10 Things to Look for When Purchasing Biostimulants

According to the European Commission, biostimulants are a “substance or micro-organism whose function when applied to plants or the rhizosphere is to stimulate natural processes to enhance/benefit nutrient uptake, nutrient efficiency, tolerance to abiotic stress, and crop quality.

The reason I need to start an article on biostimulants with a dry definition is because they do not belong to one specific category or thing and can be derived from a range of sources, including;

 Extracts  Microbials  Chemicals
 Plant  Fungi  Phosphites
 Algal  Bacteria  Silicates
 Fungal  Microscopic animals (e.g. nematodes)  Synthetic organic chemicals
 Mineral  Protists
 Animal

However, despite coming from a wide range of sources, there are certain key features to look for when choosing a biostimulant product to distribute or apply to your crops.

Specific Modes of Action (MoA)

The product you choose needs to solve a real problem for your customers. Too many times you will see marketing material for biostimulants where the only discernible MoA is “increases plant growth”. That is not good enough nowadays. The more detail the better, and even better if this can be linked to scientific literature or studies to back the claims up. Below I have grouped together some extremely broad areas of biostimulant actions for products already on the market. However, you should demand far more information than a simple sentence or two on the subject of mode of action. At the same time, beware of “panacea” products that claim to have every MoA under the sun.

Biostimulants-Chart

Unique Selling Points

Avoid generic products already well-established in the market or be prepared for a tough sell. That is unless you have obtained an especially generous deal with your supplier that will allow you to undercut your competitors.

Quantifiable Active Ingredients

For some biostimulant products the active ingredient may be accounted for down to the specific chemical compound, while for others it may simply state that it “contains plant extracts”. So you will need to determine how much information you require.

The supplier may be unwilling to divulge active ingredients. I believe that this reticence usually stems from four reasons:

  1. They want to protect their intellectual property. This is understandable, but it can make products look like magic potions that just need “trusting”.
  2. They think it will add to the product’s kudos; whereby they replace “contains seaweed extract” with something like “PHYCCOTRONICS INSIDE” because it sounds fancier.
  3. They aren’t the primary manufacturer and so want to hide that fact from the customer (who might go direct to the real manufacturer).
  4. They do not have the legal right to sell the product under their own name from the original supplier.
Biostimulant-lab-samples
Regardless of whether the active ingredient and their concentrations are revealed, it is always advisable to analyze microbial biostimluant samples yourself for their composition, rather than rely on data from the supplier.

Regardless of whether the active ingredient and their concentrations are revealed, I believe it is always advisable to analyze samples yourself for their composition, rather than rely on data from the supplier. While you might not have a fully equipped laboratory on hand, there are plenty of analytical laboratories offering their services for modest fees. This was not always the case, especially when it came to determining the species and concentration of microbial products. However, the price of these analyses has dropped dramatically in the last few years (going from tens of thousands of pounds to a few hundred at most).

I would also advise you not to tell a laboratory what you expect them to find. I have seen reports on a microbial biostimulant where the customer has informed the lab of the species and concentrations they expected, and low and behold, the lab found all the species (no more, no less) at the exact concentrations stated. I always use anonymous codes for samples when commissioning external analysis, and through this technique have come to trust specific laboratories for the analysis of fertilizer and biostimulants.

Of course, you could choose to distribute a biostimulant with no clear active ingredient based on impressive trial results and marketing material, but who will buy it? I know that in the UK, farmers now critique all their inputs due to the supply chain audits required to satisfy supermarkets. Would they risk putting a product on their crop if they did not know what was in it?

Lack of “Unwanteds”

Will sodium levels, heavy metals, allergens, or microbial contaminants be an issue for your intended use? For some customers, color or odor may even be the critical issue.

Allergens could feasibly be an issue when working with by-products from the seafood and nut processing industries, while microbial contaminants could occur in both extract and microbial products if preserved and stabilized incorrectly. It is therefore advisable to send samples to a third-party lab to confirm the levels of any compounds/microorganisms that you may be concerned about.

You may also want to check that the biostimulant has not been “spiked”. By this I mean adding plant nutrients to ensure that the crops respond in an obviously positive way. Yes, applying a biostimulant with 3% nitrogen will stimulate vegetative growth, but is it the biostimulants or the fertilizer producing this effect? Spiking may be fine for you if the fertilizer component is disclosed, but don’t be sold a “pig in a poke”. In all cases, you will want to avoid buying any product combined with a pesticide which may be effective, but is going to run afoul of many regulations and laws.

Formulations That Work for You

This could be clearly a topic in its own right, but to summarize, you will need to check that the product is:

  • Tank mix compatible with any agrochemicals and biologicals that will regularly be co-applied.
  • Fully soluble/miscible, or if an emulsion/suspension that it doesn’t block filters.
  • The correct concentration: too high and users struggle to handle it accurately and too weak and you end up selling mostly water.
  • Contains the correct adjuvants to maximize action (i.e., surfactants, wetters, anti-foaming agents).
  • Preserved in a way that maximizes shelf life, that doesn’t impact the product’s performance, that is organically certifiable (if an issue), and is safe for the user.

Reliable Independent Trial Results

This is one of the trickiest features of biostimulants to try and navigate. It essentially comes down to “do you trust the authors of the trial reports?” Field trials conducted by the company selling the product (or farmers receiving the product free of charge) are fine as an indicator of how to use the product, but don’t hold much rigour. Conversely, if the trial was run by an organization or institute you know to be of the highest integrity and with no declared financial interest then this is clearly an extremely valuable tool for evaluating a product. Often the best trials are conducted by industry bodies, and are what I term “beauty pageants” comparing a range of products from different suppliers.

