1. Glavni izvod
Luxury Segment:
For the discerning luxurious market, the cost proposition emphasizes exclusivity, rarity, and the unique story at the back of each meticulously upcycled piece.Luxury manufacturers more and more use cinematic storytelling to communicate sustainability.Mosteb should showcase the problematic adventure of a discarded jar reworking into a elegant, excessive-quit product, highlighting artistry and environmental stewardship.
Mass Market:
For the wider mass marketplace, the focus might be on affordability, accessibility, and realistic software.This segment will be reached by highlighting tangible environmental benefits (waste reduction, energy savings) and practical, everyday utility, making sustainable living attainable.
3. Product Portfolio & Transformation Methodologies
Glass versatility, especially used candle jars, allows for a diverse product portfolio, from minimal repurposing to complex material transformations, catering to various market segments. Methodology choice depends on the desired end-product, operational scale, and target market.
- 3.1. Product Categories from Used Candle Jars Our product portfolio will encompass a comprehensive range of items, designed for different market segments and leveraging various transformation methodologies:
- New Candles: The most direct circular application involves cleaning and refilling jars with new wax and wicks. This closed-loop solution can be incentivized through refill programs, encouraging repeat business and waste reduction.Mosteb could offer a premium refill service, providing discounts for returned jars, fostering loyalty and responsibility.
- Home Decor Items: Vases and Planters:
- Jars transform into decorative vases or mini planters for succulents, herbs, or small plants.Varied dimensions create diverse aesthetic appeal. Lighting Fixtures:
Upcycled jars become unique lamps, lanterns, chandeliers, or wall sconces, from simple DIY to professional designs.Integrating energy-efficient solar or LED lighting enhances eco-appeal.
- Storage Solutions: Jars are naturally suited for diverse storage: kitchen pantry (spices, dry goods), bathroom accessories (cotton balls, brushes), or craft supplies (buttons, beads).Personalized pincushions/sewing kits can be crafted by adding fabric tops .
- Decorative Accents: Jars can be artistically decorated using painting (frosted, stained glass), etching, or embellishments like lace, beads, jute rope, or fabric wraps.Seasonal/holiday decor offers a distinct niche.
- Craft Materials (Crushed Glass): Sand Art:
- Crushed, polished glass can be used for intricate layered sand art. Terrazzo/Concrete Aggregates:
- Crushed glass serves as a sustainable, visually appealing aggregate in concrete or terrazzo, offering eco-friendly alternatives and unique sparkling finishes for flooring, countertops, or architectural elements.Relevant for B2B construction/interior design partnerships. Art & Jewelry:
Finer crushed, polished glass can be used by artisans for mosaics, resin art, or unique components in handcrafted jewelry.
Glass Powder/Foam Glass:
Advanced processing transforms glass into fine powder or lightweight foam glass for specialized industrial applications like insulation, composite fillers, or advanced ceramics.
3.2. Transformation Methodologies
- Methodologies vary based on end-product and operational scale, ensuring efficiency and quality. Direct Upcycling/Repurposing:
- Minimal alteration, focusing on cleaning and minor enhancements.
- Cleaning and Preparation: Thorough cleaning removes wax, soot, and labels. Methods include freezing, hot water baths, or electric/stovetop griddles for wax removal.Labels are removed with hot water, soap, or specialized solvents.
- Minor Modifications: Adding new lids, functional pumps (for soap dispensers), or decorative elements enhances appeal and utility.
- Material Transformation (Crushing and Polishing): Breaking down jars into cullet or fine sand, then potentially polishing and coloring.
- Glass Crushing Equipment: Small-Scale Artisanal:
- Compact, user-friendly crushers (e.g., LSM Engineering G5, AaquaTools GLS 2.0) efficiently convert bottles into sand-like material.Budget options start around $890.
- Industrial Scale: Robust hammer or vertical crushers process larger volumes, producing fine cullet or sand with adjustable particle size (0.5mm-20mm).Brands like Compactors Inc. and Gradeall offer solutions with throughput from 50 kg/hr to 5,000 kg/hr.
- Glass-to-Sand Machines: Specialized machines (e.g., Expleco Limited, Krysteline Technologies) convert glass directly into high-quality sand or finer powder/foam glass.
