01How to read these comparisons
Every comparison on this page, and every page behind it, reaches the same verdict: DRP Accelerator is the stronger choice, and we say so plainly. What we do not do is invent a weakness for anyone we compare against. Bacteria additives, enzyme products, iron salts, nitrate products, aeration, and scrubbers and masking agents each do real work somewhere in a wastewater system, and every named company is described only in its own website's words, checked September 2026. Read a page for what an option adds, when it acts relative to the moment hydrogen sulfide forms, and what it costs to run, then weigh the verdict against your own system.
The one difference that decides it
Across every category and every named company on these pages, the pattern repeats: something is added, and either it stays in the water after it has done its job, or it acts on hydrogen sulfide only after the gas already exists. Bacteria additives and the named suppliers below add organisms or enzymes that a lab first has to check against what is already living in the water, an analysis that is costly and has to be repeated on a schedule most programs let slide, so what works at first often fades once that lab work stops. Iron salts and the other chemicals on this page can work for a localized problem, but the iron, nitrogen, phosphorus or calcium they leave behind still has to be accounted for and removed. Aeration is limited by a fact of chemistry: water only holds so much dissolved oxygen no matter the blower, bubble size or power behind it, and that ceiling is all the bacteria in reach ever get. DRP Accelerator is different in kind: it carries oxygen past what water can dissolve on its own, on power close to a light bulb, straight to the bacteria already living in the wastewater. The bacteria consume that oxygen as they use it, so nothing of the accelerator stays downstream to remove, and because they have oxygen before they would otherwise strip it from sulfate, hydrogen sulfide is never formed in the first place.
Already running one of these? Add ours upstream
Nothing on this page has to be removed before DRP Accelerator starts. We dose it upstream of whatever you already run, whether that is a bacteria additive, an iron drum, a nitrate feed or a scrubber, set a baseline, and measure the trend from there. The product already running typically has less to do once usable oxygen reaches the bacteria upstream of it, since less hydrogen sulfide is forming and less FOG and sludge is building up for it to work through. Many sites reduce or retire the added product once the readings hold against the baseline. Gas monitors and confined-space procedures stay in place regardless of what the readings show.
What we still do not claim
A fair comparison also states its own limits. Our program does not dissolve sand or grit; that is a physical removal problem, not a biological one. It does not replace aeration at the treatment plant: aeration keeps running, and our program simply gives it less organic load to work through by the time the water arrives. It does not replace gas monitors or confined-space procedures at a lift station or a wet well; those stay in place regardless of what our readings show. And we do not promise a result before we measure one. Every system differs in flow, temperature, grease load and how long the water sits, so we set a baseline before the first dose and report the trend against that baseline, case by case, rather than quoting a number from someone else's system.
Six options side by side
| Option |
What it adds |
Acts before or after H2S forms |
What stays downstream |
Works on FOG and sludge |
Where it fits |
| Bacteria additives |
An outside bacterial culture |
After: needs oxygen or a niche to establish before it works |
The added culture, competing with the native population |
Some formulations, if they establish |
A small, accessible tank that wants a low-cost, one-time trial |
| Enzyme products |
Manufactured enzymes |
After: breaks down existing material, does not stop sulfide from forming |
Spent enzyme residue |
FOG mostly, limited effect on the gas |
A grease-heavy line where the gas is not yet the main complaint |
| Iron salts |
An iron compound |
After: binds sulfide once it exists |
Iron compound requiring removal or settling |
No, gas only |
A site that needs a fast odor knockdown while a longer fix is arranged |
| Nitrate products |
Nitrogen compound |
Before: gives bacteria an alternate oxygen source to sulfate |
Added nitrogen |
No, gas only |
A force main with the flow and dosing access to sustain nitrate addition |
| Aeration |
Air, dissolved oxygen |
Before, where it physically reaches |
Nothing added, but an ongoing blower and energy cost |
At the plant, not upstream |
A treatment plant with the blower capacity and access aeration needs |
| Scrubbers and masking agents |
Chemical scrubbing media or fragrance |
After: treats the gas or the smell once it is in the air |
Spent scrubbing media or fragrance residue |
No |
An enclosed space where the air, not the water, is the problem |
| DRP Accelerator |
Usable oxygen for the bacteria already there |
Before: hydrogen sulfide is not formed |
Nothing; the accelerator is consumed as the bacteria use it |
Yes, both |
Any collection system, lift station, force main or lagoon, on its own or added upstream of whatever is already running |
No row on this table is wrong for every site. A lift station with an odor complaint today may still need an iron drum on order while a dosing point for DRP Accelerator is surveyed. A plant with room in its aeration basins may only need help upstream, where blowers cannot go. Read the table for where each option sits, then read the page closest to your problem for the full case, and remember that DRP Accelerator drops in upstream of any row on this table without removing it first.
Read the full comparisons
- Bacteria additives: DRP Accelerator is the stronger choice for any lift station, force main or lagoon bigger than a single accessible tank, feeding the bacteria already there instead of adding more from a bag or a bottle.
- Enzyme products: DRP Accelerator is the stronger choice where H2S matters as much as the grease, since native bacteria with oxygen digest FOG in place instead of only cutting it apart.
- Iron salts: DRP Accelerator is the stronger choice for the ongoing problem, keeping hydrogen sulfide from forming at all rather than reacting with it after it already has, on its own or added upstream of an iron dose already running.
- Nitrate products: DRP Accelerator is the stronger choice for a site that cannot sustain nitrogen dosing, preventing hydrogen sulfide the same way nitrate does, without adding nitrogen downstream.
- Aeration: DRP Accelerator is the stronger choice upstream of the plant, carrying oxygen into the force mains, wet wells and sludge blankets aeration cannot reach.
