reduce waste and recover more product
Stop Flushing Profits Away – Recover Up To 99.5% of Product.
Every liter lost during flushing, rinsing or changeovers directly reduces profit.
HPS hygienic pigging systems help you recover nearly all product left inside your pipelines – cutting waste, reducing product loss, and improving yield immediately.
Why You’re Losing Product?
During changeovers, rinsing and CIP, valuable product is pushed to drain or sent to waste.
This costs manufacturers:
- Lost sellable product
- High waste disposal fees
- Excess water and energy use
- Longer cleaning times
- Reduced output
How Pigging reduces product waste
HPS hygienic pigging systems push nearly all product from your pipelines using a specialist sanitary “pig”. This leaves minimal residue, so far less product is flushed to drain during changeovers, rinsing or cleaning.
With HPS, you can:
✔ Recover up to 99.5% of product
✔ Reduce flush and rinse waste
✔ Minimise product lost at changeover
✔ Lower effluent and disposal costs
✔ Increase output and maximise yield
waste reduction Benefits at a Glance
| Your Challenge | How HPS Solves It |
|---|---|
| 🫗 Product waste | Recovers up to 99.5% of product from pipelines |
| 💸 High disposal costs | Reduces waste volume sent to drain or waste tanks |
| 💧 Excessive rinse/flush waste | Minimizes rinse water and product dilution |
| 📉 Low yield per batch | Increases product recovered before cleaning |
| ♻️ Sustainability targets | Cuts product loss and reduces plant waste footprint |
PROVEN SUCCESS
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years’ experience of successful systems implementation.
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Customers around the world.
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Advanced pigging and liquid product recovery solutions installed.
Case Study: Chocolate Manufacturer
A major chocolate producer was losing large volumes of product during every changeover.
After installing an HPS hygienic pigging system, they now recover almost all remaining chocolate from their pipelines – saving nearly £2,000,000 per year in previously wasted product, while also reducing disposal costs and improving batch yield.