AlphaWaste Management
Process

How we do it.

Research projects
2 in progress
Mass balance
100%
Pilot throughput
≈ 180 tonnes/mo
Residue
Zero
Scroll to engage
§ 01

Where the waste comes from

Steel-making generates waste at every stage.

Steel is iron with different alloying elements added in different proportions. The amount of chromium and other alloys is what makes certain steel waste hazardous to handle.

Category
Mild steel
Defining feature
Essentially no added alloying elements
Typical use
Infrastructure, construction, structural bars
Category
Carbon steel
Defining feature
Under ~1% chromium
Typical use
Light engineering applications
Category
Alloy steel
Defining feature
Alloying in small proportion (< ~10% Cr)
Typical use
Engineering parts
Category
Stainless steel
Defining feature
More than ~10% chromium
Typical use
Marine, oil & gas, pumps and valves, food processing, pharma
Category
Special / high-alloy
Defining feature
Alloying element exceeds ~50%
Typical use
Aerospace, high-end applications

Danger bars indicate relative chromium content and corresponding waste handling difficulty.

Per stage

Waste generated per stage

Three stages, one hazardous fraction.

Every metal that is melted passes through melting, rolling and finishing. Each stage generates waste; finishing produces the bulk of the hazardous fraction. This is the waste Alpha is built to process.

Melting
~ 6%
of total throughput

Metal reacts with oxygen and becomes oxide. A measurable yield loss.

Rolling
~ 2%
of total throughput

Generated as metal is heated and rolled into shape.

Finishing
~ 3%
of total throughput

The bulk of the hazardous fraction is generated here.

§ 02

The Stages

Patented stages, one closed loop.

Stage 01 / 04

Metal segregation

Sort the incoming waste.

Output →Reusable metal fines
01
Segregate
02
Recover
03
Hydromet
04
Bricks
01
Active stage

Scroll to advance · click a stage to jump

§ 03

Pilot Proof

Operating today, inside Mangalam Alloys Ltd. (MAL).

The full process is running as a lab-based pilot plant. Approximately 180 tonnes of waste are recycled every month, with patented processes commercialised and further filings under publication.

Pilot scale, recycled per month
0 tonnes

Already operating with patented processes. Cement-less brick production capacity at ~1.5 lakh, with bricks also contributed to community construction projects.

Stream capacity
≈ 50 tonnes
Chemical sludge processing
Stream capacity
≈ 250 tonnes
Slag processing
What's next

Research & Development.

Two new streams under active development, both with national strategic value.

Lithium-battery recovery

Recovering lithium, cobalt and nickel from spent batteries, over 95% material recovery, cutting India's reliance on imported critical minerals.

Potash fertilizer

Converting the recovered gypsum stream into Sulphate of Potash, a chloride-free fertilizer, against India's near-total potash import dependence.

Government approval

We are now PLI approved.

The Government of India's Production Linked Incentive scheme underwrites Alpha's commercial scale-up. The patented chemistry runs at full throughput, the first regional hub is in place, and the rest follow demand.

Up next · Products

The Products

Five output streams: recovered metals, gypsum, sodium sulphate, metal-oxide powders, and cement-less bricks.

Read more