KENYA Coffea Circulor Oxyco Afterlife Coffee Cherry Hyperfood Isolated Batian Coffee Cherry/ORAC-Centered CCX

Finished and shipped from Sweden with standard or express shipment worldwide. Learn more about production cut-offs and shipping here

 

An original, conscious and responsible research and circular production. Exclusively researched, grown, harvested, sorted, fermented, dried, transported, roasted and distributed by Coffea Circulor. Sustained by internal funding by utilizing our True Development Cost-initiative rendering a unique, fully accountable and complete production cycle. Transparency in all sub-production phases - as we originally envisioned it in early 2000s - an authentic reality.

“Our method primarily generates a consumable coffee cherry with a groundbreaking ORAC score of (426,242 ± 85,248) μmol Trolox equivalent/kg and subsequently a high-performing coffee grain.”

Ivica Cvetanovski
Founder, Coffea Circulor

ORAC 426,242 ± 85,248 μmol Trolox equivalent/kg

GENESIS

Producer	Coffea Circulor (Ivica Cvetanovski & Macho)
Country	Kenya
Region	Meru
Altitude	1,500 masl
Varietal	Isolated, Ruiru 11
Process	Coffee Cherry/ORAC-Centered, WX-base
ORAC	TBA
Trade	14.00 USD/kg (CEP)*. 55 USD/kg (TDC)**

* CEP - "Customer Expectancy Price".
Here illustrating a typical/"standard Kenyan trade offering" (green coffee) which usually translates to a 16 EUR retail (roasted) on the market in 2021.
** TDC - "True Development Cost".
Here illustrating accumulated costs for administration, communication, research, development, fermentation, drying, milling, logistics, internal/import/export/shipping/certificates.
No final production (lab analysis, production, distribution) is accounted for. 

SYNOPSIS

Coffee is boundless, timeless and touches people deeply all across different cultures and generations. We want to take you on a journey where you rediscover Kenya and a new approach to coffee production where the main product is not the coffee as a grain. 

The 2021 Kenya projects and production is based on projects and results in the past and present such as:

• Study of botanical varieties in Kenya with focus on rooting systems, physical support, water and heat retention, nutrients, oxygen and soil interaction.
• Panama Finca Deborah Geisha Natural (pre-Afterglow) competition lot 2016 focusing on controlled drying environments, coffee cherry (cascara) and grain aging.
• Uganda Kwoti (a.k.a “Mzungu Project”) from 2016 with support from the Norwegian Government focusing on elevation-based harvesting and kickstarting fermentations.
• Isolated cherry picking, reduced water based fermentation formulas and drying projects in Kenya.
• Drying and macerated fermentation projects at Altieri farms in Panama.

Introduction

We demonstrate an inverted production pipeline, inspired by current and emerging issues in the coffee production in Kenya, where we focus on the coffee cherry being the primary product. Traditional coffee production targets to develop the grain, shadowing the power of the coffee cherry. Our method primarily generates a consumable coffee cherry with a groundbreaking ORAC score of (426,242 ± 85,248) μmol Trolox equivalent/kg and subsequently a high-performing coffee grain. We validate our method by comparing to past years production and performance, grain longevity and customer experience.

Background

In 2005, Coffea Circulor founder Ivica Cvetanovski observed the combination of coffee varieties at Kenyan coffee processing stations. This unification of coffee varieties that make up “mixed lots” at washing stations in Kenya removes the notion of “single estate” and “single variety”. Varieties such as SL28, SL34, Ruiru 11, K7, etc. were “blended” without any particular notion taken to ratio. This is mainly due to small scale farmers / smallholder pick their cherries as a cash crop, delivery to the closest drop off point. Coffee cherries are often personally carried to a local coffee processing station. At the station, cherries are weighted and the producer receive a voucher based on the weight. The voucher can later be redeemed for cash, Mpasa (electronic cash) or other monetary funds. This method of a post-cherry delivery payment is well established in Kenya and also incentivizes the small scale producer to unfortunately not always pay attention the cherries to carry a certain quality. Coffee cherries rather convey a more important heft because it simply is the weight that pays at the nearest processing station. Additionally, no particular notion is put on which varieties are picked and delivered: “the end product is coffee regardless”.

Current status in Kenya

The notion of “single variety coffee” in Kenya has transformed to “Kenyan Heirloom”. Like its neighboring country Ethiopia, the term “heirloom” is a “collective” name for both identified and non-identified varieties. It is also a common practice to “mix” lots in Ethiopia, yet the “mix” occurs earlier in the chain of events - namely unconscious picking by the producers based on what coffee trees are present on their land. At times, some knowledge of specific plants on the producer own land is passed on by ancestors or in-depth botanic knowledge.

