Blue Biofuels: A Profitable Trade Type With A Focal point On Long term Environmental Mega-Traits


Kemter/E+ by way of Getty Photographs

The Projected Marketplace Measurement & Alternative for Bioplastics

Again on Sept. 11, 2021, we wrote a piece of writing for our Google weblog which spoke about how we felt that Blue Biofuels (OTCQB:BIOF) buyers neglected one thing essential, that we believed to be of serious importance.

Our bullish standpoint in this corporate emanates now not handiest from the alternatives that lie forward for BIOF within the box of biofuels, but in addition within the thrilling space of bioplastics.

The worldwide Bioplastics marketplace is anticipated to sign in an important CAGR 26.03% all through the forecast length 2022-2028. In line with Marketplace expansion studies newest analysis Bioplastics Trade Technology optimization levels are answers which ship a company the power to grasp the requirement of each particular person buyer and recommendation the most efficient conceivable enjoy for them throughout all contact issues.

The worldwide Bioplastics marketplace was once estimated at 3,123.24 kilo lots in 2022, and is anticipated to sign in an estimated CAGR of 26.03%, all through the forecast length (2022 – 2028). One of the crucial main drivers for the expanding call for on this marketplace is the expanding environmental issues, globally, and governments of the advanced and growing countries encouraging surroundings pleasant merchandise.

Supply: Marketplace Watch

Screenshot of CAGR For Bioplastics Market 2022-2028

CAGR For International Bioplastics Marketplace 2022-2028 (Marketplace Watch)

That weblog article occupied with two essential trends that have been going down at Blue Biofuels, Inc., which have been therefore communicated to shareholders, by means of the corporate, thru two separate press releases:

Blue Biofuels Hires Professional in Plastics and Polymers to Boost up the Construction of Biodegradable Bioplastics and Nanocellulose Merchandise

Blue Biofuels Recordsdata Two New Patents at the Manufacturing of Lignin and Nanocellulose from its CTS Generation

One filed patent relates to the manufacturing of lignin from the CTS procedure; the second one filed patent relates to the manufacturing of nanocellulose from the CTS procedure.

Those are predominant trends as a result of our no-sulfur lignin can be utilized for the manufacturing of bio-originated and biodegradable plastics in addition to in ion-exchange resins. Additional, the Corporate believes each lignin and nano-cellulose have the opportunity of turning into very excessive cost co-products of our procedure. The Corporate is operating on keeping apart and purifying those merchandise for long term sale. The worldwide nanocellulose marketplace is anticipated to exceed $1 billion by means of 2027, in keeping with

Supply: Blue Biofuels CEO Ben Slager

This about sums up the reaction from buyers.

Screenshot From The Guardian Website

Traders Yawn at Necessary Blue Biofuels Information (The Parent)

Whilst we sounded a warning call, many buyers selected to forget about it and as an alternative selected to hit the snooze button.

Plastic Waste & The Environmental Have an effect on

Our preliminary dialogue of the bioplastics alternative gave the impression in our Looking for Alpha article: Blue Biofuels: Our Absolute Absolute best And Quantity One Micro-cap Thought For 2021.

In that article, we laid out the chance in bioplastics, for the corporate, within the phase titled Biofuels & Bioplastics – Marketplace Measurement And Alternatives.

We extremely suggest buyers take any other take a look at that article. It supplies a very good evaluation of Blue Biofuels and why we expect that this corporate may well be one of the crucial greatest micro-cap sleepers in as of late’s marketplace.

A few of you might have noticed the tv advertisement for the KIA Sportage, named The Beachcomber, which includes a younger guy riding alongside a abandoned seaside collecting plastic bottles and different plastic waste that experience washed ashore in order that sea turtles can nest and start laying their eggs.

There are blended emotions about this advertisement, with all sides debating on YouTube, the place the advertisement has been seen over 17.2 million instances.

It doesn’t matter what facet of the problem you fall on, there is not any doubt that the have an effect on of plastic pollution to the surroundings is actual.