- Glass Polishing Equipment: Artisanal Polishing:
- Mini glass polishing machines, pads, abrasive belts, and diamond wheels achieve desired finishes for small-scale projects.GT Tools offers kits for removing blemishes. Industrial Polishing:
Advanced flat glass edging machines (e.g., Neptun, Battellino) provide precision grinding and surface polishing for high-volume production.Robotic polishing ensures consistency and precision for large-scale operations.
Coloring & Treating Crushed Glass:
- Inks and Dyes: India ink or translucent spray paints provide vibrant, lasting hues.Alcohol inks can be used, but may fade.
- Surface Treatments: “Rub and Buff” adds metallic/colored finishes to edged glass.Decoupage mixed with liquid food coloring coats containers for artistic effects.
- 3.3. Operational Considerations Safety Protocols:
- Handling glass calls for strict PPE: reduce-resistant gloves, protection glasses, lengthy sleeves, long lasting pants, closed-toe shoes, and hard hats, especially in crushing areas.Ongoing schooling in secure dealing with, dust manage (ventilation, moist slicing), and chemical safety is important. Maintenance:
- Regular, proactive upkeep of all crushing and polishing device guarantees longevity, most effective performance, and consistent pleasant. This includes daily exams, ordinary cleansing, and monthly inspections of components.
- Strategically combining these methodologies, Mosteb can create a diverse, appealing, high-quality product line, maximizing value from every used candle jar. 4. Supply Chain & Operational Scalability
- Establishing a robust, reliable, and scalable supply chain for used candle jars is critical for long-term success, involving efficient collection, logistics management, and appropriate operational scale. 4.1. Anticipated Sources and Volume of Used Candle Jars
- We envision a multi-pronged sourcing approach, ensuring consistent, high-quality, and sustainable supply: Direct Consumer Collection Programs:
- Incentive-Based Returns:
- Implementing attractive programs (e.g., similar to Slow Made, Yankee Candle/TerraCycle partnership) where consumers receive shop credits, discounts, or free products for returning clean, unbroken jars.This engages customers, fosters loyalty, and promotes circular consumption. Convenient Drop-off Locations:
- Establishing accessible drop-off points at our retail locations, partner stores (e.g., zero-waste shops), or community centers. Placing containers where glass is frequently purchased (liquor/grocery stores) can maximize collection. Mail-Back Programs:
- For wider geographical reach, a free shipping mail-back program could be explored, especially for high-value jars.
- Cleaning Requirements: Clear instructions for cleaning jars (e.g., freezing to remove wax, washing with soap/hot water) will be provided to minimize contamination.
- Partnerships with Candle Manufacturers: Post-Consumer Jar Recovery:
- Regular, proactive upkeep of all crushing and polishing device guarantees longevity, most effective performance, and consistent pleasant. This includes daily exams, ordinary cleansing, and monthly inspections of components.
Collaborating with manufacturers to recover their post-consumer jars returned through their programs or from their waste streams. This aligns with Extended Producer Responsibility (EPR) standards.
Co-Branding Opportunities: Exploring at the same time useful co-branding projects in which Mosteb upcycles jars from a companion producer, growing precise product strains highlighting shared sustainability commitments.
Waste Stream Diversion: Engaging with producers who’ve inner waste streams of imperfect, mislabeled, or unsold jars for upcycling.
Waste Management Streams:
Material Recovery Facilities (MRFs):
Partnering with local MRFs to source glass, focusing on suitable candle jar streams. This requires negotiation and quality control due to contamination challenges in single-stream recycling.
“Don’t Trash Glass” Programs:
Adapting successful initiatives like Diageo’s program for collecting glass from hospitality businesses could provide larger commercial volumes.
- Digital Waste Marketplaces:
- Utilizing platforms like Resourcify, Recykal, or LeeCycle to connect with waste generators, streamlining sourcing and potentially offering real-time trading for glass cullet.ASPIRE facilitates industrial symbiosis. 4.2. Operational Scalability
- Operational scalability will be a phased approach, moving from artisanal, small-batch production to industrial-scale operations as demand and supply grow. Small-Batch Artisanal (Initial Phase):
- Focus: High-value, unique home decor and new candles emphasizing bespoke craftsmanship, design, and storytelling.
- Collection: Primarily direct consumer returns and localized community partnerships.
- Processing:
- Investment in greater efficient semi-automated cleansing/sorting, and larger small-scale crushers for expanded volumes. Medium-Scale Expansion:
- Expanding product lines, introducing more standardized home goods, and developing B2B offerings. Significant expansion, formalizing partnerships with local businesses, smaller candle manufacturers, and regional drop-off networks.