The Kenyan sorting mechanism of coffee as a grain is well established with its AA, AB, PB, etc. grades. However, there is no particular variety isolated approach or focus before reaching the sorting station and size-sorting. In addition, processing station workers are (mostly) instructed to quickly inspect cherries via visual cues, namely sort out possible greens and slight anomalies. Even if particular small scale producers harvest and bring a specific variety to stations, it is often “mixed” and not processed separately. This is also due to processing small scale or single lots are too small to be cared for. Another straight forward reason is that much more attention is needed for that particular lot to be processed separately. Attention means time and time is money. Namely, it has to be sorted, de-pulped, fermented in a dedicated water tank, dried in parchment on dedicated raised beds and milled separately. Each stage requires meticulous attention and responsibility, traceability and dedicated staff, individually. With the incentive to produce quantity before quality, this is where we are in 2021 and this is what has taken the center stage in our research and implementation.

Whilst there are some recordings of people in general noticing the sensory experience from Kenya “is not tasting as before”, the notion of “black currant” is absent, something that has carried the Kenyan signum, it is mainly as described the result and effect of underpaid coffee producers. With no incentive provided to produce high-quality coffee and focusing on quantity based on only picking cherries, cooperatively owned processing stations collect available coffee cherries and “mix them in one pot”. With no reference to ratios of the varieties being a key reason, there can be many more that go beyond our knowledge. Regardless, it is alarming and must be addressed from mainly two perspectives: quality coffee production requires attention and understanding from everybody - even end-consumers (both retail and wholesalers). Part of this is our developed Customer Expectancy Price (CEP) and True Development Cost (TDC).

Methodology

Coffea Circulor is transforming the classic Kenyan coffee harvesting, fermentation, drying and trade model which has traditionally been focused on wet fermentation and coffee acquisition of processing stations. Since 2006, we have actively been working in Kenya to establish an open trade platform anchored in a solid pricing model based on the perception of the quality of the coffee. Transparency in Trade, Pricing and Quality was born in Kenya with principles rooted in our past work in the United Nations Environment Programme/GRID.

In order to mitigate the current status and scenario in Kenya, it entails to re-engineer the traditionally fixed-function-pipeline and current coffee value chain from the ground up. In simple terms, we had to restructure the by inverting the Kenyan coffee production pipeline to fit a non-washed fermentation production. All is done from the ground up, “from scratch”, and it is not done overnight:

• Grow, prune and pick isolated varieties at specific Brix levels with dedicated training for helper staff.
• Build internal infrastructure such as dedicated fermentation areas, drying and planning for future milling facilities.
• Careful monitor the changing environment which has been recorded to be changing in the region.
• Implement daily routines for sampling and assessment of ongoing fermentation formulas.
• Calibrate milling parameters primarily on our baseline fermentation where the grain needs attention to resting time in the dried cherry before de-hulling. The hulling procedure needs particular attention based on the specific isolated varieties due to various bean structures and sizes.
• Organize Kenyan export and also Swedish import documentation with dedicated transport.
• Visual and sensory analysis after receiving the goods.
• Analyze the coffee cherry for ORAC values.
• In parallel, roast, analyze and optimize each variety with attention to fermentation formulas.

The study of tartaric acids

Our method focuses on studying the non-deterioration time for the coffee cherry. When exposed to various fermentation environments over time, we are targeting whole grain saturation with an optimal amount of exposure before the coffee cherry degradation commences. The nature of the tartaric acid and its relative slower paced microbial growth enables us to control timings, temperatures and fermentation environments by literally guiding the coffee cherry to inculcate into a wedlock. This union is enabled by a state of hypoxia - a state in which oxygen is not available in sufficient amounts meaning not full absence of oxygen - compared to what we know as anaerobic which targets a complete oxygen free fermentation environment. Additionally, we believe surrounding organisms contribute to the development and efficiency of the fermentation parameters.

Tartaric acid is one of the least antimicrobial of the organic acids known to inactivate fewer microorganisms. Tartaric acid suppresses microbial growth in comparison with most other organic acids (including acetic, ascorbic, benzoic, citric, formic, fumaric, lactic, levulinic, malic, and propionic acids) in the published scientific literature.

From a sensory perspective, tartaric acid has a stronger, sharper taste than citric acid. Although it is renowned for its natural occurrence in grapes, it also occurs in apples, cherries, papaya, peach, pear, pineapple, strawberries, mangos and citrus fruits. Tartaric acid is used preferentially in foods containing cranberries or grapes, notably wines, jellies and confectioneries. We have always targeted pronounced acidity in coffee with a focus on invigorating and vitalizing structure.

All components are equally important in our methodology and they are continuously monitored and mitigated for temperature anomalies, evaluated with samples taken and de-hulled daily, showcasing a very repetitive and meticulous advancement.

Fermentation

New coffee cherry focused fermentation formulas are developed by studying tartaric acids and the interaction with the cherry and grain during fermentation. 

Our method focuses on studying the non-deterioration time for the coffee cherry. When exposed to various fermentation environments over time, we are targeting whole grain saturation with an optimal amount of exposure before the coffee cherry degradation commences. The nature of the tartaric acid and its relative slower paced microbial growth enables us to control timings, temperatures and fermentation environments by literally guiding the coffee cherry to inculcate into a wedlock. This union is enabled by a state of hypoxia - a state in which oxygen is not available in sufficient amounts meaning not full absence of oxygen - compared to what we know as anaerobic which targets a complete oxygen free fermentation environment. Additionally, we believe surrounding organisms contribute to the development and efficiency of the fermentation parameters.