Then there is the question of how much information do you require to satisfy yourself that the product works? Do you need a simple statement on increase in yield? Would the picture below suffice? Or do you want to see a thorough report written by a scientist who has conducted multiple trials over several years? In reality, you often want enough information to convince you to go to the effort of trialing the product yourself.

Biostimulant-trials
Distributors analyzing products themselves is not just good due diligence, it also allows your team to become experts on the product.

For early adopters of technology, trial data may not be available yet. Therefore analyzing the product yourself may be essential, and get you a lead on other potential users. Such “co-development” can also be used as leverage in negotiations on exclusivity. Collaboration on trials is now essential when developing distribution agreements with new biostimulant technologies especially if the manufacturer is a start-up. Distributors using out-dated pesticide development strategies whereby they do not consider products without there being several years of trial data will find themselves at the back of the queue for new products when this data is finally available in the public domain. This is even more essential when looking to distribute new technologies into niche crops or in overseas markets (to the manufacturer) where you could otherwise be waiting a long time for data to be generated.

Distributors analyzing products themselves is not just good due diligence, it also allows your team to become experts on the product. Potentially you will reach the point where you know more about the product than the manufacturer. In fact, the producer may not even know the exact details of what is in their natural extract, or how it works, therefore you could access key markets they cannot. Obtaining this information yourself also ensures that the producer cannot transfer this intellectual property over to other distributors who may be your competitors.

Primary Manufacturers

As with sourcing any raw material, it is usually best to identify the primary manufacturer. If not, you could be paying far too high a price. However, this might not always be possible, due to exclusive distribution agreements already in place. It might also be better to use a trader when you want limited quantities, or they are offering generous credit terms or additional services. If this is the case, it should still be possible for you to be informed who is the original manufacturer. Therefore, be skeptical of companies claiming to be primary producers if site visits are off the table and/or the supplier is based at an office or residential address where the product could not feasibly be manufactured. At Plater Bio, for example, we always extend an open invitation to all distributors to tours of our site to observe their products being manufactured and discuss the products with our technical team.

Strategic Partnerships

Seek suppliers who will support your business by innovating and testing their products and telling you first about their findings. You should also find a supplier who will minimize competitors challenging your business with the same product. The obvious way to do this is to seek exclusivity agreements or rebate schemes to create barriers to entry for new competitors.

You should always try and avoid working with manufacturers who are, or would be willing, to sell direct to your customers. The world of biostimulants is fast evolving so you need to ensure you do not get suddenly cut out of your key markets.

Products That are Not Overly Burdened by Regulatory Restrictions in Your Country

Products containing animal by-products can face additional regulations or even be banned in certain countries. So it is best to check the lay of the land before entering new countries with such products.

In some countries, products may have to meet minimum standards for the active ingredient concentration to achieve a registration. This is especially the case in Spain and many South American countries.

If organic certification is an issue for a significant proportion of your customers, ensure that any certification is valid in your country. There is no guarantee that an organically certified product from one country will meet the registration requirements for your intended country as these rules vary markedly between different countries. If you will be processing the organic certification application yourself, seek assurances from the supplier that the formulation is organically certifiable per the regulations in your country. This is especially important for preservatives used in natural extracts or to stabilize microorganisms.

Compliant Safety Documents

Substances and mixtures must now be classified, packaged, and labelled (CLP) in compliance with the UN Globally Harmonized System (GHS) as enacted by the CLP Regulations within the EU.

Compliant Safety Data Sheets need to be produced and supplied to the downstream customer at or before the first order is received and again in case of significant revision. Despite being globally harmonized, some variations in requirements exist between the different global trading blocks, so be aware of this when importing biostimulants. The (supply and transport) hazard labels attached to the product container and to the outermost layer of packaging need to comply with current and relevant legislation.

Not only are GHS and CLP legal requirements, but the compliance of a supplier also gives you confidence that you aren’t working with “cowboys”. A supplier cannot refuse to supply a SDS to a downstream customer, so be wary if they try.

To summarize, all of the above information is required before launching a biostimulant product. It is not required simply to satisfy the curiosity of your technical team, but rather represents the absolute fundamental “must haves” in order to build a comprehensive business case because…

  • Without solid details on mode of action, active ingredients, trial data, and identifiable USP, how do you market the product or determine if there is a need for the product?
  • Without knowledge of the “unwanteds”, key formulation issues, and safety documents, how do you assure quality to your customers and tell them how to use the product?
  • Without trial results showing ROI, agreement on exclusivity, knowledge of manufacturer operations, and the regulatory burden, how do you even start to build a compelling financial case for launching a product.

Finally, if you have a concerns or questions about any of the issues in this article, please get in contact and I will be happy to advise or clarify further.

Leave a Reply

3 comments on “10 Things to Look for When Purchasing Biostimulants

  1. What is represented In the (otherwise excellent) diagramm “Mode of Action” should rather be called “Expected effects”.
    The term mode of action should be reserved for the biological explanation of how the product interacts with the plant. In many biostimulant cases this is rather difficult to do, which points to, sometimes, alleged effects without proven mode of action. For example, mere additional nutrition may then be called stimulation.

  2. Other point:
    Resistance to biotic stress will be understood as “plant protection” or “phytosanitary product” by regulation authorities.
    Then, pesticide regulation will apply which entails full compliance with a rather tedious and expensive registration dossier (the target being a foreign organism, and not the plant itself).

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