ECOSTAMP COLLECTION-COST CALCULATOR

COLLECTION-COST COMPARISONS — ILLUSTRATIVE ONLY

Enter current bin, collection-frequency and uplift-cost information to calculate an indicative current-cost baseline. Any percentage comparisons are mathematical scenarios, not predicted EcoStamp performance or savings.

TAKES LESS THAN 30 SECONDS
STEP 01

ENTER YOUR CURRENT COLLECTION COSTS

Enter the charge for each individual 1100L bin every time it is collected. If your invoice shows a single site-wide uplift charge, divide it by the number of bins collected.
STEP 02

YOUR COST BASELINE AND COMPARISONS

Your results will appear here.

Enter your collection details and select Calculate My Cost Baseline.

Important: Enter current bin, collection-frequency and uplift-cost information to calculate an indicative current-cost baseline. Any percentage comparisons are mathematical scenarios, not predicted EcoStamp performance or savings.
Development roadmap

PROPOSED FOUR-PHASE ENGINEERING PROGRAMME

PHASE 1 — DISCOVER | 6–8 weeks

Discover

Commercial 1100L test rig, force/crushing analysis, selected bin/waste testing, wall-mounted feasibility and an initial manufacturing-cost review.

PHASE 2 — DESIGN | 12–14 weeks

Design

Functional alpha prototype, design/verification, supplier quotation pack and initial compliance planning.

PHASE 3 — DELIVER | 10–14 weeks

Deliver

Beta field-trial units and a pilot-ready design pack, subject to prior evidence.

PHASE 4 — DEPLOY | 4–6 months

Deploy

Production-ready documentation, quality plans, manufacturer handover and technical files for independent compliance assessment.

Phase 1 may be commissioned independently. Later stages require evidence review, funding and separate agreement. All timings are indicative.

The operational challenge

A PRACTICAL COMMERCIAL-BIN CAPACITY PROBLEM

Operators have described bins that fill unevenly, contain bulky packaging or trapped air, and create overflow or handling pressure.

EcoStamp is being developed to test whether controlled compaction of suitable material could improve use of existing bin capacity. Any effect on uplift frequency, cost or environmental outcomes must be measured.

Overflowing waste compounds

Overflowing bins and congested waste areas create operational challenges for staff, contractors, customers and neighbouring businesses.

Increasing collection costs

Frequent collections can increase operating costs, vehicle movements and disruption to normal site activity.

Customer and staff environments

Poorly managed waste areas can affect staff efficiency, site presentation and the overall customer or guest experience.

Seasonal and peak demand

Hospitality, leisure and event environments can experience sharp increases in waste generation during busy trading periods.

How EcoStamp works

Working with existing commercial waste infrastructure.

EcoStamp is being developed as a commercial waste-compaction concept designed to work with existing 1100-litre bins rather than requiring operators to replace their current waste containers.

01

Position

The EcoStamp concept is positioned above a suitable existing commercial 1100-litre bin.

02

Compact

Waste is compacted within the existing bin to explore whether available capacity can be used more efficiently before collection.

03

Collect

The existing waste contractor continues to collect the same commercial bin through the site's normal waste collection arrangements.

Product development

Two product concepts under development.

EcoStamp is currently exploring two engineering approaches intended to suit different commercial environments and operating requirements.

Portable EcoStamp compactor concept
Portable concept

Portable EcoStamp

A portable concept being explored for temporary deployment, seasonal demand and sites requiring flexible operation across suitable commercial bins.

  • Designed around existing 1100L bins
  • No permanent ground installation proposed
  • Potential seasonal or peak-period use
  • Flexible movement between suitable bins
Fixed EcoStamp compactor concept
Fixed-position concept

Fixed EcoStamp

A fixed-position concept intended for commercial waste compounds requiring permanent installation and regular operational use.

  • Permanent waste-area positioning
  • Designed for repeated site use
  • Potential wall-mounted configuration
  • Commercial service-area integration
Target environments

Commercial environments where waste management becomes an operational challenge.

01

Hospitality

Hotels, restaurants, food-service venues and high-footfall visitor destinations.

02

Holiday parks

Campsites and holiday parks managing seasonal occupancy and guest-facing waste areas.

03

Events

Festivals, temporary venues and locations experiencing concentrated periods of waste demand.

04

Commercial estates

Retail, industrial and multi-site environments using standard commercial bins.

Concept development

Early concept demonstration.

Watch early demonstration footage showing the design direction currently being explored as EcoStamp progresses through pre-feasibility and early commercial validation.

Demonstration footage represents concept development only and should not be interpreted as validated commercial or operational performance.

Explore operator information
Environmental commitment

Supporting our Net Zero journey with measurable action.

DH Eco Solutions Ltd has published Carbon Reduction Plans, established emissions benchmarks and continues to work towards its long-term Net Zero commitment. Our participation in the Net Zero Nation programme supports this ongoing journey and reflects our commitment to continual environmental improvement.

2050 Net Zero commitment
50% Reduction target by 2030
24.2 Baseline tCO₂e benchmark
Start a conversation

Help shape the future development of EcoStamp.

EcoStamp is seeking commercial operators, future pilot partners and strategic investors to help inform the next stage of development before independent engineering feasibility begins.