Life Cycle Assessment (LCA): A Comprehensive View

Beyond carbon: evaluating the complete environmental impact

Life Cycle Assessment (LCA) is the most robust scientific methodology for quantifying a product's environmental impact. While Carbon Footprint focuses exclusively on climate impact, LCA allows us to evaluate multiple environmental dimensions simultaneously.

Cradle-to-Gate Approach

Our LCA model covers all stages under the company's control or influence:

Supplies Stage

From raw material extraction to manufacture your fertilizers and phytosanitary products.

Production Stage (Field)

Agricultural management, irrigation, fuel combustion and soil dynamics.

Processing Stage

Reception in packaging, chemical treatments, energy consumption and packaging manufacturing (cardboard, plastics, wood).

Beyond Carbon

Impact categories evaluated by our LCA (ReCiPe 2016 v1.03 midpoint H, with climate from IPCC AR6, plus primary energy from CED)

Eutrophication

Impact of nutrients (nitrogen and phosphorus) on local watercourses.

Terrestrial Acidification

Effect of atmospheric emissions on soil quality.

Land Use

Efficiency in soil resource use according to its occupation and transformation.

Toxicity

Assessment of chemical compounds impact on human health and ecosystems.

Climate Change

Carbon footprint and other greenhouse gases.

Other Impacts

Ozone depletion, photochemical smog formation, etc.

Primary and Secondary Data

The precision of our LCA reports is based on the strategic combination of both sources

Primary Data

Your Real Data

Real information collected directly from your farms and processing plants.

  • Measured energy consumption
  • Real fertilizer application
  • Documented transport and logistics

Secondary Data

Ecoinvent 3.12 Database

Connection to the world's most prestigious life cycle inventory database.

  • More than 18,000 industrial processes
  • Constant updates
  • Peer-reviewed validation

Avoiding "Burden Shifting"

LCA is the only tool that guarantees sustainability strategies are real

It allows us to ensure that, for example, a change in packaging type to reduce plastic does not end up increasing carbon footprint due to transport weight, or that a reduction in fertilizer use does not generate soil erosion problems.

How an improvement in one category can worsen anotherThe decisionChange the packagingto use lessplasticDownThe packaging plastic and its wasteUpCarbon, from the extra weight in freightWith one category it is an improvement. With all of them, a shift.
The example above: changing the packaging improves one category and worsens another. Measuring a single category cannot reveal the trade-off — which is why LCA computes them all in parallel.

Why choose Emetrix's LCA approach?

360° comprehensive vision
Burden shifting prevention
Informed strategic decisions
Compliance with international standards
Data with complete traceability
Reports for external audits

Ready for a complete environmental analysis?

Discover all dimensions of your environmental impact with our LCA approach.