There are billions of non-biodegradable plastic water bottles which were used and discarded by means of folks, through the years. The issue is that a lot of them finish up in landfills and waterways the place they invent an ugly and unsightly environmental eye sore. Many of those plastics are recycled for use once more to make new boxes and different plastic pieces.

With the appearance of latest applied sciences, there at the moment are plastics being produced which are biodegradable, which means that through the years they’ll merely breakdown and transform an harmless a part of the surroundings.

How lengthy it takes to biodegrade will depend on the fabrics used to supply the plastic. The graphic beneath displays the timetable for degradation of more than a few kinds of plastics.

Infographic showing how long various types of plastic persist in the environment

Time Desk For Biodegradation of Quite a lot of Plastics (College of Florida)

Vital development has been made in growing biodegradable plastics, essentially from renewable herbal sources, to supply biodegradable fabrics with equivalent capability to oil-based polymers. Regulation [3] estimated that 8.3 billion lots of plastic were produced international from the Fifties to 2015. On the other hand, handiest 21% of this quantity has been recycled or incinerated, whilst the remaining (79% or) is gathered in landfills or setting. Maximum conventionally used plastics aren’t biodegradable; thus, it stays within the surroundings for years. Even if plastic fabrics bodily damage or tire into smaller debris in landfills or marine environments, they input into meals chains or animal our bodies, inflicting more than a few illnesses [[4], [5], [6]]. With acceleration within the manufacturing, intake, and disposal of plastic-based fabrics international, the long run for our planet seems bleak. This phenomenon puts an awesome burden on Earth as a result of the buildup of non-renewable herbal resource-based plastics within the biosphere, impacting people, flora and fauna, and their herbal environments [7,8].

The cleaner generation means the usage of biodegradable sources has been aggressively inspired to keep watch over international air pollution [9]. Therefore, a lot of analysis has been performed to increase herbal possible choices, with more secure, cleaner, and biodegradable, renewable sources as precursor subject material as an alternative of petroleum [10,11]. Cleaner manufacturing applied sciences the usage of secure, sustainable and herbal sources assist scale back the opposed have an effect on on this planet, water and air by means of processes and merchandise of standard production industries. Herbal possible choices equivalent to starch, cellulose, crops proteins, polylactic acid (PLA), polyhydroxy butyrate (PHB), and bio-based polyamide all possess distinctive benefits which might be used in other programs [12,13]. Biopolymer founded fabrics were broadly evaluated and utilized in many programs [14,15]. Nonetheless, their commercialization has been limited because of the deficient houses, but they wish to be advanced to achieve or exceed the petroleum-based ones. The deficient mechanical power and water barrier houses, for example, have at all times been a problem related to bioplastics and herbal packaging fabrics [16,17]. On the other hand, using reinforcement subject material/s has been proposed to triumph over this problem. Other natural fillers, which might be hydrophobic or hydrophilic reinforcement fabrics, were used to strengthen the houses of biopolymers for commercial programs [[18], [19], [20]]. Lignocellulosic biomass is the principle supply for natural fillers, principally cellulose, hemicellulose and lignin [21].

Lignin is the second one maximum plentiful bioorganic polymer on earth after cellulose [22]. Lignin isn’t naturally to be had in its remoted shape, however it’s bodily blended with cellulose and hemicellulose. Recently, lignin is being broadly used as a reinforcement subject material for biopolymer composite manufacturing [23]. It’s an abundantly to be had, sustainable, and affordable polymeric subject material that complements polymer composites’ power. Lignin polymer is a derivative to be had in relatively massive quantities, which means that the valorisation of lignin in composite fabrics for any high-value utility may just lead to massive financial positive factors. It’s been utilized in more than a few sectors as a major element or additive for the manufacturing of latest cutting edge bioplastics merchandise for various programs [24]. The valorisation of lignin as a reinforcement subject material in biopolymers is a relatively new and rising analysis box. Intensive levels of polymers bolstered with lignin were categorised and investigated. As displayed in Fig. 1, the selection of research on lignin will increase with a emerging selection of clinical articles printed on lignin-based polymers. The expanding selection of researches is motivated by means of the will to triumph over the entire obstacles and demanding situations related to biopolymers composites. This has resulted within the manufacturing of biopolymers bolstered with more than a few kinds of lignin for novel biocomposite programs.