- Investment in more efficient semi-automated cleaning/sorting, and larger small-scale crushers for increased volumes. Large-Scale Industrial Recycling (Long-Term Vision):
- Mass production of upcycled products, potentially including high-volume glass aggregates for construction, maximizing environmental impact.
- Formal, large-volume agreements with major candle manufacturers for post-consumer jar recovery and deep integration with municipal waste management. Significant capital investment for fully automated glass processing, including AI-powered sorting (up to 70 bottles/min, 99.8% accuracy),automatic glass breaking,and sophisticated polishing lines.Requires robust industrial dust control and safety protocols.
- Benefits: Achieving economies of scale, massive landfill waste reduction, and maximizing environmental/economic impact.
- 5. Financial Projections & Profitability Pathways Economic viability is based on meticulous analysis of price systems, various revenue streams, and strategic pricing. While upcycled products can be more costly to offer than the ones from virgin materials due to in depth cleaning, sorting, and first-class manage,their particular rate proposition, sustainability narrative, and growing client call for can pressure large profitability.
5.1. Cost Structures
Sourcing Costs:
- While raw material (used jars) is “free,” collection programs incur costs: financial incentives for consumer returns,logistical transportation from collection points, and potential fees for pre-sorted glass from MRFs or manufacturers. Sourcing from multiple, dispersed locations can increase transportation costs.
- Processing Costs: Labor-intensive process to remove wax, soot, and labels.Labor is a significant cost driver, especially for direct upcycling.
- Crushing and Polishing: Initial capital investment in equipment (e.g., small-scale crushers $5,000-$20,000, industrial pulverizers $20,000-$50,000).Ongoing operational costs include power (e.g., ≤1.5 kWh/ton),maintenance, and labor. Quality Control:
- Ensuring consistency in upcycled materials is challenging due to variations. This necessitates rigorous, customized quality control processes, adding to production costs. Manufacturing Costs:
- Labor:
- Processing Costs: Additional Materials:
- Crushing and Polishing: Initial capital investment in equipment (e.g., small-scale crushers $5,000-$20,000, industrial pulverizers $20,000-$50,000).Ongoing operational costs include power (e.g., ≤1.5 kWh/ton),maintenance, and labor. Overhead:
- Ensuring consistency in upcycled materials is challenging due to variations. This necessitates rigorous, customized quality control processes, adding to production costs. Marketing and Sales Costs:
- Expenses for brand development, digital marketing, market/trade event participation, and distribution logistics.
- Processing Costs: Mass production of upcycled products, potentially including high-volume glass aggregates for construction, maximizing environmental impact.
- Crushing and Polishing: Initial capital investment in equipment (e.g., small-scale crushers $5,000-$20,000, industrial pulverizers $20,000-$50,000).Ongoing operational costs include power (e.g., ≤1.5 kWh/ton),maintenance, and labor. Formal, large-volume agreements with major candle manufacturers for post-consumer jar recovery and deep integration with municipal waste management.
- Ensuring consistency in upcycled materials is challenging due to variations. This necessitates rigorous, customized quality control processes, adding to production costs. Significant capital investment for fully automated glass processing, including AI-powered sorting (up to 70 bottles/min, 99.8% accuracy),automatic glass breaking,and sophisticated polishing lines.Requires robust industrial dust control and safety protocols.
- Deploy Iot sensors for real -time environmental monitoring (air quality, water use, energy patterns) to identify and ensure disabilities and ensure compliance. Achieving economies of scale, massive landfill waste reduction, and maximizing environmental/economic impact.
5. Financial Projections & Profitability Pathways
Economic viability is based on meticulous analysis of price systems, various revenue streams, and strategic pricing. While upcycled products can be more costly to offer than the ones from virgin materials due to in depth cleaning, sorting, and first-class manage,their particular rate proposition, sustainability narrative, and growing client call for can pressure large profitability.
5.1. Cost Structures
- Sourcing Costs: While raw material (used jars) is “free,” collection programs incur costs: financial incentives for consumer returns,logistical transportation from collection points, and potential fees for pre-sorted glass from MRFs or manufacturers. Sourcing from multiple, dispersed locations can increase transportation costs.
- Processing Costs:
- Surface Treatments: Labor-intensive process to remove wax, soot, and labels.Labor is a significant cost driver, especially for direct upcycling.
