CIRCULAR MATERIAL SCIENCE

Sustainable Research & Development

Pioneering patented low-energy material engineering that transforms neglected, contaminated post-consumer plastics into certified Fair Trade, high-durability circular textiles.

PATENTED BREAKTHROUGH

Handmade Recycled Plastic (HRP): The Leather Alternative

Single-use low-density polythene (LDPE) bags are among the most difficult post-consumer plastics to recycle due to light weight, high contamination, and poor scrap value. Standard recyclers reject them, leaving them to clog waterways or burn in toxic dump fires.

Conserve patented an innovative thermal-compression process that fuses multiple layers of discarded plastic bags into supple, abrasion-resistant, and water-repellent sheets known as Handmade Recycled Plastic (HRP).

Zero Chemical Dyeing: All vibrant colorways are achieved by manually sorting original plastic bag shades—completely eliminating chemical dye pollution and industrial toxic runoff.
Handmade Recycled Plastic sheets and accessories
PRODUCTION LIFECYCLE

How Discarded Plastic Becomes High Fashion

From urban landfill collection to certified Fair Trade global export.

STEP 01

Collection & Sorting

Grassroots waste pickers recover discarded LDPE polythene bags from city dumps, receiving premium wages well above standard scrap market rates.

STEP 02

Sanitization & Washing

Collected plastics undergo deep sanitization and washing in closed-loop water treatment systems utilizing non-toxic, biodegradable cleaning agents.

STEP 03

Color Collation

Master artisans sort plastics by hue and opacity, composing intricate multi-tone patterns by hand with zero synthetic dye chemicals.

STEP 04

Thermal Bonding (Patented)

Calibrated heat and compression fuse multi-layered plastic films into thick, resilient, and flexible HRP material sheets with verified high tensile strength.

STEP 05

Precision Crafting

Trained craftspeople cut, stitch, and finish HRP sheets into stylish totes, laptop sleeves, and clutches exported to over 1,000 retail stores globally.

Soil-less hydroponic farming prototype
AGRITECH R&D

Soil-Less Hydroponic Farming Systems

Recognizing climate vulnerability, groundwater depletion, and soil salinization in North India, Conserve engineered an affordable, soil-less hydroponic cultivation system built using upcycled materials.

The modular system consumes 85% less water than traditional soil farming and allows smallholder families to cultivate nutrient-rich vegetables in degraded urban and semi-rural spaces year-round.

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