Supply: Magazine of Fabrics Analysis and Generation Quantity 15, November–December 2021, Pages 2287-2316

The call for for sustainable purposeful fabrics with an eco-friendly preparation procedure is on the upward thrust. Lignocellulosics has been attributed as essentially the most sustainable bioresource on earth which is able to meet the stringent necessities of functionalization. On the other hand, cellulose nanomaterials got from lignocellulosics which has reached complex levels as a sustainable purposeful subject material is challenged by means of its preparation procedures. Those procedures can’t highest be described as sustainable and eco-friendly proudly owning to a variety of power and chemical compounds spent within the pre-treatment and purification processes. Those processes are meant to help fractionation into the most important elements to be able to take away lignin and hemicellulose for the manufacturing of cellulose nanomaterials. This paintings is thus focused on reviewing the development accomplished in introducing a brand new cellulose nanomaterial containing lignin. The preparation processes, houses and programs of this new lignin-containing cellulose nanomaterial will likely be mentioned to be able to chart a sustainable preparation path for cellulose nanomaterials.

Over the last a long time, cellulose nanomaterials were established as supply subject material for more than a few programs (Salas et al., 2014; Peng et al., 2016; Sabo et al., 2016; Stark, 2016; Mondal, 2017; Wang et al., 2018). The level of its utility is just too a lot of that more than a few new probabilities are frequently being came upon by means of scientists. That is occasioned by means of its plentiful hydroxyl teams which are readily to be had for floor changes. Moreover, the continual call for for sustainable purposeful fabrics and the expanding environmental demanding situations posed by means of petroleum founded merchandise additionally give a contribution to the repeatedly expanding analysis on cellulose nanomaterials. They’re mainly categorised as cellulose nanofibers (CNFs) and cellulose nanocrystals (CNCs) and are predominately sourced from plant fibres (each wooden and non-wood elements) thru more than a few chemical and mechanical processes.

On the other hand, the manufacturing of those nanomaterials is being challenged by means of a number of components which proceed restricting its speedy industrialization to its complete potentials. Those demanding situations involving price of power and chemical compounds and environmental issues of those chemical compounds for the pre-treatment procedure are these days being investigated by means of researchers. Those issues have given upward thrust to a brand new class of nanocellulose fabrics which might be the lignin-containing cellulose nanofibers (LCNFs) and nanocrystals (LCNCs).

Scrreenshot of BIOF Corporate Presentation

More than one Earnings Resources from Via-Merchandise Generated by means of CTS 2.0 (Blue Biofuels Company Presentation)

In contrast to lignin made from different trade competition, which use different strategies of extraction, Blue Biofuel’s sulfur-free lignin stays natural and unmodified, since there are not any caustic chemical compounds, pricey enzymes or excessive temperatures used within the CTS 2.0 procedure.

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This turns into a phenomenal merit to possible long term consumers who acquire this virgin lignin to make use of within the meals and beverage similar pieces that they produce.

The merit for Blue Biofuels, Inc, is this lignin spinoff turns into any other predominant income for the corporate.

Now not One, Now not Two, However 3 Earnings Resources

Blue Biofuel’s revenues aren’t simply from promoting sugars to supply ethanol.

Our bullish thesis on BIOF is based on the truth that this corporate is within the distinctive place of getting a patented generation that may produce now not one, now not two, however 3 extremely prized assets of income.

The ones 3 assets of income are the sale of cellulosic sugars to supply jet gasoline and different predominant biofuels, the sale of lignin and nanocellulose to supply environmentally pleasant bioplastics, and the all-important FDA RIN credit that experience necessarily no price, leading to 100% benefit margins.

Take into accounts that for a minute.

