NO TIME TO WASTE: THE FUTURE OF ORGANICS 22 ND OCTOBER 2019 First - PowerPoint PPT Presentation

NO TIME TO WASTE: THE FUTURE OF ORGANICS 22 ND OCTOBER 2019

First steps…

Everyone has a journey……. Miele First Dishwasher HERU V5-1 Evaluation Unit

Diverting from landfill 50% by 2020 1999 Directive All other plastics

Waste Industry Musical Chairs HERU 1999 Landfill China Directive Malaysia Indonesia India OCEAN SPACE? DUTY OF CARE – ENVIRONMENTAL PROTECTION ACT 1990 6

A glimpse to the future

Our Vision The checklist ❖ No collection ❖ Transform into fuel ❖ Runs using a standard 32amp cooker socket with no additional infrastructure for homes. ❖ Less than 300°C ❖ Utilises most resources ❖ Stand-alone domestic water heating system ❖ Scalable 8

LOADING DRYING PYROLYSIS COMBUSTION WASHING Resources are stacked Chamber temperature Chamber temperature The “free” gas is The small amount of into the chamber, is gradually raised is increased to 290°C, scrubbed, then oil is washed before just like loading a using heat pipe creating warm, airless stored at safely discharging dishwasher technology, first conditions similar to pressures similar to to the sewer developed by NASA within earth’s crust an aerosol can, ready for use in a gas boiler A short blast of the The lid is closed, With no oxygen automatic internal sealing the chamber Any residual moisture present, both the pressure washer Air is now forced into and the start button is driven out of the formation of toxic thoroughly cleans the chamber and the pressed resources as steam dioxins and combust the machine char is ignited -ion are avoided The lid lock releases The HERU lid locks Thermal energy from “Low Temperature “Free” heat is and the HERU is ready itself in a similar way the steam is recov Pyrolysis” transforms captured and used again for another to a washing machine, -ered by condensing the resource into gas, to heat your hot 9 million years keeping you safe over heat exchangers oil and solid char water cylinder of work! The 5 Stages of

19L Domestic HERU 10

HERU V5 From this………… HERU Mobile Technical Evaluation Unit To this………… V5 Mk 1 11

Handover to Wychavon District Council’s HERU in Assembly Managing Director HERU Software Upload Handover to Hiller’s Farm Shop & Restaurant 12

HERU Final Report – Executive Summary Table Author: Gandy, Simon Date of Issue: 07 March 2019 Version number: v01-00 Reference: ED11813 Impact Category Units HERU COM KSS NO12 Global Warming Potential (GWP) kg CO 2 -eq -285 -2 -52 -1,047 Acidification Potential (AP) kg SO 2 -eq 0.1 -0.9 -1.3 -1.13 Abiotic Resource Depletion (ARD) kg antimony-eq -6.9 -4.0 -4.3 -13.0 Eutrophication Potential (EP) kg PO 4 -eq 6.8 0.2 0.2 6.6 Human Toxicity Potential (HTP) kg 1,4-DCB-eq -1,605 -1,070 -1,127 -1,773 Freshwater Aquatic EcoToxicity kg 1,4-DCB-eq -123 -83 -89 -142 Potential (FAETP) 13

240L Commercial Unit Recuperator - Recovers valuable heat Protot otyp ype e Ove vervie rview generated from resource and processing Inclined chamber - Heat is a standard - Improves ease of thermal store or loading for end user cylinder - Positively benefits thermal efficiency Water Screen Gas burner - Self generated Syngas is - Reuse existing natural scrubbed clean gas or LPG supply - Aligned with UK decar- Compressor bonisation strategy via shift to hydrogen grid - Syngas is pressurised and stored ready for - Ensures fast heat up of use heatpipe & resource Detergent tanks Ash pump - Front access for simple - Powerful pump grinds ash before sending this replenishment to drain - Storage space for refill

Resource up to 2kWh/kilo 80% Char/HERU Gas 20% energy used in combustion process 80% Total recovered heat from resource 99 kWh Recovered Heat from 20% energy used in Recovered Heat 240L Commercial Combustion HERU pyrolysis 40% HERU – 60% process Total recovered heat 72% from gas heater Recovered 148 kWh Heat from Pyrolysis Total recovered heat Recovered Heat 8% energy losses 247 kWh Heat Exchanger - 40% 32% Based on a 240 Litre capacity HERU holding 62 kilos of resource with up to 2kWh of energy per kilo, as Gas Heater - 100% per Ricardo/WRATE Life Cycle Assessment 3.3 kWh per kilo resource 62 kilos = 205 kWh

Cost of Current “Waste” System Versus HERU Hybrid Heating System 1100 bin say £15 per empty/per day, assuming 80 kilos = 19p per kilo Gas per kilo HERU @ 4p per kWh 3.3 kWh per kilo = 13.2p per kilo 72% energy into building therefore process cost = 3.7p per kilo V Resource energy recovery 80% of 2kWh per kilo Disposal saving @ 19p £4300 per annum Energy contribution £740 per annum HERU £25,000 TBC Annual savings & energy contribution £5,000 ROI 5 years without subsidy, tax allowances, increasing waste & energy costs Annual service £700 TBC 16

Product Roadmap Q1-Q2 2019 Q3-Q4 2019 Q3-Q4 2020 2021 2023 2028 Domestic 28L project 19L MK5.1 40 x Early Full scale sales & Field Trials Adopters distribution 60L project Commercial 10 x Early Monitoring 3 Phase 240L Project Adopters Refinement Full scale sales & distribution 10 x Early 650L spin-off project Adopters Full scale sales Processing plant & distribution (7 Trent / Maersk) ➢ Domestic 19L MK5.1 Field trials started successfully at Wychavon District Council & Hillers Farmshop ➢ Heatpipe scaling proved for 240L ➢ Significant interest in Early Adopter Units

240L Project 2020 2019 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 ✓ HeatPipe HeatPipe Heater Scaling Refinement Design Product Ramp up ✓ Monitoring Testing Lid UX Chamber, Sluce Early Full scale Design Tests Plate & H.Ex Adop sales & & -ter Certif- Controls distribution Units ication Design Refinement Manufa Production cture Washing System & ancillaries Open Install & service Collect Pre- agreements Marketing case order offensive studies Product Training Book ➢ Currently on track for Early Adopter Release eQ4 2019

THANK YOU Believe in our mission? Join our journey Please sign up to the HERU newsletter via our website www.myheru.com https://twitter.com/HERU_Energy https://www.linkedin.com/company/17968178/admin/ 19