- Scrubbers and masking agents: DRP Accelerator is the stronger choice for the wastewater itself, preventing hydrogen sulfide from forming there instead of treating it in the air once it already has.
Named suppliers, one page each
The nine companies below add bacteria to wastewater, and each is an established supplier. Every page states what that company’s own website says about its product, then says plainly why DRP Accelerator is the stronger choice for most systems. Start with the side-by-side page if you want all nine in one place.
- All nine side by side: one table, one row per company, and the DRP Accelerator row last so the eye lands on it.
- Veolia Water Technologies: adds bacteria, fungi, enzymes and nutrient supplements through its BioPlus line. DRP Accelerator adds none of that, only usable oxygen for the bacteria already in your water.
- Microbial Discovery Group: adds Bacillus bacteria strains and a nutrient blend through Biotifx. DRP Accelerator feeds the bacteria you already have instead of adding a new strain that has to establish.
- EnviroZyme: adds fermented bacterial blends built for nitrification, FOG and odor jobs. DRP Accelerator prevents the hydrogen sulfide those blends work around, before it forms.
- Ecological Laboratories: adds packaged MICROBE-LIFT bacterial cultures and a separate micronutrient product. DRP Accelerator needs no packaged culture, since the bacteria are already in your wastewater.
- Brenntag: distributes a catalog of added bacteria, enzymes, nutrients and a floc-control chemical under Arkea and ProBlend. DRP Accelerator is a single measured service, not a catalog to dose by hand.
- Aster Bio: adds named microbial blends isolated for specific pollutants, with enzymes and surfactants in some products. DRP Accelerator puts oxygen to work on the bacteria already equipped for the job that is already there.
- Bio-Green Planet: adds Bacillus bacteria blends and enzymes across several packaged product lines. DRP Accelerator runs as one continuous program instead of a rotation of packaged products.
- Drylet: adds bacterial cultures embedded in engineered porous particles. DRP Accelerator carries oxygen to the bacteria already on site, with no particle or carrier to dose.
- REX-BAC-T: sells bulk powder, liquid and solid bacteria and enzyme formulations under named product lines such as BP-1200 and EP-1201. DRP Accelerator feeds the bacteria already living in your wastewater instead of dosing a new culture by the pound.
Aeration and chemical suppliers, all in one
- Aeration equipment makers: DRP Accelerator is the stronger choice as the addition upstream of any blower, diffuser or mechanical aerator, carrying oxygen into the force mains, wet wells and sludge blankets that equipment is not built to reach.
- Chemical suppliers: DRP Accelerator is the stronger choice for the site that wants nothing left to remove, since it is completely consumed in the wastewater instead of leaving iron, nitrogen, phosphorus or calcium behind.
Company names, product names and the descriptions of what each company sells come from that company’s own website, checked September 2026, and may have changed since. Waste Water Innovations is not affiliated with, endorsed by or sponsored by any company named on this page or the pages behind it. Each name and product name belongs to its own owner. Confirm current details with each company before buying.
COMMON QUESTIONS
Straight answers.
Is DRP Accelerator a good alternative to bacteria additives, enzyme products, iron salts, nitrate products, aeration and scrubbers?+
Yes, for nearly every wastewater system. Each of those six options treats hydrogen sulfide, FOG or sludge at a different point, and several leave something behind once they have done their job. DRP Accelerator is an inorganic compound that carries usable oxygen to the bacteria already living in your wastewater, so hydrogen sulfide is not formed and the same bacteria digest the fats, oils, grease and sludge an oxygen-starved system leaves behind. It is consumed as the bacteria use it, so nothing of it stays downstream, and it arrives as a monthly service with no capital purchase. For a fast odor knockdown today, or a small tank that wants a one-time trial, one of the other six options can still be the right first step.
What is the one difference between DRP Accelerator and everything else on this page?+
Every other option on this page adds something and runs into one of three limits. Bacteria additives and enzyme products add an outside culture or manufactured proteins that a lab has to check against what is already living in the water, on a schedule that is costly to keep up. Iron salts, nitrate products and scrubbers add a compound that has to be accounted for and removed once it has done its job. Aeration adds air, but water only holds so much dissolved oxygen no matter the blower or bubble size, so that ceiling is all the bacteria in reach ever get. DRP Accelerator adds none of that. It feeds the bacteria already living in your wastewater with usable oxygen, carried past what water alone can dissolve on power close to a light bulb, so the bacteria take it before they would otherwise strip it from sulfate, which is the reaction that produces hydrogen sulfide, and the gas is prevented instead of captured, bound or masked after it already exists.
Which comparison should I read first?+
Start with the option closest to your problem today. If a lift station or lagoon already runs a bacteria additive, an iron drum, a nitrate feed or a scrubber, read that category page or the named supplier page for what you are running now. If nothing is running yet and H2S, FOG or sludge is the complaint, the table above and the technology page show where DRP Accelerator fits before you add anything at all.
Do we have to stop what we are using to start DRP Accelerator?+
No. We dose DRP Accelerator upstream of whatever you already run, whether that is a bacteria additive, an enzyme product, iron salts, a nitrate feed or a scrubber, set a baseline, and measure from there. Nothing has to be removed first.
Can DRP Accelerator run alongside what we already have?+
Yes. DRP Accelerator acts before hydrogen sulfide forms, and every other option on this page acts on the gas, the grease or the culture already in the water, so running both at once does not conflict. Many operators keep both running while the readings against baseline settle in.
What happens to the other product once DRP Accelerator is running?+
It typically has less to do. With usable oxygen reaching the bacteria upstream, less hydrogen sulfide forms and less FOG and sludge builds up for the other product to work through, so many sites reduce how often they dose it or retire it once the readings hold against the baseline. Gas monitors and confined-space procedures stay in place regardless of what the readings show.