Crushing and Polishing: Initial capital investment in equipment (e.g., small-scale crushers $5,000-$20,000, industrial pulverizers $20,000-$50,000).Ongoing operational costs include power (e.g., ≤1.5 kWh/ton),maintenance, and labor. - Accepting “free” molds is a false economy; Factories recover costs and build profit in unit prices, which leads to high long -term costs. Ensuring consistency in upcycled materials is challenging due to variations. This necessitates rigorous, customized quality control processes, adding to production costs.
- Surface Treatments: Labor-intensive process to remove wax, soot, and labels.Labor is a significant cost driver, especially for direct upcycling.
- Manufacturing Costs:
- Labor: Crafting upcycled products, especially artisanal pieces, can be highly labor-intensive. High labor taxes or focus on handcrafted quality influence cost.
- Additional Materials: Cost of new waxes, wicks, fragrances for refilled candles; adhesives, decorative elements for home decor. High-quality accessories are crucial for durability and perceived value.
- Overhead: Standard business overheads: studio/factory rent, utilities, insurance, administrative costs.
- Marketing and Sales Costs: Expenses for brand development, digital marketing, market/trade event participation, and distribution logistics.
5.2. Dohodne točke
- Direktni prodaji produktov: Glavne prodaje različnih preoblikovanih sveč, domačih dodatkov in drugih produktov brez odлагanja klientom skozi e-trgovino, trgovino ali pop-up aktivnosti.
- B2B prodaji: Prenos posameznih ali skupnih preoblikovanih blagovin organizacijam (moteli, prehranski objekti, uradi, notranjostni oblikovalci) za dekoracijo ali podjetniške darila, precej skalabilen kanal.
- Belo označevanje/Posamezne naročnine: Izdelava posameznih preoblikovanih produktov za druge proizvajalce ali kliente iskajčeje trajnostnih dejavnikov v njihovih linijah ali oglaševanju in prodaji.
- Proizvaja/Cristalna pesek prodaja: Prodaja presežne obdelane kristalne proizvaje ali peska različnim proizvajalcem (npr. proizvodni agregati, nova kristalna proizvodnja, abrazivna žaglenje). Čeprav so cene proizvaja zelo nizke ($10-$149/ton), to odpravi stroške obdelave in prispeva k širšemu krožnemu finančnemu sistemu.
- Carbon krediti (spekulacija): Recikliranje kristalov zelo reducirata emisije GHG v primerjavi z proizvodnjo iz čiste snovi, ker je zmanjšala potrebe po električni energiji. Podjetja bi lahko potencialno zaslužila carbon krediti za potrjuječe zmanjšanje emisij, kar daje enotno novo tržišče za prodajo. To zahteva strogo nadzorovanje in potrjuječo stroko, potencialno skozi sisteme kot je RecyclX.
5.3. Stratege cene in poti do dobičkov
Dobičkonosnost v krožni ekonomiji za preoblikovane izdelke temelji na cenoosnovani ceni, agresivni poziciji in izkoriščanju trajnostne zgodbe za določanje višje cene.
- Cenoosnovana cena: Cene so postavljene primarno na podlagi zaznane kakovosti, specifičnega dizajna, funkcionalnosti in običajne cene preoblikovanega izdelka, ne le na proizvodno ceno. Za Mosteb je to podčrta specifičen dizajn, umetniško delo, dejstvene okoljske prednosti (zmanjšan carbon footprints, preusmerjanje odpadkov) in pozitiven socialni vpliv (ustvarjanje dela, razvoj veščin). Potrošniki postopoma plačujejo višjo ceno za cenouspoložene izdelke.
- Konkurenčna cena: Čeprav je osnovana na vrednosti, so cene ostale konkurenčne na širšem tržišču preoblikovanih/trajnostnih domačih izdelkov. To lahko vključuje strategično nižje cene za masovne tržišče segmente ali poudarjanje dostopnosti.
- Različna ceno: Različna struktura ustrezna različnima tržiščema: premium za posebno ročno izdelane dekoracije, srednja razred za polne sveče, in dostopna za osnovne funkcionalne shranjevalne prostorine.
- Modeli abonementa/Leasing (spekulacija): Za polnilne/obnovljive izdelke, modeli abonementa ali leasing so lahko znižali začetne stroške za potrošnike, medenem pa promovirajo daljšo uporabo in zmanjšanje odpadkov.
