Spray Engineering Devices: The Business Today, and the Business Being Built
Spray Engineering Devices Limited (SED) is at an inflection point that is easy to miss if you only read the financials. For three decades it has made money one way. It is now attempting to make money a second, structurally different way. Understanding the company means separating the two clearly.
PART ONE — WHAT THEY DO TODAY
A sugar mill crushes cane and gets juice that is roughly 85% water. That water must be boiled off to recover sugar. Boiling needs steam, and steam comes from burning bagasse — the fibrous residue left after crushing — in a boiler.
The entire business rests on one consequence of that: less steam consumed means more bagasse left over. Leftover bagasse is money. The mill can sell it, or burn it in a cogeneration plant and sell power to the grid.
A conventional mill consumed steam equal to about 40–45% of the weight of cane crushed. Using SED's technologies, that has come down to around 27–28% on cane. Power consumption has fallen from roughly 40 kW per tonne to 22–24 kW per tonne, and mills have been run at zero fresh water requirement.
SED therefore does not really sell equipment. It sells quantified savings. A mill owner runs a simple calculation: this equipment costs ₹35 crore, but it frees up X tonnes of bagasse and Y units of power every season, so it pays back in roughly three years. That calculation is the sale.
A mill owner is not buying technology. He is buying three things:
Bagasse he can sell. Steam comes from burning bagasse. Use less steam and bagasse is left over — which he sells, or burns in a cogeneration plant to export power to the grid. That is new revenue from the same cane. Payback on the equipment typically runs two to three years, which is why this is a straightforward commercial decision rather than a technical one.
Room to make ethanol. This is the bigger reason today. Mills are diverting juice and syrup into ethanol because blending demand is strong. But a distillery needs energy, and the mill only has so much bagasse. Making the sugar house more efficient frees up the fuel to run the distillery. Energy efficiency has quietly become the thing that decides how much ethanol a mill can produce.
More crushing without a bigger boiler. A season runs only about 150 days. If a mill wants to crush more cane, the usual answer is a costly boiler and cogen upgrade. Cutting steam demand gets similar headroom for far less capital, and can be retrofitted into an existing plant between seasons.
Water is the fourth benefit and increasingly a requirement rather than a bonus. Cane is roughly 70% water; captured and reused properly, that water runs the whole plant, and mills have been operated with zero fresh water intake.
Completely different logic, and worth separating.
They largely have no choice. Distilleries and many industrial plants are under zero liquid discharge mandates. Discharging effluent is not an option, so treatment is a licence-to-operate cost, not an investment decision. That makes this demand far steadier than sugar capex, which rises and falls with the crop cycle.
The conventional method is expensive to run. Evaporating effluent the normal way means a boiler burning fuel every day, forever. SED's Low Temperature Evaporator uses a compressor and electricity instead, with no boiler, turbine or cooling tower required — lower running cost and no fuel handling. The trade-off is that the customer's economics now depend on the power tariff rather than the fuel price.
They get their water back. Up to 99% of the effluent returns as clean water the plant can reuse — which in water-stressed industrial belts is worth as much as the compliance itself.
It installs fast. These orders are executed in about 60 days versus five to six months for a sugar project, so a plant facing a compliance deadline can actually meet it.
Sugar process equipment. Evaporators, crystallizers (spray continuous pans), condensers, condensate flashing systems, refining trains and automation systems. This is the core machinery inside a mill.
LTE — the Low Temperature Evaporator. The flagship, and the technical differentiator. Built on mechanical vapour compression, it recovers up to 99% clean water from effluent without a boiler, turbine, cooling tower or condenser.
The MVR principle is worth grasping because it explains the whole edge. Normally the vapour coming off an evaporator is waste — you condense it and discard the heat. MVR compresses that vapour and feeds its heat back into the same process. You are recycling energy rather than generating it, so no external fuel is needed — only electricity for the compressor.
Boilerless jaggery. A gur production unit producing solid, semi-solid, powder and cake forms, fully designed, erected and commissioned by SED at Mornisa Bio-Organics in Chalisgaon, Maharashtra. Small today, but it applies the same steam-saving logic to a decentralised rural market.
The technical base is real: over 100 patents in sugar and allied sectors, all directed at reducing steam requirement, supported by around 60 research and design engineers who have worked on this for 20–25 years.
But the durable moat is commercial. A mill owner needs a guaranteed steam number. A mill runs perhaps 150 days a year; if unproven equipment underperforms, an entire crushing season is compromised and there is no second attempt. Nobody takes that gamble to shave capex. This is why validated vendors get the next order, and the next — the patent base translates into repeat business from sugar, jaggery and water treatment customers.
Three manufacturing units in Baddi, Himachal Pradesh, with corporate offices in Chandigarh and Mohali. Design happens at Mohali, fabrication at Baddi, then erection and commissioning at the customer's site.