Ethanol manufacturers generate 3 number one assets of income. The primary comes from the margins at the sale of sugars which are extracted from the processing of the feedstock. Every other comes from the D6 RIN credit for corn ethanol, not too long ago pegged at more or less $1.13 consistent with gallon. This compares to a RIN value of roughly $3.23 a gallon for D3, the EPA class for corn ethanol.

Chart of EPA RIN Prices

RIn Trades & Value Data (EPA)

Mountain Chart of D6 RIN Prices - Growth Energy Website

Mountain Chart of D6 RIN Costs 2016-2022 (Expansion Power)

Bar Chart of Yearly D6 RIN Prices 2015-2022 - Growth Energy Website

Bar Chart of Once a year D6 RIN Costs 2015-2022 (Expansion Power )

Mountain Chart of D3 RIN Prices 2016-2022 Growth Energy Website

Mountain Chart of D3 RIN Costs 2016-2022 (Expansion Power)

Bar Chart of Yearly D3 RIN Prices 2015-2022 Growth Energy Website

Bar Chart of Once a year D3 RIN Costs 2015-2022 (Expansion Power)

The overall income supply for corn-based ethanol manufacturers comes from the sale of DDGS (Distiller Dried Grains with Soluables). They’re a derivative of the method of changing corn into sugars for use in ethanol manufacturing.

Those grains are essentially use as fodder for cattle (particularly ruminants). Corn-based distillers grains from the ethanol trade are frequently bought as a excessive protein cattle feed that will increase potency and lowers the chance of subacute acidosis in pork livestock.

Supply: Wikipedia

It is not quite common to peer a industry that derives its revenues from 3 assets, however within the ethanol trade it is same old observe.

Necessary Variations Between Corn-Based totally & Cellulosic Ethanol

The most important variations between manufacturers of corn-based ethanol and cellulosic biomass ethanol are three-fold.

1. The price of generating a gallon of ethanol, which is essentially decided through which feedstocks are used within the sugar extraction procedure.

2. The price of the EPA (Environmental Coverage Company) RIN credit. On this case a D3 credit score for cellulosic ethanol and a D6 credit score for corn-based ethanol.

3. The sale of by-products which are outcome from the producing procedure.

Consider, for a minute, that you simply had a industry promoting widgets. There’s a price in your corporate to construct the ones widgets, and a value at which you promote them in your consumers. The variation represents your gross benefit margin.

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You could have prices related to making each and every widget, which come with such things as the price of purchasing the uncooked fabrics used.

Now, what if america Govt instructed you, that in case you have been to construct your widgets out of a specific subject material (let’s name it “Subject matter A”), they might pay you a financial incentive of $1.13 for each and every widget that your corporate manufactures.

This $1.13 would complement your earnings by means of $1.13 consistent with widget. Since there are not any prices in your corporate in anyway, all of the $1.13 that you’d obtain from the U.S. Govt is yours to stay.

Let’s assume, that you simply promote your widgets to consumers at a value of $3.00 each and every. You could have prices, all-in, to supply the ones widgets of $1.50, thus giving you a benefit margin of 100% on each and every widget that you’ll be able to promote.

On the other hand, there could also be the extra quantity that you simply obtain from the federal government; on this case $1.13.

Since there are not any prices incurred, for your phase, to acquire this extra quantity, you’re going to upload it to the $1.50 benefit that you’ve got constructed from the sale of each and every widget.

Taking the $3.00 sale value of each and every widget and including the $1.13 credit score from the federal government supplies a complete of $4.13 in income, as opposed to the prior $3.00.

Subtracting the associated fee to supply each and every widget of $1.50, will give you a internet benefit of $2.63 consistent with widget. In different phrases your internet margins have simply long gone from 100% to 175%, by means of distinctive feature of the U.S. Govt credit score.

Whilst that undoubtedly sounds excellent, the following state of affairs sounds even higher.

The U.S. Govt gives you a good better credit score, of $3.23 consistent with widget, in case you use a special subject material (we will name this one Subject matter “B”) to fabricate your widgets.

On this state of affairs, your internet benefit margin would quantity to 315% as an alternative of 175%.

