Cashew Techie — Cashew Processing Consultant, CASHEW TECH
I go by Cashew Techie. That is a deliberate choice, not an evasion, and I explain why further down this page. What matters more than the handle is what sits behind it: 10+ years spent inside cashew processing operations — on factory floors, in vendor negotiations, in the middle of commissioning failures, and occasionally in the aftermath of purchases that went badly wrong — advising processors, cooperatives, and investors on machinery selection, plant layout, and procurement across every cashew-producing country. This site, cashew-machine.org, is where that experience gets written down properly: sourced, specific, and useful to someone who has never met me and never will.
Cashew processing is a genuinely under-documented industry relative to its economic size. A crop that moves several billion dollars a year through raw nut origination, shelling, peeling, grading, and export has remarkably little technically serious writing behind it — most of what exists online is either academic (and inaccessible to a working buyer) or thin enough that it's clearly never been tested against an actual production run. This page exists to tell you plainly who is writing the rest of this site, what qualifies me to do it, and why a named, specific voice is worth having in a market this full of generic content.
Why a Named Voice Matters in This Industry
A named voice matters here because most machinery-adjacent content online is thin, generic, or written by someone who has never actually stood on a factory floor watching a line underperform its rated capacity. A buyer researching shelling lines, peeling drums, or turnkey plant options is, in practice, wading through recycled spec sheets and vague reassurance dressed up as education. Breakage-rate claims go untested. Capacity figures get quoted at ideal conditions nobody actually runs at. Commissioning timelines get compressed to look better in a proposal than they play out on-site. The value of a named, specific author here isn't the absence of a commercial stake — it's that a claim with a name attached to it, checkable against everything else that name has written, has to hold up in a way an anonymous brochure never does.
The gap isn't that manufacturers are dishonest — a sales page is supposed to sell. It's that generic marketing copy, by its nature, can't get specific about failure modes, tradeoffs, or the ways a proposal's numbers diverge from what a plant actually delivers, because that kind of specificity doesn't sell as cleanly as a confident headline capacity figure does. That gap — writing that's willing to be specific about where things go wrong, not just where they go right — is precisely the space this site occupies.
What Building Full Plants, Not Just Selling Machines, Teaches You
Building across the full stack — machinery, civil works, packaging, after-sales — teaches you things a machine-only vendor never sees, because most of the real failure modes in this industry only show up once a plant is actually running end-to-end, not at the point of sale. A shelling machine that hits its rated capacity in isolation can still bottleneck a line if the civil layout puts it too far from steaming, or if the packaging stage downstream can't keep pace with what it's now producing. Seeing a project through from blueprint to full production, repeatedly, is what surfaces those interactions — and it's a different kind of knowledge than benchmarking one machine's spec sheet against another's.
That shows up practically in the tools on this site. The Equipment Buyer's Guide and the Vendor Evaluation Framework are both built as worksheets you run yourself against any quote in front of you, not as a "top 5 manufacturers" ranking — because the right answer depends on your capacity, budget, and labour market, not on a generic top-5, and a ranking format flattens exactly the variables that actually decide a good fit. Score the criteria yourself, from a workshop operation in Kollam to a vertically integrated exporter in Ho Chi Minh City, and the framework holds regardless of who's on the other side of the table.
Background
My background sits at the intersection of mechanical process engineering and hands-on plant operations — the kind of work where you learn as much from a line that's underperforming its rated capacity as you do from one running well, because the underperforming line is where you actually find out which claims in a vendor's spec sheet were real and which were optimistic. Over the course of that work I've been on the buyer's side of machinery negotiations often enough to know exactly where a quote tends to hide cost, and on the operations side often enough to know which "small" commissioning shortcuts turn into a year of avoidable downtime.
I've advised on processing lines ranging from small-scale operations around 500 kg per shift — typically semi-mechanised, often cooperative-run, where a single well-chosen machine can transform a season's economics — up through fully automated facilities running as much as 100 tons per shift, where the questions shift toward line balance, energy efficiency, and squeezing incremental percentage points of kernel recovery out of an already-mature process. That range matters, because the right answer to almost every question a buyer asks me — "should I mechanise peeling," "is a borma dryer worth the capital," "what's a defensible breakage-rate guarantee to put in a contract" — depends heavily on where a plant sits on that scale, and a consultant who has only ever worked at one end of it tends to give advice that's right for that end and wrong for the other.
How I Approach This Work
My approach to every engagement starts from the same premise: numbers you can verify beat opinions you can't. When I assess a plant, quote, or vendor claim, I'm looking for the specific, checkable figure underneath the general statement — not "low breakage," but a measured breakage rate at a stated throughput, measured how, by whom, under what nut-size distribution. That habit comes directly from watching how often the gap between a vendor's stated capacity and a plant's actual sustained output turns out to be the single biggest driver of a project's real economics, far more than the headline machine price ever is.
I also try to write and advise the way I'd want to be advised if I were the one making a six- or seven-figure equipment decision with imperfect information: plainly, with the uncertainty flagged rather than smoothed over, and with enough context that you could disagree with my conclusion on the specific facts rather than having to take it on faith. That's why the benchmark data on this site — the lifespan and depreciation figures, the audit findings referenced in the plant audit checklist — is presented as field-informed estimate, clearly labelled as such, rather than dressed up as more precise than it actually is. A reference site loses its value the moment it starts overstating its own certainty.
Where I've Worked
Confidentiality with individual clients means I generally describe engagements by region and approximate scale rather than by name — a practice modelled on how established equipment consultants in other food-processing sectors operate, and one that protects the people I've worked with without hiding the substance of the work itself. In broad terms, my experience spans the major cashew-producing regions — West Africa, East Africa, South Asia, South-East Asia and Brazil — covering both raw-material-origin markets where the conversation is mostly about primary processing economics and mechanisation thresholds, and established processing hubs — see the site's coverage of Vietnam's cashew industry, for instance — where the conversation is more often about incremental efficiency gains on an already-mature line. I've also spent time looking closely at the small-scale and appropriate-technology tier of this industry, which gets far less serious attention than fully automated plants despite representing most of the world's actual processing capacity.
Why Cashew-Machine.org Exists
I built this site to be the reference I wish had existed when I started in this industry: standards and institutions cited by name rather than paraphrased secondhand, field-level judgment layered on top of that sourcing, and written without a sales pitch riding along underneath it. Most of what a first-time buyer or a scaling processor needs to know — how to define real requirements before a vendor conversation even starts, what an honest inspection of a shelling or peeling line actually checks for, what a fair commissioning process looks like, how to read the grading standards and compliance frameworks that govern where their kernels can be sold — exists somewhere, scattered across FAO manuals, ISO documents, trade-association PDFs, and academic papers that most buyers never see. This site's job is to pull that material together in one place, explain it in plain language, and add the field-level judgment that only comes from having actually stood on a factory floor watching a line run below its rated capacity and had to work out why.
Get in Touch
If you're evaluating a purchase, planning a plant, or just have a question this site hasn't answered yet, the fastest way to reach me is through the contact form linked from the site footer — I read every submission and use recurring questions to shape what gets written next.