Two wholly-owned subsidiaries are consolidated into the accounts: SED Engineers & Fabricators Private Limited and Sustainable Environment Developers Limited.
The model is turnkey — not equipment supply alone, but process engineering, manufacturing, installation, automation and commissioning as one package. Hence large order values and long customer relationships.
Two distinct order profiles, which behave very differently:
Sugar / jaggery / biofuel | Water treatment | |
|---|---|---|
Share of order book | ~75% | ~25% |
Typical order size | ₹35–40 crore | ~₹5–6 crore |
Execution time | 5–6 months | ~60 days |
Number of orders | Fewer | Higher |
The water treatment business is economically the more attractive of the two. Capital turns roughly three times faster, and demand is driven by zero-liquid-discharge compliance requirements rather than the sugar capex cycle — making it far less exposed to sugar's volatility. The share of this segment in the order book is one of the most important numbers to track.
Orders are fixed-price with no price variation or escalation clauses, while steel accounts for 70–75% of raw material procured. If steel prices rise mid-execution, the margin hit lands on SED, not the customer.
Payment terms compound this. Customers either require a performance bank guarantee for one to two years, or withhold cash retention released only when the defect liability period expires. The consequence: in FY2025, nearly 60% of total debtors were more than six months old, largely retention money.
In plain terms — profit is booked well before cash arrives. Growth in this model consumes working capital rather than generating it.
₹ crore | FY24 | FY25 | H1 FY26 |
|---|---|---|---|
Operating income | 547.3 | 461.0 | 345.8 |
PAT | 53.2 | 15.0 | 32.1 |
OPBDIT margin | 16.2% | 8.4% | 15.2% |
Interest coverage | 8.9x | 3.4x | 9.9x |
Total debt / OPBDIT | 0.9x | 2.4x | 0.9x |
FY25 was a break in an otherwise strong run, and the cause matters: ICRA attributes the revenue decline largely to delays in some export orders, not to lost demand. Half-year FY26 profit already exceeds the whole of FY25, with margins restored to 15.2% and gearing down to around 0.4x.
Forward visibility comes from an order book of around ₹800 crore as at 30 November 2025 — roughly 1.7 times FY25 revenue. ICRA reaffirmed the ratings at [ICRA]BBB+ (Stable) / [ICRA]A2 in December 2025 and expects FY2026 to improve on FY2025.
Asset-light, IP-led, high-return. Maintenance capex runs only ₹4–5 crore a year, funded from internal accruals, and FY24 return on equity was 43%. SED earns its returns by helping other companies deploy capital efficiently — it captures a share of someone else's savings. The trade-off is lumpiness: revenue arrives in large discrete projects, one delayed export order can halve a year's profit, and cash trails earnings by several quarters.
PART TWO — WHAT THEY ARE BUILDING FOR TOMORROW
In June 2026, SED received approval for ₹150 crore in financial assistance under the Ministry of Petroleum & Natural Gas's PM JI-VAN Yojana, routed through the Centre for High Technology (CHT), to set up a 91 KLPD second-generation ethanol biorefinery at Wave Sugar, Dhanaura, Uttar Pradesh.
An important clarification: this is central government support, not a Uttar Pradesh state grant. UP is where the plant will be built; the funding comes from the Centre under its advanced-biofuel scheme. It is also a project grant — viability-gap support for building a specific facility — not equity capital raised into the company, and not an order sitting in the ₹800 crore book.
It is described as among India's first privately developed commercial-scale 2G ethanol biorefineries, integrating biomass gasification with advanced gas fermentation to convert agricultural residues into low-carbon fuels and, in time, green chemical feedstocks.
First-generation ethanol in India comes from sugarcane juice, molasses or grain — food-derived feedstock. That creates a permanent tension between fuel and food, and caps how far the ethanol blending programme can go.
Second-generation ethanol uses agricultural residue — bagasse, straw, stubble. Material with no competing food use, currently burned in fields or wasted. If it works at commercial scale, it unlocks an enormous feedstock pool and resolves the food-versus-fuel problem.
That is the prize. It is also why nobody has cracked it easily.
Two steps. First, the crop residue is heated in a low-oxygen chamber until it breaks down into a gas — this is gasification, and it is close to the thermal engineering SED already does. Second, microbes feed on that gas and produce ethanol. This second stage is LanzaTech's technology, the US partner SED has contracted for the plant.
Most 2G attempts worldwide took a different route, using enzymes to break down the plant fibre. That route is fussy: change the crop residue and the process needs retuning. The gas route is more forgiving — broadly, if it burns, it can be gasified. For India, where residue varies by region and season, that flexibility is the sensible choice.