It’s calculated this manner: If we take $3.00, the sale value of a widget and upload to that the $3.23 won from the federal government we come to a complete of $6.23 in revenues. Then taking the $6.23 in general revenues, and subtracting the $1.50 internet price to supply a widget, offers us a internet benefit of $4.73 for each and every widget.

We then divide the $4.73 in internet benefit, by means of the $1.50 price of each and every widget to get a hold of a benefit margin of 315%.

Now, we get to the $64,000 query:

Why would you employ Subject matter “A” to supply your widgets, at a benefit margin of 175%, as an alternative of the usage of Subject matter “B”, thereby expanding your total benefit margins from 175% to 315%. The solution is modest: You most likely would not.

Within the above instance, Subject matter “A” is box corn, whilst Subject matter “B” is cellulosic biomass.

The one explanation why you might select to make use of Subject matter “A” over Subject matter “B”, is as a result of you haven’t discovered a technique to successfully and successfully use Subject matter “B” as a part of your production procedure.

That is the place the biofuel trade unearths itself as of late. Maximum ethanol manufacturers use box corn as opposed to cellulosic biomass, as a result of up till now, no person has discovered an economically viable technique to “crack the code”, in an effort to discuss, because it relates to the calcitrant houses of cellulose.

Primary Demanding situations That Blue Biofuels Has Conquer

The main demanding situations, up to now, related to the usage of cellulosic biomass to create sugars for fermentation into ethanol are well known. In maximum earlier cellulosic conversion applied sciences, using caustic chemical compounds or dear enzymes have been required.

This provides considerably, now not handiest to the price of the method, but in addition to the period of time for conversion to the general product; sugars.

Blue Biofuel’s patented CTS 2.0 conversion procedure calls for no pricey chemical compounds or enzymes for pre-treatment of the cellulosic biomass earlier than processing, to supply sugars for ethanol. Because of the potency of the CTS 2.0 procedure, it additionally takes little or no time to finish to technique of conversion and leads to a 99% conversion charge of the biomass subject material, which means that there’s little or no residual waste.

Advantages of CTS 2.0 vs. other conversion methods

Benefits of CTS 2.0 vs. different conversion strategies (Blue Biofuels)

The use of their patented, mechanical-chemical extraction means, known as CTS (Cellulose-to-Sugar) 2.0, Blue Biofuels has created a cheap and environment friendly means of manufacturing sugars from cellulosic biomass.

Blue Biofuels [has]advanced a brand new and advanced generation gadget that converts nearly any plant subject material — grasses, wooden, paper, farm waste, backyard waste, forestry merchandise, fruit casings, nut shells, and the cellulosic portion of municipal forged waste — into sugars and therefore into biofuels with out using enzymes or liquid acids. We name this the CTS procedure, the place CTS stands for Cellulose to Sugar. The cellulose is switched over into sugar and lignin. The sugar is additional switched over into bio-ethanol and different biofuels.

Blue Biofuels CTS procedure is a mechanical-chemical procedure that, in contrast to different cellulosic conversion processes, does now not use any dear and gradual changing enzymes within the conversion of cellulose into its elements of sugar and lignin. We use an overly affordable catalyst this is recycled.

CTS procedure is environmentally pleasant: 100% renewable, 100% recycled water, no poisonous chemical compounds, and a virtually 0 carbon footprint.

Blue Biofuels expects so as to produce cellulosic ethanol the usage of CTS procedure at a considerably cheaper price than another cellulosic procedure or even at a cheaper price than ethanol from corn because of the truth that our feedstock (both tall grasses or waste product) is far more cost effective than corn.

Supply: Blue Biofuels

Feedstock Prices Resolve Margins & Profitability

This ultimate paragraph brings up any other essential level, which is a big merit over conventional corn-based ethanol. Blue Biofuel’s patented CTS 2.0 generation makes use of an overly plentiful and affordable feedstock, which can also be harvested a couple of instances during the calendar 12 months.

Let’s use an instance for example.