From here, the coffee is ready for a dedicated transport to Coffea Circulor's premises in Sweden with express service to ensure no aging of the coffee cherry is induced with slower paced shipping methods. This is extremely important when working with new fermentations to be able to evaluate the coffee when being genuinely fresh.

Results

In the past and present, significant research has been conducted on how the coffee cherry affects the grain. The entire ambition and implementation rests on an approach where we primarily focus our efforts on developing a highly nutritious coffee cherry as a final product and thinking about the coffee cherry as the primary objective rather than the coffee (grain) as the final product.

Our mission in 2021 was to additionally tackle the observed challenges spanning back more than a decade. in time and set clear goals that go with our visions. The term “coffee is a fruit” takes on a new meaning with our ambition to imbue the coffee with flavors and our previous recorded knowledge and study of nutrients of the coffee cherry. The result is something “for the people” and also “for the people of Kenya” where we show what is possible to achieve.

Key findings and executive summary from this years production:

• Implementation of a multiple variety isolation (MVI) strategy where several Kenyan varieties were explicitly picked and fermented separately, in particular SL28, Batian and Ruiru 11.
• Internal infrastructure (test, analysis and drying facility) has been built, knowledge and awareness has increased propelling Kenyan coffee production into new temporal interlude.
• Completely eliminated any use of water in our natural based fermentation formulas.
• Measuring the occurrence of defects pre- and post-harvest for each isolated variety and its effect on production.
• Residual products, mainly dried cherry (cascara) is both recycled in the upcoming seasonal production and upcycled in the current inline production, namely giving way for re-nurturing soil and producing new key products based on the coffee cherry.
• Reached out to neighboring coffee producers to enlighten and provide incentives to continue to grow and produce coffee based on our previous and current Kenyan operations and observations.
• Established a knowledge sharing programme with farmers in Nyeri to further upscale production and experiments.
• Implemented a Payments for Ecosystem Services (PES) model which extends our production areas to include additional coffee producers who pick and provide coffee cherries based on specific criteria.
• Employed several co-workers and established a new entity in Kenya, Coffea Circulor Kenya Ltd.
• Instituted self-sufficiency with internal financial funding, rendering staying true to our developed True Development Cost (TDC) pricing model. This model will and must be utilized and understood by parties entering the later part of the coffee value chain such as for example whole entities and end-customers. This will be rendering a CEP (Customer Expectancy Price) obsolete in comparison to ”other Kenyan offerings” on the market and the perception of how Kenyan coffee is priced to a final customer.
• Reduced the TDC with 50% from previous years offering due to efficiency and optimization across the project scope.

With the 2021 year production, by fully implementing our True Development Cost (TDC) versus Customer Expectancy Price (CEP) for the entire collection of proprietary developed coffees, this range of coffee is not able to be offered at an “expected price” that could be considered being “standard pricing” set by market actors for an origin.

Conclusions and future work

With Coffea Circulor proprietary produced coffees, people can experience them with the equal emotional power as when it was created and bend the human condition towards good. Our goal is to convey this experience which also contributes to the development of regions and cultures.

We at Coffea Circulor have decided to be understood as a brand that conveys emotional experiences in coffee products based on science, innovation, originality, socio-financial approaches, health, improvement of livelihoods, development, payment for ecosystem services and environmental care.

Additional work remains in various categories such as:

• Expanding production areas,
• Implementing more optimal sorting procedures,
• More help with administration and finances is needed,
• Reducing the TDC with the aim to bridge the gap to the CEP,
• Better understand how specific coffee cherry values affect the “quality” of the grain, not roasted and roasted,
• Climate/weather matters, except specific issues already recorded, will need more attention due to spontaneous fluctuations in the local weather affecting production facilities, and
• Additional analysis and conclusions to be drawn from the 2021 production. 

FERMENTATION MORPHEMES

As each picked coffee cherry is destined for specific fermentation formulas, we denote each lot carrying the same name with a morpheme. Below is a listing of most common fermentation practices. Please use this reference to better understand the differences between equally named coffees and their fermentation formulas. For example, read a suffix of "NASDX" such as Natural Anaerobic Slow Drying Fermentation".

AX	Anaerobic Fermentation
CX	Cold Fermentation
CCX	Coffee Cherry/ORAC-Centered Fermentation
CMX	Carbonic Maceration
DX	Dry Fermentation
EX	Extended Fermentation
HX	Hypoxia Fermentation
MX	Macerated Fermentation
NX	Natural Fermentation
SX	Slow Fermentation
WX	Washed Fermentation
YX	Yeast Fermentation

USAGE RECOMMENDATIONS

Use as you please:

• In oatmeal
• Steep as tea
• In pastries, ref. Coffea Circulor's Nexus
• ...

WATER RECOMMENDATIONS

Use water with balanced mineral content to optimize flavor and character. Keep Total Dissolved Solids (TDS) between 10-50 ppm or mg/l. We advise a temperature between 93-95°C for the best brewing experience.

STORAGE RECOMMENDATIONS

Use within one year of production date.
May contain traces of coffee beans.
 

Made by Kenya
Finished in Scandinavia