The biorefinery is presented as part of SED's Smart Village Initiative — building decentralised bio-industrial ecosystems that combine agriculture, renewable energy and advanced manufacturing.
Management frames it explicitly as a break from the past. In Vivek Verma's words, the future of the sugarcane sector lies beyond sugar and conventional ethanol, in integrated bio-industrial ecosystems where agricultural residue becomes raw material for clean fuels and green chemicals.
Read commercially, the ambition is to make rural clusters into production hubs — residue in, fuels and chemicals out — with SED as the technology and engineering backbone.
This is the part that matters most, and it is not primarily about ethanol.
Today SED sells equipment into someone else's project. The customer takes the capital risk, the commodity price risk and the operating risk. SED books a margin on the sale, collects retention money over a year or two, and moves on. Light on capital, high on returns, but capped by how much others choose to invest.
Tomorrow's model is different in kind. Developing a biorefinery means SED sits closer to project ownership — taking on construction risk, feedstock supply risk, technology-performance risk and, potentially, ethanol price exposure. The economics change from a one-time engineering margin to a long-lived operating asset.
If it succeeds, the payoff is not the single plant. It is becoming a replicable technology package — a proven 2G configuration SED can license or build repeatedly across India's several hundred sugar mills, each sitting on bagasse it currently underuses. That would be a substantially larger business than equipment supply, and one where the customer relationships already exist.
2G ethanol has a poor global track record. Cellulosic ethanol plants worldwide have repeatedly missed cost and uptime targets, and several flagship projects were shut down. The ₹150 crore of government support exists precisely because these projects do not clear commercial hurdle rates unassisted. That is a signal about the economics, not just about policy generosity.
Feedstock aggregation is the historical killer. Collecting crop residue reliably, at consistent quality, at a workable price, from thousands of smallholders, season after season, is a logistics and procurement problem — not an engineering one. It is the problem that has defeated most 2G projects, and it is the least demonstrated part of SED's capability. Being co-located at an operating sugar mill helps materially, since bagasse is generated on site, but it does not eliminate the issue once the plant scales beyond in-house residue.
It is a capability stretch. Designing evaporators and running a fermentation biorefinery are related but not the same discipline. Execution risk here is genuinely higher than in the core business.
It changes the risk profile of the whole company. Today's balance sheet is conservative — 0.4x gearing, ₹4–5 crore annual capex. A biorefinery is heavy capex with a multi-year ramp. Even with a grant covering part of it, the capital intensity and time-to-cash of the group shift meaningfully.
The timeline is long. Approval was received in June 2026. Construction, commissioning and stabilisation of a first-of-its-kind plant realistically runs years, not quarters. Nothing in the near-term numbers will reflect this.
HOW TO HOLD THE TWO TOGETHER
The correct framing is not "SED is a 2G ethanol company now." It is:
A profitable, defensible, cyclical engineering business — carrying a large, government-part-funded option on becoming something considerably bigger.
The core business stands on its own merits and should be judged on its own terms: order book, execution reliability, the water-treatment share, margin resilience against steel, and receivable days. Those determine what the company earns over the next two to three years.
The 2G biorefinery should be treated as optionality, not the base case. It costs relatively little to hold, because a substantial part of the capital is grant-funded and the core business is self-sustaining. If it works, the re-rating is significant and durable. If it does not, it is a contained write-off rather than an existential problem.
The single most useful thing to watch over the next two years is not ethanol headlines. It is whether the plant is commissioned on schedule and, critically, whether it holds uptime through a full agricultural season. That is where 2G projects have consistently failed elsewhere, and it is the only evidence that will genuinely resolve the question.
Financial and operational data sourced from ICRA's rating rationale of 26 December 2025 (FY24, FY25 and provisional H1 FY26 consolidated figures) and company announcements. Figures for FY2026 full year were not available at the time of writing
| Particulars | FY22 | FY23 | FY24 | FY25Latest |
|---|---|---|---|---|
| Revenue | 214 | 392 | 547 | 461▼16% |
| EBITDA | 21 | 54 | 87 | 39▼55% |
| OPM (%) | 9.81 | 13.78 | 15.9 | 8.46▼47% |
| PBT | 15 | 45 | 74 | 21▼72% |
| PAT | 15 | 33 | 53 | 15▼72% |
| EPS (₹) | 6.69 | 14.71 | 23.56 | 5.98▼75% |
| Date | Amount Raised | Price | Allotment Type | Instrument | PAS‑3 | Valuation Report |
|---|---|---|---|---|---|---|
| 16 May 2024 | ₹72.03 Cr | ₹287₹10 nominal + ₹277 premium | Preferential Allotment (Private Placement) | Equity Shares |
Official annual reports and financial statements filed by Spray Engineering Devices, year by year. PDFs open in a new tab.
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