What if the price of Subject matter “A” (cellulosic biomass) was once roughly 1/sixth the price of Subject matter “B” (box corn)?

Now, as an alternative of your uncooked subject material (feedstock) prices being $1.50, they might be roughly $0.25 cents.

This dramatically adjustments the benefit margin numbers above to mirror the cheaper price of cellulosic feedstocks as opposed to conventional corn-based feedstock.

Subject matter “A” (Box Corn) produces a internet benefit margin of 175%

Subject matter “B” (Cellulosic Biomass) produces a internet benefit margin of 315%

Adjusting for the adaptation in cellulosic feedstock prices to constitute 1/sixth the price of the usage of corn as a feedstock, leads to internet benefit margins of virtually 2,400%.

The 1/sixth differential is not only a random quantity.

Recently, the price of one ton of corn is roughly $275.00, whilst the price of a ton of king grass is between $35 and $55 a ton. The use of the imply value of $45 consistent with ton, king grass is more or less 1/sixth the price of box corn.

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A bushel of corn weighs more or less 56 kilos. There are 39.4 bushels of corn consistent with ton which produces roughly 2.85 gallons of ethanol consistent with corn bushel, or between 90 and 112.29 gallons of ethanol consistent with corn ton.

Evaluate that to using cellulosic biomass as a feedstock for generating ethanol, which is estimated to be between 172.5 and 206 gallons consistent with ton.

As anticipated, will increase within the conversion yield strengthen price metrics,” the Sandia/GM learn about states. “As some extent of reference, corn grain ethanol yields moderate roughly 90 gallons/ton. The theoretical biochemical yield from cellulose and hemicellulose is 172.5 gallons/dry ton, whilst the utmost yield from the thermochemical procedure is 206 gallons/dry ton. On the other hand, the sensible most yields for conversion processes the usage of cellulose are estimated to be 120 gallons/dry ton, because of losses from non-converted feedstock subject material and exterior power inputs. There are not any knowledge on production-scale cellulosic processes, as there are not any such processes in lifestyles, however the present estimates according to laboratory yields are within the vary of 63-72 gallons/dry ton (Hsu, 2008). Our reference case has an total moderate yield (2006-2030) of 95 gallons/dry ton and thus assumes vital technical advances through the years. Sensitivity research confirmed that the associated fee distinction between attaining a reasonable development of yield (75 gallons/dry ton) and attaining the utmost sensible yield corresponds to roughly a $0.20/gallon have an effect on on price of ethanol.

Supply: Ethanol Nowadays

The U.S. Govt Throws Its Weight In the back of Choice Power

Photo of the U.S. House Chambers

U.S. Area Chambers (Area Press Gallery)

Supply: Area Press Gallery

Simply this previous week, we noticed the passage of H.R. 7356, sometimes called the Inflation Relief Act. This was once milestone law for the “Inexperienced Power”, or selection power trade. Integrated within the invoice is monetary help for corporations which are generating the following technology of different power applied sciences, which will likely be used to slowly de-carbonize the ambience and the surroundings.

Integrated within the Inflation Relief Act are a number of key priorities for the biofuels trade:

  • 45Q tax credit for carbon oxide sequestration and usage prolonged thru 2032 with adjusted charges of $85/ton for sequestration and $60/ton for usage.
  • Blank Gasoline Manufacturing Credit score beginning in 2025 and expiring on the finish of 2027 for the manufacturing of low-carbon fuels.
  • 5 Years of Sustainable Aviation Gasoline (SAF) credit: A stand-alone credit score for SAF then as a part of the Blank Gasoline Manufacturing Credit score for 3 years.
  • $500 million for biofuels infrastructure during the finish of 2031.
  • Extension of Biomass-Based totally Diesel Blenders Credit score and the 2d-Technology Biofuels Manufacturer Credit score for 2 years.
  • $300 million grant program to extend home manufacturing and deployment of SAF and low-emission aviation applied sciences.

Supply: Expansion Power

This law is a game-changer for corporations which might be occupied with generating ethanol and SAF (Sustainable Aviation Gasoline).