- Optimizacija sestave proizvaja: Medenem da je 100% kristalna reciklacija idealna, 25% sestava proizvaja je običajno optimalna za novo kristalno proizvodnjo, uravnotežuje cenoosnovenost in okoljske prednosti. Prodaja presežnega proizvaja drugim industriям lahko bo precej有利jše kot 100% notranja ponovna uporaba, če je zunanj trg močan.
- Podprave vlade in granti: Prenos grantov, posojil in podpor za recikliranje, zmanjšanje odpadkov in krožne iniciative bistveno izboljša finančno upravičenost in pospeši rast. Programi kot je CalRecycle’s Recycled Glass Processing Incentive Grant Program nudijo veliko podpore.
- Avtorstvo krožne davčne politike: Avtorstvo za spremembe politik, kot so znižanje dajatev v VBT na storitve obnove, preoblikovane izdelke ali izdelke, ki podaljšajo cikluse življenja produktov, mora ustvariti bolj prijazno finančno okolje za krožna podjetja.
- Operacijska učinkovitost skozi avтоматizacijo: Medenem da zahteva večje začetne sredstva, strategična avтоматizacija v čiščenju, razdelovanju in trhljenju lahko bistveno zmanjša dolgoročne stroške po dela, poveča hitrost obdelave in izboljša kakovost proizvaja. Odločilno za veliko skalno dobičkonosnost.
- Strategična sodelovanja: Sodelovanje z najbolj znanim proizvajalci svetil in recikliranjem zelenih vrel je lahko zelo pomemben za zmanjšanje stroškov izseljevanja in ustvarjanje skupnega vrednosti. Zavezništva z družbenimi podjetji lahko vodi do cenovno učinkovitih odgovorov na delo, v času, ko se poslabša družbeni vpliv.
S upravljanjem stroškov, raznolikostjo dohodkov in uvedbo najnovejše cene, ki poudari unikatno vrednost in prefinjeno učinkovitost, Mosteb lahko ustanovi trajnostno, vredno in vplivno izazovo, ki pomembno prispeva k cirkularni ekonomiji.
6. Ocena environmentalne in socialne vplive
Preoblikovanje uporabljenih svetilnih vrel ustreza na splošno idejama cirkularne ekonomije, ponujajoča visoko kakovostne environmentalne in socialne učinke. Merjenje in odprto oglaševanje teh prednosti je ključno za pokazovanje vrednosti vsem zaposlitevščini.
6.1. Ocena environmentalne vplive
Celovita Ocena življenjskega cikla (LCA) bo merila environmentalne prednosti preusmerjanja uporabljenih svetilnih vrel iz odlagališč. Povzdanje po standardih ISO 14040/44, metoda “od rojstva do rojstva” bo štel vse faze življenjskega cikla izdelka, poudarjajoč ponovno uporabo in zapiralno zrcalno reciklacijo.
- Zmanjšanje odpadkov v odlagališčih: Preusmerjanje stojev neporabljivih steklenih vrel iz odlagališč je eno glavnih prednosti, zmanjšanje onesnaženja tal in zaščita virov.
- Zmanjšanje porabe energije: Recikliranje stekla (kulit) porablja zelo malo energije kot izdelovanje novega stekla iz čiste snovi (pesek, soda, apnenec). Raztopina recikliranega stekla zahteva nižje temperaturne stopnje peči, sproščanje 2-31% energije za vsak 10% kulit uporabljen, ključno za zmanjšanje porabe energije in emisij CO2
- Zmanjšanje porabe čiste snovi: Uporaba kulita hkrat zmanjša potrebo po odvzemih čiste snovi. Vsak 1 kg kulita zamenjuje približno 1.2 kg čiste snovi, ohranjanje naravnih virov.
- Nižje izpustje CO2: Zmanjšanje porabe energije sprošča neposredno izpustje CO2. Izpusti CO2 iz izdelave čistega stekla (npr. razkrepitve apnenca) se preprečijo, ko se uporablja reciklirano steklo.
- Zmanjšanje porabe vode: Uporaba kulita tudi zelo opazno zmanjša porabo vode.
- Ključne kategorije za LCA: Podrobna LCA bo preverjala: Potencial za globalno topjenje (GWP) (kg ekvivalent CO2), Potrebo po energiji (prva in vključena energija), Ispusti v zraku (SO2, CO2, NOx), in Eutrofizacija in kiselost.
