle abrasion, and balances pH across multiple cleaning applications.
How it’s obtained:
Sodium bicarbonate forms when carbon dioxide passes through a soda‑ash solution — a reaction that also occurs naturally with the mineral nahcolite. Because it originates from natural carbonate sources, its environmental footprint remains very low.
Why it’s eco‑friendly:
Recognized as safe for human and environmental health, sodium bicarbonate breaks down into naturally present bicarbonate ions found in rivers and soils. It’s gentle enough for fabrics, dishes, and hard surfaces, and leaves behind no dyes, phosphates, or synthetic surfactants.
Italian Sea Salt (NaCl + Trace Minerals)
Purpose: Naturally softens water, enhances rinse performance, and provides mild abrasive cleaning support.
How it’s obtained (refined):
The sea salt we select is harvested in the historic salt‑marsh region of western Sicily, where salt pans have been active since Phoenician times and form part of a protected nature reserve. The salt‑works exploit solar and wind energy to evaporate seawater in shallow crystallization ponds, maintaining a delicate balance between traditional production and ecological preservation. Harvesting involves minimal mechanical intervention, often using hand‑raking methods, and contributes to biodiversity through coexistence with migratory birds and native wetland species. The site itself spans hundreds of hectares and has operated for over a century under a sustainability‑focused management model emphasizing renewable energy, habitat conservation, and traceable production practices.
Why this sourcing method matters:
• Solar evaporation uses renewable energy and minimal fossil fuel input compared with deep‑rock salt mining.
• The salt pans double as functioning ecosystems that support biodiversity and traditional livelihoods.
• Each harvest cycle maintains soil salinity balance, limiting runoff and preserving coastal wetlands.
Sea Salt & Appliances — What You Should Know:
While our product contains only ≈ 2 oz of sea salt per pound of detergent, the type, granule size, and amount of salt matter for appliance safety. Here’s how we’ve addressed each factor:
Type & Granule Size:
– Dishwasher salt (used in built‑in softeners) is typically coarse, 2–5 mm in size, and pure sodium chloride to dissolve slowly and avoid clogging.
– Fine salts (like table salt) or unrefined sea salts may dissolve too quickly, contain anti‑caking agents, or leave trace minerals that cause residue.
– Our Italian sea salt granule size averages 1–2 mm, ensuring steady dissolution without over‑saturation or sediment buildup.
Concentration (PPM) & Appliance Safety:
– Salt‑related corrosion depends on concentration (parts per million, PPM) and exposure time. According to the Association of Home Appliance Manufacturers (AHAM), elevated salt levels can accelerate corrosion of metallic parts, with severity depending on the concentration.
– Freshwater typically contains <100 ppm dissolved salts, while seawater averages ~35,000 ppm salinity.
– Best‑practice appliance guidelines recommend maintaining total dissolved solids (TDS) below 750 ppm for water‑softening systems to ensure optimal performance.
– Based on our formulation (2 oz salt per pound of product), an average use produces ~600–700 ppm salt in wash water — far below concentrations known to cause corrosion or residue in modern appliances.
Takeaway:
Including sea salt is not inherently risky — how much, what kind, and machine design all matter. Our measured ratio and grain size enhance cleaning power while staying safely below any range associated with appliance wear or corrosion.
Citric Acid (C₆H₈O₇)
Common name: Natural fruit acid
Purpose: Breaks down mineral build‑up, balances pH, and prevents film or residue on fabrics, dishes, and surfaces.
How it’s obtained:
Citric acid is created through microbial fermentation, using natural sugars (often from agricultural by‑products) as a renewable carbon source. This bioprocess converts plant materials into a biodegradable organic acid with minimal chemical waste.
Why it’s eco‑friendly:
Citric acid is completely biodegradable, breaks down into water and CO₂, and poses no threat to aquatic or soil ecosystems. Because it’s part of the natural Krebs cycle, it reintegrates seamlessly into the environment after use.
Why Four Ingredients Are Enough
Each ingredient serves a clear purpose — nothing more, nothing less. Together, they:
• Cut grease and grime on dishes
• Lift stains from fabrics
• Neutralize odors in upholstery
• Leave zero microplastics, toxins, or residue behind
No synthetics. No fillers. No greenwashing — just results.
Eco Summary
| Ingredient | Source Type | Key Environmental Benefit | Safe for Land & Water Life |
|---|---|---|---|
| Sodium Carbonate | Natural mineral (trona ore) | Low‑emission extraction | ✅ Yes |
| Sodium Bicarbonate | Derived from natural carbonate | Biodegradable buffer ion | ✅ Yes |
| Sea Salt | Solar evaporation of seawater | Renewable energy harvest & ecosystem protection | ✅ Yes |
| Citric Acid | Microbial fermentation (plant‑based) | Renewable & biodegradable | ✅ Yes |
References & Sources
MWQA – Getting Smart with Softeners. https://www.mwqa.com/wp-content/uploads/2015/10/Getting_Smart_with_Softeners.pdf
C&EN Magazine – “Can Synthetic Soda Ash Survive?” (2023). https://cen.acs.org/business/specialty-chemicals/synthetic-soda-ash-survive/101/i7
HERA Project – Human and Environmental Risk Assessment: Sodium Carbonate & Bicarbonate. https://www.heraproject.com/files/10-f-05_hera_sodium_carbonate_revised_version2%20.pdf
U.S. EPA – Sodium Carbonate Process Description. https://www.epa.gov/sites/default/files/2020-09/documents/8.12_sodium_carbonate.pdf
U.S. Department of Agriculture – Technical Review for Sodium Bicarbonate (Handling). (2025). https://www.ams.usda.gov/sites/default/files/media/2025_TR-Sodium_Bicarbonate-Handling_508.pdf
Cargill – “How Sea Salt Is Made.” https://www.cargill.com/story/how-sea-salt-is-made
ResearchGate – The Ecological Importance of the Margherita di Savoia Saltworks. https://www.researchgate.net/publication/266037625_The_ecological_importance_of_The_Margherita_di_Savoia_Saltworks
Friend of the Sea – Sustainable Salt Standards. https://friendofthesea.org/sustainable-standards-and-certifications/sustainable-salt/
AHAM – Saltwater Intrusion and Appliance Care. https://www.aham.org/AHAM/Safety/Saltwater_Intrusion_and_Appliance_Care/AHAM/Safety/Saltwater_Intrusion_and_Appliance_Care.aspx
KitchPulse – Dishwasher Salt FAQ. https://kitchpulse.com/dishwasher-salt-faq/
Mustang Hygiene – How to Use Dishwasher Salt and Why It Is Important. https://mustanghygiene.co.uk/how-to-use-dishwasher-salt-and-why-it-is-so-important
Maui Invasive Species Committee – Effects of Citric Acid on the Environment. https://mauiinvasive.org/effects-of-citric-acid-on-the-environment
Rustic Strength – “What Is Citric Acid and What Does It Do in Products?” https://rusticstrength.com/blogs/ingredients/what-is-citric-acid-and-what-does-it-do-in-products
ScienceDirect – Life Cycle Assessment of Citric Acid Production. (2019). https://www.sciencedirect.com/science/article/abs/pii/S095965261934185X