We printed a piece of writing on Looking for Alpha, again on Would possibly 12, 2022, which indicated that Blue Biofuels was once inching nearer to the commercialization of its modern CTS 2.0 generation.

The present inflationary surroundings and its have an effect on on commodity costs will most likely reinforce the worth of the usage of cellulosic biomass as a substitute feedstock to corn.

Abstract & Conclusion

We imagine that Blue Biofuels is in a candy spot and an enviable place in the case of generating biofuels and Sustainable Aviation Gasoline. Our funding thesis for BIOF is based on a number of predominant components which might be at play, together with:

1. A low cost means of extracting sugars from cellulosic biomass, that removes the pricy enzymes and chemical compounds prior to now utilized in different strategies of sugar extraction.

2. A conversion charge of 99%, with very little residual waste.

3. An EPA D6 RIN credit score this is considerably upper than the D3 RIN credit score for corn-based ethanol.

4. A cellulosic feedstock this is more or less 1/sixth the price of conventional box corn, generating a lot upper margins and probably better earnings.

5. A window of access into the fast-growing bioplastics trade, by means of distinctive feature of getting a phenomenal lignin spinoff which is purer than different assets of lignin. This purity effects from getting rid of using enzymes and chemical compounds within the CTS 2.0 procedure.

6. A possible shift clear of conventional corn-based ethanol, on account of the inflationary have an effect on on commodity costs, together with wheat, soybeans, and corn.

7. The corporate is operating in collaboration with the USDA to reinforce the prospective yields from vegetation that will likely be used as biomass feedstock.

8. The truth that Blue Biofuels has produced a sequence of 4 prototypes, each and every with considerably upper output numbers than predecessor gadgets, displays that they have got been a success at optimizing each and every new technology of the CTS 2.0 reactor.

9. The corporate has employed an engineering company to lend a hand with the advance and next manufacturing of a commercial-scale reactor, which must be nearing finishing touch by means of overdue 2022 or early 2023.

10. The hot passage of H.R. 5376, which must transparent the way in which for grants, and different sorts of monetary help to help within the construction of latest selection power applied sciences.

We must additionally observe that on Would possibly 2d of this 12 months, the CEO, Ben Slager and CFO, Anthony Santelli each and every put $75,000 in a Personal Placement, which the corporate was once undertaking to boost a small quantity of running capital to proceed with the optimization of the prevailing prototype. We interpret that as a display of self belief within the development of the prototype construction and the consequences that have been accomplished.

Take note, that Blue Biofuels is a developmental degree corporate and can most likely wish to lift further capital against the finalization of the economic scale unit.

If you’re a micro-cap investor, you could need to believe including BIOF to the speculative portion of your fairness portfolio. We imagine that the corporate is terribly smartly situated in two long term mega-trends, biofuels and bioplastics.

If Blue Biofuels can succeed in the extent of good fortune of their strategic marketing strategy, to meaningfully take part in those two industries, the inventory may just see vital appreciation within the coming years.

On the other hand, along with vital rewards, there also are vital dangers.

We ask that you simply please learn the disclosures and disclaimers, that seem on the finish of each and every of our articles, for a greater working out of the original dangers of micro-cap making an investment.

Micro-cap shares elevate further dangers past the ones of upper categories of securities together with, however now not restricted to buying and selling outdoor of a indexed change, possible liquidity problems, coping with penny-stock regulations, loss of margin eligibility, a conceivable absence of transparency relating to BBBO quotes, a restricted selection of Marketplace Makers keen to offer intensity to the order e-book, possible problems relating to financing actions, insufficient capital to execute at the corporate’s marketing strategy, going worry caveats, and the prospective lack of ability to compete with higher firms because of restricted monetary and body of workers sources. Please make investments responsibly. We inspire folks to simply make investments what they are able to come up with the money for to lose, as much as a most of 100% in their funding.

We extremely suggest that you simply carry out your personal due diligence earlier than making an investment in any fairness safety and talk over with your personal monetary guide earlier than you make a decision.