- Programi za LCA in podatki: Programi, ki so priljubljeni v industriji, kot so SimaPro, GaBi (Sphera), Ecochain Mobius, ali openLCA, lahko uporabijo, dostopajo do zanesljivih podatkovnih baz (npr. Ecoinvent) za točno analizo.
- Merjenje: Primerjalno raziskovanje bo merilo Mostebove uporabljene izdelke v primerjavi z podobnimi čistimi ali drugimi recikliranimi materialnimi izdelki, dajanje jasnih dokazov o boljšemu environmentalnem učinku.
- Znaki: Doseganje resničnih certifikacij, kot so “Upcycled Certified” ali “Global Recycled Standard (GRS)” ponuja tretji strani verifikacijo, okrepi verodostojnost, postavi zaupanje uporabnikov in preprečuje zeleno laž. UPMADE® Certifikacija lahko tudi potrdi.
6.2. Ocena socialne vplive
Povečini od environmentalnih prednosti, iniciativa generira globine pozitivne socialne učinke. Okvir za socialni vrnost investicije (SROI) bo sistematično meril in prikazoval te prednosti, prevedeno rezultate v finančne izraze, kjer je mogoče.
- Ustanovitev delovnih mest in gospodarska moč: Uporabna preoblikovanje ustvari različne priložnosti za zaposlitev od nabiranja in razvrščanja do oblikovanja in prodaje. To vključuje neposredna zaposlitev za lokalne obrtne moške, proizvodni delavce in upravne vloge, verjetno močno okrepati marginalizirane skupine. Recikliranje običajno ustvari več delovnih mest kot odlagališče, z ponovno uporabo/uporabno preoblikovanjem pa celo več.
- Razvoj vaj in prenašanje znanja: Struktuiranih vaj, usposabljanjski programi in mentorstvo bodo uspešno pospeševalo deljenje vaj in prenašanje znanja, izboljšanje lokalne obrtne moči, promocijo podjetništva in ustvarjanje profesionalnega cirkularnega ekonomskog kadra.
- Sodelovanje skupine in skupnostna enotnost: Dostopni mrežni paketi in živahno udeležbo prebivalcev v delovnih sredstvih/razporeditvi bo pospeševala skupno namero in odgovornost bolj blizu zmanjševanja odpadkov. To podpira družbeno enotnost in gradiva skupinsko identiteto okoli trajnostnosti.
- Možnosti izobraževanja: Inicijativa služi kot dinamičen učni platforma, ki podišče zavednost okoli principov krožne gospodarskega razvoja, trajnostnega potrošanja in stroškov odpadkov. Izobraževalno prizadevanje, morda s sodelovanjem z okrajnimi učnimi ustanovami/ekološkimi podjetji, daje moč znanim, trajnostnim odločbam.
- Podpora lokalnim gospodarskim ekonomijam: Prioritizacija lokalnega dobave in nastop aktivnosti hkrati prispeva k blagostanju okrajne gospodarske moči, ohranjajoč denar v skupnosti.
- Ohranjanje obrtstva: Za obrtne izdelke bo inicijativa ohranila in podprla tradicionalno obrtstvo s pomočjo integracije teh vешtin v sodobno obnovitveno uporabo.
- Merjenje SROI: Jaka SROI okvir bo sistematično: Nastavila obseg (določila omejitve/ cilje ocene); Kartovala rezultate (izbrala dobra spremembe kot so ustvarjena dela, preusmerjeni odpadki, člani delovnih sredstev); Predstavila in ocenila rezultate (priraznala finančne vrednosti, kjer je mogoče, na primer gospodarska vrednost zmanjšanih zdravstvenih stroškov, povečanih dohodkov obrtников, stroški izobraževanja); Nastavila vpliv (določila skupni vpliv s upoštevanjem obremenitve, pripisovanja, nadomeščanja, odpadanja); Izračunala SROI razmerje (delila skupni socialni/ekološki stroški s ekonomskim finančnim stroškom; Razmerje > 1 kaže dobro povratno udeležbo); Poročala o rezultatah (razkradno komunikirala SROI rezultate upraviteljcem, okrepljala zaupanje, privabljala financiranje, spodbujala partnerstvo).
S previdno ocenjevanjem, količijo in razkradno komunikiranjem svojih ekoloških in družbenih vplivov, bo Mosteb pokazal svojo zvestobo trajnostnosti in gradil prepričljivo trditev o svoji vrednosti kot odgovornega, sodobnega in vplivnega podjetja.
