Blog

How will solvent recovery technology evolve under circular economy and ESG pressure? A look towards 2030.

Practical effects of REACH and the VOC Directive for Turkish companies exporting to the EU or adopting EU norms.

What is the recovery rate? Which solvents are processed? What is the energy consumption? Clear answers to 10 critical questions.

Even a 10-person workshop can see a recovery machine pay for itself in under 6 months. How to get started?

Solvents used in offset press cleaning represent a major annual cost. How does recovery work?

Thinner and specialty solvent costs are among the biggest expenses in auto body shops. How to reduce them by 80%?

Which capacity? Which brand? CE and ATEX certified? Price vs quality? 7 critical questions to ask before buying.

Waste solvent declaration, transport, disposal obligations and how recovery machines reduce this burden.

PPE selection, health risks and emergency procedures for operators working with solvent.

Full guide for the AR-500 model — for large industrial facilities using 1,500+ litres per month.

Full guide for the AR-200 model — for large facilities using 500–1,500 litres of solvent per month.

Full guide for the AR-120 model — the preferred choice for facilities using 150–500 litres per month.

Full guide for the AR-60 model — designed for facilities using 50–150 litres of solvent per month.

Paying large disposal bills every month? We compare the real 3-year cost of both approaches.

Solvent vapour-air mixtures are explosive at certain concentrations. ATEX zone classification and compliant equipment guide.

Is solvent from the recovery machine ready for reuse? 4 tests you can apply without sending to a lab.

Machines without regular maintenance become inefficient. Full daily, weekly and monthly routines.

Dirty solvent goes in, clean solvent comes out — what happens in between? The distillation principle in 5 steps.

Waste solvent left in open containers evaporates and causes VOC emissions. This is both a legal risk and a health hazard. What is the solution?

Solvents used for oil, swarf and rust removal are among the biggest consumable costs in the metal sector. How are they recovered?

How are IPA, acetone and printing solvents recovered in textile factories? Real savings figures and application examples.

Thinner, acetone, ethyl acetate — the paint industry's most expensive inputs. How a recovery machine cuts these costs by 80%.

Every seller claims 'CE certified' — but is it genuine? We explain the difference between CE and ATEX and how to protect yourself from misleading claims.

Improper storage creates fire, explosion and legal risks. 6 essential rules for waste and recovered solvent storage.

80% fill limit, pre-filtering, full cycle completion, temperature monitoring, sealed container, condenser clearance, bag inspection — 7 practical rules that make a real difference.

KOSGEB grants, KGF loan guarantees, VAT exemption (YTB) and accelerated depreciation can bring a 200,000 TRY machine down to ~97,000 TRY in practice. The complete guide to Turkey-specific incentives.

Acetone, IPA, MEK, thinners, toluene, ethyl acetate — which solvents can be reclaimed with a distillation machine? Complete list of 17 solvents with boiling points and recovery rates.

Real numbers, real scenarios: step-by-step payback period calculation for AR 60 and AR 120 models. Most facilities break even in 3–6 months.

How does solvent distillation work, step by step? What payback period can a paint shop or printing plant realistically expect? Real numbers from real installations.

Acetone, thinner, IPA, MEK — why do so many industries depend on these chemicals, and why does solvent waste cost so much to manage? A plain-language industry guide.